Light is a wave. This fact is something that most people are familiar with and it’s been known since the experiments carried out by the English polymath Thomas Young in the early 1800s
There are tons of topics and concepts that school has to introduce to young people, but the ability of critical thinking is easily the most vital among them. Stanford’s Encyclopedia of Philosophy defines it as “careful thinking directed to a goal”.
Critical thinking abilities include discerning wrong info and unreliable sources, connecting various facts, remaining rational and finding what is wrong with the reasoning of others. All of these are incredibly valuable, no matter which teaching strategies you’re employing.
A STEM education consultant explains how consistent collaboration among teachers can foster effective STEM-based PBL instruction.
Technology is everywhere and entwined in our daily lives so when technology in the classroom is used correctly it opens up possibilities for more student learning.
I strive to make my classroom a fun, engaging place to learn every day. By integrating technology into the classroom in a meaningful and purposeful way, I am able to hold and sustain a student’s love for learning. Using technology in the classroom has transformed me into an educator that is a conceptual thinker, generator of ideas, and a self-starter.
Most educators intuitively understand that the subject of Math is more involved than just memorizing tables and formulas. In fact, research shows that the whole brain is involved in math learning. Each area of the brain is actively involved with helping the student to learn the math lessons and concepts being taught. You could even say that it is more than a math subject; it is also an executive function subject.
During my first year of teaching, I was told that the first day of school is the most important. At the high school level, I should be firm and direct. I was cautioned not to use collaborative activities on the first day of school. I may unintentionally create an apocalyptic situation in my classroom as students would not listen to me, not be engaged, and become hard to manage since I didn’t know them yet. I listened for a few years until I had an epiphany...
Programming is a creative activity that any kid can engage in. Your child might not care about writing data processing algorithms, but they might enjoy creating games, programming music, designing websites, or just playing around with code.
With so much discussion and coverage on the topic, it might seem that if AI isn’t already being used in your classroom that you’re falling behind when it comes to technology. However, it is first important to understand what AI is and establish some guiding questions such as: What role does AI play in our daily lives? And more importantly, what role does it or will it play in the future of education and the future of work?
Although many teachers now have grown-up in the technology age, many traditional or “old-school” teachers are still not feeling equipped to teach in the classroom of the 21st century. Teachers that earned their certificates in the 60’s, 70’s, 80’s, and even the 90’s may or may not feel prepared to operate and utilize today’s education equipment in the classroom.
From the replacement of chalkboards with smart boards to the use of iPads in the classroom with apps for learning in English, Math, Science, and many other areas, the advances in technology are taking hold in today’s classrooms. The question remains how do we educate our teachers on how to use the technology?
Makerspaces in schools are giving educators new options to teach students core coding concepts. Learn why makerspaces could be right for your classroom.
For many students, math and science have always been boring subjects, too bogged down with technical details to ever be fun or exciting. Teachers have long tried a variety of strategies to get students excited about STEM. It turns out, one of the best ways to get kids pumped about STEM is through the use of robots.
According to the STEM (Science Technology, Engineering and Math) Coalition, there are 26 million STEM jobs in the U.S., comprising 20 percent of all jobs. By 2020, there will be 9.2 million STEM jobs in the U.S. Despite the need for these workers, only 45 percent and 30 percent of high school seniors are prepared for college-level math and science courses, respectively.
There are many reasons why project-based learning may be the best pedagogy for all students. Indeed, PBL is intended to be engaging, collaborative, tech-ready, student-owned and personalized. But, there may not be a better reason for PBL than that of preparing all students for a rapidly changing world – especially the future of work.
According to the U. S. Department of Commerce, STEM occupations are growing at 17%, while other occupations are growing at 9.8%. STEM degree holders have a higher income even in non-STEM careers. Science, technology, engineering and mathematics workers play a key role in the sustained growth and stability of the U.S. economy, and are a critical component to helping the U.S. win the future. STEM education creates critical thinkers, increases science literacy, and enables the next generation of innovators.
It’s back-to-school season and students could be visiting the majesty of the Grand Canyon, the convolutions of the human brain, the depths of the ocean, or even the barren landscape of Mars — all without ever leaving the classroom. Indeed, as technology grows and becomes more readily accessible, more teachers are taking their students on field trips using virtual reality.
STEM education is at the forefront of education, and as teachers it’s our job to ensure our students are getting and gaining the knowledge they need in order to have a successful future. STEM, otherwise known as science, technology, engineering, and math, is an essential component of 21st century education.
STEM-proficient students are logical thinkers and are able to answer complex questions and develop solutions for those problems. These are skills our students needs in order to keep up with other diverse countries. Here we’ll take a brief look at how you can ensure you’re integrating STEM education into your curriculum.
"STEM" is an important educational topic sweeping through homes and schools across the world. STEM is an acronym representing the huge push to teach and involve students in science, technology, engineering, and math. Due to struggling test scores and low enthusiasm in many schools, both parents and teachers are striving to find new and better ways to create greater interest in these critical learning topics.
These classroom subjects give our children the keys to a booming future in one of these science-driven fields. Although there are many ways to help encourage a STEM education, robotics education programs are allowing children as young as 6 to learn valuable problem-solving STEM skills.
Science, technology, engineering, and math are more important than ever, so we’ve put together a list of books to encourage girls to persevere in these subjects.
As a new generation grows up surrounded by artificial intelligence, researchers find education as early as preschool can help avoid confusion about robots’ role
Artificial intelligence can be defined as the ability of computer systems to perform tasks and activities that usually can only be accomplished using human intelligence. In the world of education, this technology is revolutionalizing schools and classrooms, making educators jobs a lot easier.
The Global Finals of DOBOT Intelligent Manufacturing Challenge 2019 and Robot Industrial Robot Competition 2019 began at the World Robot Conference 2019 in Beijing.
Over 580 primary, middle school and university students from 20 cities, 5 countries battled 15 regional rounds in the past 3 months, with only 130 teams in total being granted the honorable entry to the 2019 DOBOT Final in Beijing Etrong International Exhibition & Convention Center.
Learning programming languages can open doors to new opportunities. But with so many languages out there, it’s imperative to pick the appropriate ones to best suit your career, personal goals and interests. Computer programming languages are essential to know if you have an interest in the various careers available in development, programming, ethical hacking, analysis, and engineering, among others like DevOps.
In this guide, we explore the various facets that set programming languages apart, the reasons to learn each one, the languages best suited for different career paths and an exhaustive programming languages list.
STEM education in the U.S. is increasing in popularity—more schools are implementing STEM learning into their curriculum and making it an integral part of what they teach. In this article, we will discuss the 7 benefits of STEM education
The drive to focus curricula on STEM – science, technology, engineering and mathematics – is understandable in a world where the highest-paying jobs will require scientific and technological skills. However, many educators feel that something is missing: if we concentrate exclusively on STEM subjects, we risk forgetting the human side of science.
Edtech makes teaching a breeze, right? Um…maybe not. Edtech remains an untapped resource in many classrooms. We are here to help teachers climb the edtech learning curve.
These inventive methods of using edtech tools in the classroom will breathe new life into teaching Common Core Standards. Edtech enhances classroom learning. Students engage the projects and assimilate targeted information and skills without resistance.
If you’re ready to foster your students’ curiosity by creating a makerspace on a budget, we’ve got you covered!
Learning should remain authentically connected to the real world, and the Maker Movement exemplifies that while encouraging creativity, collaboration, and critical thinking. Progressive New York City educator Angelo Patri said, “The substitution of direct experiences for indirect ones leads nowhere.”
As a society, we learn about the world and advance our well being through science and engineering. The United States may be known around the world for its higher education, but compared to many other leading and steadily emerging countries, we lack a strong focus on educating scientists and engineers. One significant reason that we have fallen behind is that we do not encourage our female students to pursue career paths in Science, Technology, Engineering and Math (STEM).
What do a drone operator, genetic counselor, and data miner all have in common? None of these jobs existed five years ago, and all of them will likely transform again in the next five years. The crystal ball for career planning is decidedly less certain than it was in the past. By some estimates, 85% of the jobs that will exist in 2030 haven’t even been invented yet, and there are number of STEM skills that will help students be successful.
With the growing importance of science, technology, engineering, and mathematics (STEM) subjects, 3D printing has taken on greater interest in schools across the world.
So what benefits can this technology offer schools in the new year?
As defined by Jeannette Wing, computational thinking is “a way of solving problems, designing systems, and understanding human behavior by drawing on the concepts of computer science.” To the students at my school, it’s an approach to tackling challenging questions and ambiguous puzzles. We explicitly integrate computational thinking into all of our classes, allowing students to draw parallels between what they’re learning and how they’re approaching problems across all disciplines.
Our students rely on four computational thinking skills, as well as a set of essential attitudes.
It is, unfortunately, no surprise that the gender gap in science, technology, engineering and math (STEM) still exists – from primary school right up through STEM-related careers. Recent reports call attention, once again, to the statistics: women earn disproportionately fewer STEM undergraduate degrees; women hold nearly 50% of all jobs in the US, but less than 25% of the STEM jobs; women with STEM degrees are more likely to work in education or healthcare than their male counterparts.
In a job economy driven by rapidly changing technology, it’s more important than ever that our schools foster a love of learning. Starting our students on a steady dose of STEM curriculum in elementary primes them to become the inquisitive kiddos that lead to ambitious adults.
Would you rather learn from a robot teacher or a human teacher?
The use of robots is rapidly becoming more commonplace all around us – in our workplaces, our homes, and soon even in our schools.
Although the use of robots is quite new in the field of education, some experts predict that within the next ten years they will be regularly used in classrooms around the world.
Education is one of the areas of society on which artificial intelligence has the potential to make the most positive impact. AI tutors could help students significantly with their learning processes, could also provide teachers with valuable information about how students learn, as well as recommendations on how to better personalize each student’s learning experience.
Use Google Tour Creator to create and publish VR tours. You can use Google Street View panoramas, add your own images from 360-degree cameras, and annotate the tour with details to create immersive experiences. Sign in to Tour Creator with you Google Account.
You can also create a tour using templates with photospheres, overlays, and text, all of which you can edit or customize as you like. In this blog, we'll explain to you how to start and the easy steps to start creating your own VR expedition!
*Tested on Standard
So, you’re going to be teaching STEM? That’s great! You may be a first-time STEM teacher, or perhaps you’re an experienced STEM teacher eager to add new energy and pizzazz to your lessons. In either case it’s time to roll up your sleeves and dive in to learning, planning, and preparing. I’m guessing that one question you have is: How can I plan and organize to make my STEM classes successful?
The questions listed here might help you think through some STEM issues.
Engineering graduates can look forward to working in an innovative and lucrative occupation in a variety of fields, ranging from computers to materials to machines. Positions requiring technical skills, such as those in computer science, engineering and information technology, have higher average salaries than those in other fields. In addition, some of the fastest growing careers are in engineering.
Have you used the cool new features of the revamped and upgraded Cubelets app yet? The app was designed not only to be another fun way students can play with Cubelets, but a learning experience where they can manipulate software before moving on to writing their own code.
As computing technologies continue to rapidly expand and evolve, why are many schools still reluctant to harness the countless benefits of teaching computer science?
The yummy Future Robot Café, unlike other regular coffee shops, is a University startup founded by two master's graduate students in engineering. The robotic arm and the coffee machinery are located inside a wheeled white cube protected by glass. The curious students and customers come closer to pay for their coffee and to see the robotic arm on a sliding rail carry their cup, fill it in with their beverage selection and bring it out to them.
If you’re a new STEM teacher you may be wondering: “What should my STEM class look like? What should my students be doing?” If you’re a veteran STEM teacher perhaps you are asking yourself: “How are my STEM classes coming along? What does an action-packed STEM class look like?”
Take a look at 11 things that may be going on in class during a STEM project. Keep in mind that all of these things won’t be happening at the same time. Over the course of the STEM project, however, here’s a sampling of things you should notice. And if you see these activities underway . . . Newsflash! You might have a STEM classroom!
Hopefully your kids are getting a great education in science, technology, engineering, and math at school, but chances are those classes aren’t enough to instill a lifelong interest in these fields for most kids. As parents, however, there are a lot of easy ways we foster a greater love of learning and exploration in STEM subjects in our children.
Long before the Internet of Things began exploring a computerized world with app-controlled home thermostats, lights, and security, computers changed the way we live. Did you know that these 7 everyday tasks are only possible because of computer code?
When you were a child, did you ever dream of having an imaginary buddy to help you with your schoolwork? What has long been the stuff of science fiction may soon become a reality. With the progress that has been made in the fields of artificial intelligence (AI) and machine learning, the idea that every child could have a personal robot tutor is no longer so outlandish, and some schools and countries have already introduced robots into the classroom. What role can AI play in education, and what promises and challenges does it entail?
Math anxiety can range from general discomfort and mental disorganization to feelings of panic and physical nervousness. For many students, math anxiety turns into a cycle of failure because the more worried they become, the less they learn. There are several techniques and activities, however, that you can use to help your students overcome math anxiety.
Teachers have a lot on their plate when it comes to measuring achievement. Student success is determined by assessments, graded materials and even technological savvy. The consensus seems to be that to give K-12 students a fighting chance in the real world, teachers and administrators must stay on top of any and all technology trends. While it’s impossible to use every piece of technology to the students’ advantage, there are some legitimate reasons (aside from the cool factor) that teachers should embrace technology in their classrooms.
Current research results are in favor of early childhood experiences for students, especially those who are disadvantaged. This education is the great equalizer because it provides a rich, common foundation for children who may have diverse backgrounds and experiences.
So what does that mean?
Students are capable of learning far more than you think they can. Most teachers will tell you that children will rise up to the standard you set, so you may as well elevate the bar for learning.
And that brings us to STEM education in early childhood. That’s right – early childhood is the perfect time to begin science, technology, engineering, and mathematics instruction.
Robotics teams and experts competed on Sydney for the RoboCup 2019, aiming to claim the World Champion title.
Two local universities came out with first place honours, University of Sydney (USYD) and the University of Technology Sydney (UTS), in the Soccer Simulation 2D League and the Social Robot Standard Platform League, respectively.
People say unbelievable things all the time and often we may wish they were true. These stories touch our imagination, as we feel ourselves playing a role in the story in both time and place. More often than not, they are make believe and are told to attract the audience, whether it's a small group of friends or family or a larger group such as a school classroom or even a conference attended by the business community.
When it comes to teaching in the classroom, research shows that children tend to retain more knowledge when they can connect it with a classroom activity. One of the most common classroom activities is storytelling. Children love listening to their teachers telling stories. While they listen, they begin to focus and follow the story through until its end.
You may be familiar with maker spaces. In one form or another, hands-on teaching has always involved kids in “making.” Today’s new focus on maker spaces is taking making to a whole new level.
Visualize a space filled with an assortment of materials and tools where people explore ideas together, create, and invent. Now think of such a space existing in a school – a space where students can go to imagine, investigate, figure things out, and design prototypes.
Personally, I like to think of maker spaces as spots that fuel curiosity-driven learning – engaging spaces that nurture your students’ curiosity and creativity. Just think how productive your STEM lessons would be if they were driven by student curiosity!
There is merit in school students learning coding. We live in a digital world where computer programs underlie everything from business, marketing, aviation, science and medicine, to name several disciplines. During a recent presentation at a radio station, one of the hosts said that IT would have been better background for his career in radio than journalism.
Being introduced to coding gives students an appreciation of what can be built with technology. We are surrounded by devices controlled by computers. Understanding how they work, and imagining new devices and services, are enhanced by understanding coding.
There is lots of maths in robots! Think of almost any of the clever things robots can do, its maths that makes it happen.
Mobile devices may have enabled the breakthrough of disruptive technology in modern classroom, but new gadgets keep enriching the possibilities to engage students in more interactive classes.
Alongside smartphones and tablets, a number of new devices have entered a classroom – from smart boards to VR headsets, a wide range of tech inventions have helped reinvent traditional teaching methods. Among the latest tech trends, the use of drones has become a widespread among photographers, journalists, farmers, police officers and many others. For teachers, using drones in the classroom open up a new set of opportunities to make classes more relevant and engaging for students.
How can drones be integrated into your curriculum?
To thrive in the 21st century our students need to be able to collaborate effectively with others, identify and develop innovative solutions to problems and challenges, and know how to think creatively and critically.
So, what is critical thinking? Critical thinking is the ability to think clearly and logically and to apply reasoning processes to ideas and situations. Critical thinkers ask questions and challenge information they are presented with. They seek to understand information from a range of perspectives, rather than jumping to conclusions and taking everything at face value.
Here we will look at ways that 3D design and printing can help our students develop these skills.
What kind of picture of a STEM teacher do you have? El Nagdi and colleagues attempted to answer this question by conducting a study with participants of emerging STEM schools in the US, published in the International Journal of STEM Education. Since STEM schools are a recent initiative, a STEM teacher is a learning, developing and multi-disciplinary-oriented not yet defined kind of person.
Robotics and coding are just some of the many ideas that are reserved for the technically-inclined adults. But is it possible to teach these concepts to our kids these days? Are their innocent minds able to handle the complexities of computer science?
Read further as we are going to discuss some reasons why children have to learn the importance of robotics and coding.
Technology only became the in-thing in the classroom environment recently. Previously it was used to enhance learning systems and lesson plans, but the actual learning was based on books. Teachers who entered the profession in recent years have had a hard time embracing technology mostly because many of them lack training in new technologies and are not sure how technology may affect their lesson delivery. Here are eight ways old school teachers can embrace technology.
Many school districts struggle with how to expand students’ interest, excitement, and achievement in STEM. Without the right approach, however, the result is often random acts of STEM that do little to show students how fascinating or relevant these subjects really are.
Unlike the science and math classes of yesteryear, STEM is not about reading from textbooks or memorizing facts and formulas. STEM is about doing. It’s about helping students to develop a deep understanding of science, technology, engineering and mathematics, and giving them ample opportunities to apply that learning. Creativity, communication, and innovation are essential pillars of this journey.
Here are a few of the strategies we’ve implemented to give students hands-on, inquiry-based STEM learning experiences that are preparing them for college and careers.
Gone are the days when students were expected to sit passively at desks while teachers lectured endlessly, expecting children to soak up the information being thrown at them.
In today’s educational environment, students are expected to collaborate, think critically, and work together to develop innovative projects and answers to complex questions. To support this mission, many schools have begun to take part in a practice known as Project-Based Learning (PBL).
PBL allows teachers to expose students to a wide variety of 21st Century skills, and allows students to interact with curriculum in a way that is engaging, authentic, and fun!
Making a shift from traditional forms of learning to PBL can be challenging. PBL can require a lot of prep work on the part of the teacher. But the gains in student engagement and achievement are immeasurable. Here are four steps to help you create a Project Based-Learning classroom.
Women remain underrepresented in science, technology, engineering and mathematics, or STEM. In the field of engineering, for example, women earned fewer than 20 percent of doctorates in 2014.
Such gaps, however, are not the result of differences in intellectual ability. Girls currently make up over half of the United States’ gifted student population. If girls have the smarts needed for success in STEM, then what factors explain why they don’t pursue education and careers in these fields?
In my years teaching middle school science, summer was always an ideal time to kick back and let my mind drift over events of the previous school year. Inevitably, ideas for changes and improvements drifted to the surface as I thought about what went great and not so well.
Since STEM is a relatively new initiative, summer is the ideal time to think through some ways to ratchet up your success in the coming school year. And if you’re a new STEM teacher, this is a perfect time to dive in and wrap your head around what you’ll be doing so you’ll get off to a great STEM start.
Here are some of my suggestions for what you could be doing in July to prepare for the beginning of school in August or September.
With the rapid changes that are affecting the job market every day, the expectation for school to prepare students for real life is becoming harder and harder to live up to. How are teachers supposed to make children ready for their future careers when the facts they are teaching will no longer be true and the technology they are using will already be old by the time they finish?
It is a daunting task, but technology, even if it risks being obsolete by the time they graduate, can be an invaluable tool to help the students of today become the workers of tomorrow. Let’s explore how.
When we think of technology in the classroom, the first image that comes to mind is probably a room full of students staring at screens all day, raising legitimate concerns about their eyesight, lack of meaningful interaction with other people, and for the younger ones, even about their brain development.
But technology, including the devices and apps used in education, is not only advancing, it is changing form, so the stereotype no longer has to be true. Interacting with a screen is only a part of the experience EdTech has to offer: from artificial intelligence to mixed reality, education technology has left the limited space of the screen behind and is acquiring a role in the classroom that is not just larger, but also more varied.
Many of my middle school students were natural scientists. They loved to explore, invent, build, figure things out and be actively engaged in their learning. While they would tolerate working with a fake scenario (“A space alien has just landed and . . .”) they were most engaged when dealing with problems that real scientists and engineers were working on.
Environmental issues were among their favorites; they wanted to make the world a better place.
That’s reason enough to be a STEM advocate! Kids need a place where they can get together to learn how to approach and solve problems they care about.
In a world where the importance of technology is growing by the minute, it comes as no surprise that educators understand the importance of focusing on STEM subjects: science, technology, engineering and mathematics. Programming is already gaining popularity, but there is another area of knowledge that involves all four letters of the acronym and deserves more attention in a school system that truly means to keep up with the times: robotics.
The job market is changing by the minute. While accurately predicting the future is impossible, that is a statement with which most analysts agree. Over 60% of our current students will end up having careers that do not exist yet, and for a teacher whose task is to prepare them for those careers, keeping up with the breakneck pace of change can be daunting.
What can we do to ensure the future generations are ready? Although the future is uncertain, we do have a few certainties to start from.
Check these classroom-friendly tips and resources that you can use to introduce young learners to coding, storytelling, and creative problem-solving!
Educational Robotics allows students to learn in different ways STEM disciplines, with the objective to facilitate students’ skills and attitudes for analysis and operation of robots. But robotics in the classroom has several other benefits: let’s learn more about how it impacts on education.
Roanoke County Public Library (RCPL) has become the first public library in the U.S. to recruit Pepper®, the humanoid robot to serve as part of the library’s team. RCPL is partnering with RobotLAB, a San Francisco based company, to create content and develop a variety of programming for patrons of all ages, to be delivered in-house at all library locations and via outreach efforts. Developed by SoftBank Robotics, Pepper will also be used as a host to drive traffic to lesser used library areas.
School may be winding down, but that doesn’t mean learning has to. In fact, it is vital that it doesn’t!
When students let their brains take a break over the summer, they can lose the equivalent of two months of their grade-level math and reading skills. To combat summer learning loss and keep those STEM skills fresh over the summer, Project Lead The Way put together a list of super simple (and fun) STEM activities you can do with your children over summer break.
School is out or soon will be for summer – a time when most teachers can kick back and take full advantage of a sun-and-fun break. No more thinking about students and school, right? Wrong! (You knew that. Teachers are always learning.)
In my years teaching middle school science, summer was an ideal time to pause, take a deep breath or two, and let my mind wander over lessons and learning that took place during the previous school year. Inevitably, ideas for changes and improvements drifted to the surface as I thought about things that went great and . . well, not so great.
I’m passionate about teacher leadership. I deeply believe that well-informed and skilled teacher leaders are the most valuable assets we have in our schools, districts, and states.
In the STEM education arena, teacher leaders are particularly crucial. All STEM teachers can be classroom leaders, but every school and district needs to invest time and resources into developing STEM Teacher Leaders (STLs – an acronym I just concocted) to take on additional roles and responsibilities.
America’s Got Talent!, acclaims a popular TV show – and it goes on to spotlight an assortment of talented performing artists (and a few who should probably consider other paths). But does America have STEM talent? Of course! We have STEM talent aplenty, but are we taking full advantage of it? Are we good at unearthing this valuable human resource?
Many leaders say “no” and point out that in our own American universities, more foreign students graduate in STEM fields than do American students. Where are our talented, capable students? Our nation’s workforce needs innovative STEM workers as fast as we can produce them.
Kids develop STEM habits in the classroom, but they spend most of their time outside of school. That’s where parents and other adults can help to inspire, support, and continue their children’s STEM learning.
That means that parents must also know what STEM is and have a toolkit of ideas for helping their kids.
Bob Kuntz Director of Operations and Innovation and Jennifer Bishop Online Services and Emerging Technologies Supervisor at Carroll County Public Library (CCPL) are using Pepper Robot as a teaching tool. Through Pepper Robot, they are introducing the community to practical applications for robots as well as showing them an engaging way to teach coding to youth and adults. Bob and Jennifer shared with RobotLAB the positive experience of having Pepper in the library. These are their thoughts.
Take a deep breath – this school year is drawing to an end. Everything so far has gone exactly as planned, and your classes have been examples of perfectly executed STEM lessons and totally cooperative students.
Or . . . maybe not?
Coding is not just about learning a programming language and how to write lines of code. There are so many benefits of coding that support the development of a well-rounded student.
Here are 10 benefits of coding that have nothing to do with coding:
Augmented reality and virtual reality are two ways of changing the way we view the world through the use of technology. Sometimes people think that AR and VR are the same. In this article, we will explain the difference between the two technologies due to the increased use of them.
There is more than one way to design a STEM classroom. From storage to seating, every stem classroom is different. With that said, there are several mistakes an educator can make when managing their STEM classroom that can make STEM activities less effective and fun. To create an engaging and positive collaboration environment, here are 10 mistakes to avoid in your STEM classroom.
Having probed parents for their feelings on STEM/STEAM, we now turn to toy experts for their perspectives on what makes a good STEM/STEAM toy.
This section consists of input from a survey in which 67 Toy Association members and toy experts participated. This was followed with 26 in-depth phone interviews along with insights gathered from two expert panels hosted at both the 2019 Consumer Electronics Show (CES) and at the 116th annual North American International Toy Fair.
Based on the above input, the Toy Association identified 14 unifying characteristics of STEM/STEAM toys, including 2 mandatory and 12 strengthening, all of which are detailed below.
Parents are the gatekeepers of toys for their kids, especially for younger children. Their attitudes and appreciation of toys and play are paramount to providing kids with playful opportunities to grow, learn, and explore their ever-changing world.
The Toy Association asked parents to share their understanding and insights about how science, technology, engineering, art, and mathematics skills relate to toys, play, and their children. Here’s a summary of what was revealed by investigating the thoughts, fears, and beliefs of 2,000 parents.
Centered around project-based learning, an effective STEM classroom fosters a positive culture that allows students to problem-solve, collaborate, create, test ideas, and build with their hands. The goal of stem classroom design is to inspire students to think, innovate, prototype, and research in teams.
Here are 6 characteristics of effective STEM Classroom Design that you can implement to encourage a positive STEM environment.
Computer coding is the universal language of the planet. People who know how to code will be able to communicate across countries and cultures, be innovative, and solve problems more efficiently, with no barriers to impede their success. Learning programming at a young age helps your children solve everyday problems and get set up for a lifetime of opportunities.
By John Porter
As teachers, we’re well aware that STEM education is essential in preparing students for today’s world of non-stop innovation.
In my 13 years of teaching I’ve seen many curriculum fads come and go, but the use of robotics in the classroom has proven to be a consistent and surefire way to teach students the STEM skills needed to prepare them for the future job market. I’ve seen firsthand how it teaches students 21st-century skills including coding, engineering and the scientific method in a fun and engaging way.
By Aaron Maurer
During this special Teacher Appreciation Week we want to share the amazing ripple effect of a teacher! Check the video below It’s a quick one (less than three minutes). It shows how far teachers' impact might be reaching!
Virtual reality offers the opportunity to step into places, roles, and experiences that were previously impossible, or at the very least, inaccessible to most, specially for education.
Check these 10 reasons to use Virtual Reality In the classroom to help bring the world (and beyond) to your students with technology!
Wow the human body is incredible! Check out these fun facts about bones and joints
In today's technological world, it is more important than ever to prepare our students with the right tools for their future. Teaching robotics lessons to students in school can increase their ability to be creative and innovative thinkers, and more productive members of society. How do you start implementing these lessons for your high school students?
The truth is that jobs will be transformed in future. Applicants with robotics literacy and strong tech skills will have a significant advantage when applying for jobs across virtually all industries. School districts are already implementing a STEM curriculum that will help their students be part of that reality. As a middle school teacher how are you applying these concepts in your lessons?
Much has been said about the importance of implementing new STEM technologies from an early age to fulfill different academic purposes for students and develop their future skills. But do you involve these new technologies in a elementary class lesson?
Check out these fun geometry facts for kids. Learn about circles, squares, triangles, spheres, cubes and many other interesting shapes!
Meet the robots that help get your Amazon Packages on time!
Up close with the robots that run Amazon’s fulfillment centers.
Grant writing is challenging, but it can be a very effective way to bring new learning tools into your classroom or school. How to become an amazing grant writer? Here are 5 tips that can help you get started!
Last Sunday, March 10, most Americans set their clocks forward an hour, as daylight saving time begins, and most of the United States will "gain" an hour of daylight.
These spring and fall clock changes continue a long tradition started by Benjamin Franklin to conserve energy. Learn how this tradition works!
We’re excited to announce that an update to the Expeditions app, which includes the ability to view your or others’ Tour Creator tours in the Google Expeditions app, is now available!
RobotLAB launched STEMLAB, an online platform that aggregates lessons, apps and resources for multiple robots used in the classroom.
The more one studies mathematics, the more mysterious it becomes, with powers that seem quite 'spooky' and almost magical at times. Check these amazing facts about math and have fun learning!
It’s hard to remember a time when STEM fields – that’s science, technology, engineering, and math – weren’t the top priority in education. But as STEM pedagogy and practices have evolved, STEAM is gathering momentum – that’s STEM, but with an arts component (inclusive of the humanities, language arts, and fine arts) fully integrated
Valentine’s day is celebrated every year. But do you know where Valentine’s day came from? How it became so popular? Was it always about love and good feelings?
This Smart Friday learn 15 amazing facts about Valentine's day!
Science definitely doesn't end at high school, and it's once you take your learning to the next level that things get really interesting. In no particular order, here are some mind-bendingly incredible facts that we didn't learn at high school.
This Smart Friday post is a continuation of our last post, check the last post here
Science definitely doesn't end at high school, and it's once you take your learning to the next level that things get really interesting. In no particular order, here are some mind-bendingly incredible facts that we didn't learn at high school.
A robotic arm, sometimes referred to as an industrial robot, is often described as a ‘mechanical’ arm. It is a device that operates in a similar way to a human arm, with a number of joints that either move along an axis or can rotate in certain directions. In fact, some robotic arms are anthropomorphic and try and imitate the exact movements of human arms.
It's the most beautiful time of the year and this Smart Friday is a Happy Holidays Season Edition! Let's talk about ... The Geometry of Snowflakes!
As snowflakes gently meander past your living room window this winter, take a break from your hot cocoa and consider nature’s ice-cold architecture. When water molecules chill down, they assemble into a myriad of spectacular shapes from simple hexagons to star-shaped dendrites. Inspect these frozen fractals and you’ll find a recurring theme: the number six. Six sides, six edges, six branches — ice crystals seem six obsessed.
What is Design Thinking?
Wave–particle duality is the concept in quantum mechanics that every particle or quantic entity may be partly described in terms not only of particles, but also of waves. It expresses the inability of the classical concepts "particle" or "wave" to fully describe the behavior of quantum-scale objects. As Albert Einstein wrote.
One of the most confusing concepts in physics, wave-particle duality is unlike anything we see in the ordinary world.
Thomas Young's sketch of two-slit diffraction of waves, 1803
Light is a wave. This fact is something that most people are familiar with and it’s been known since the experiments carried out by the English polymath Thomas Young in the early 1800s
He calculated that oscillating electric and magnetic fields would propagate through space with the speed of light, and that therefore light itself was an example of electromagnetic radiation.
Check the original article here: https://www.vrs.org.uk/virtual-reality/history.html
Interested about having the Virtual Reality kits? ask for a price quote request!
Check out this amazing experiment that NAO robot will show to you and try to figure out why this happens!
This is a new educational channel called Smart Friday!
Every Friday we will share with you an informational piece about a topic we care about. You can share it in your classroom. Have fun learning!
This is a new educational channel called Smart Friday!
Every Friday we will share with you an informational piece about a topic we care about. You can share it in your classroom. Have fun learning!
This is a new educational channel called Smart Friday!
Every Friday we will share with you an informational piece about a topic we care about! You can use it in your classroom, share it, learn and enjoy it! Check it out.
Let's talk about Gravity!
Using Resolution, A funding from NYC Dep. of Education, schools in Brooklyn embark on a journey to make STEM an integrated and relevant part of the curriculum for students and teachers.
The NYC Department of Education’s STEM initiative’s ultimate goal is “to produce a highly competent, STEM based professional workforce, which is currently lacking, not only in New York, but in the Country as a whole”. The department seeks to transform the way Science, Technology, Engineering, Art and Math education are delivered in the 5 boroughs. So they are providing all the science teachers access to the latest STEM teaching tools along with a program to support them.
Our mission at RobotLAB is to create engaging curriculum which provides students with opportunity for hands on experience with robotics, programming and coding. Students also get to develop their critical thinking skills analyzing, debugging and collaboration.
Check the course Introduction to Programming Ozobot on Engage!K12. Learn about functions and programming.
Ozobot is a tiny robot with a big personality. Here at RobotLAB. We designed a course called intro to programming with Ozobot where we take a tactile robotics and advanced programming and makes CS accessible to all students.
This course takes you through the process of designing your very own self-driving car. In each lesson you add new features like automated headlights obstacle avoidance and heat detection. It's programmable with Microsoft VPL let's take a look at one of the lessons.
This course takes you through the process of creating your own self-driving car. Each lesson adds new features like automated headlights, obstacle avoidance and heat detection.
This is a new educational channel called Smart Friday!
Every Friday we will share with you an informational piece about a topic we care about! You can use it in your classroom, share it, learn and enjoy it!.
Today, we are going to learn about the Triangle Inequality Theorem. Let's get started!
RobotLAB has created several companion courses to go with CTE curriculum, one of which is CTE- IT with robotic arm. It's a programming and software developing class, and it covers fundamentals like variables, loops, recursion, and troubleshooting.
Career technical education or CTE is a path for career readiness right out of high school and here at RobotLAB we created several courses for the Dobot robotic arm that are companion courses for your existing CTE curriculum to engage students in STEM concepts.
Check the course Career Technical Education and Manufacturing with Dobot Robotic Arm and learn about every manufacturing process with robots.
CTE stands for career technical education, and it's a path to career readiness for
students right out of high school, RobotLAB creates several courses in CTE that are companions to your existing CTE curriculum and allow you to engage your students and help them learn more manufacturing concepts.
This is a course designed specifically to prepare teachers for using Dobot in their classroom regardless of your experience level, you'll be able to take this course and know how to use Dobot in your classroom and feel confident helping your students troubleshoot.
This is a new educational channel called Smart Friday!
Every Friday we will share with you an informational piece about a topic we care about! You can use it in your classroom, share it, learn and enjoy it! Check it out.
This the way you should unbox your new Nao Robot V6! check it out:
Today I'm really excited because we just got our first shipment of NAO V6 and if you're watching this, maybe you just got yours too. So I'm going to show you how to unbox it.
Let me Introduce you to storytelling with pepper, this course is unique because it uses robotics and programming to teach storytelling.
My favorite lesson is lesson number three Speech Patterns. In this lesson, students learn how the tone of voice that a person uses can change the meaning of what they're saying.
New STEM and CTE curricula from RobotLAB include the user-friendly Dobot Robotic Arm to teach Engineering and Coding.
With one year to 2020 (wow, really?! Is it here so soon?!) I’m sure you, like many educators, ask yourself, "how do I engage students in core subjects, without making it feel like we are teaching them pre-historic subjects". How do I make coding and computer science relevant to their lives?
If you are like me, you keep looking for new, innovative and engaging ways to teach this tech-savvy, always-online generation.
RobotLAB the leader in Educational Robotics, announces today that it will open the flood gates and allow teachers to create their own lessons and customize already-available lessons on Engage!K12, the online learning platform for STEM and robotics.
On the platform, Teachers can find a wide range of digital courses and hands-on activities that bring abstract concepts to life with robots - engaging students and capturing their subject mastery.
New online courses from RobotLAB make drones relevant for the classroom, allowing teachers to engage students in STEM and coding
RobotLAB, the leading educational robotics company, announces today that its award-winning online learning platform Engage! K12 offers entirely new and engaging lesson plans which use drones to teach coding, programming and math.
SoftBank Robotics is launching NAO V6, and RobotLAB’s online learning platform can be used with it in the classroom.
RobotLAB Inc., the award winning Educational Robotics company, announces today that Engage!K12, its leading online learning platform for STEM and robotics, is now supporting the 6th version of the popular NAO Robot by SoftBank Robotics. This platform brings hundreds of lesson plans, activities, apps, and simulation tools to teach Coding, Programming, Math, ELA and STEM for grades K-12.
The new version of NAO Robot V6 is here with upgraded features, new software and improved hardware! Want to know more? Click the video below! and read the transcript.
Are you interested in having the NAO Robot V6? Ask for a Price Quote Request!
The Google Expeditions app enables people to go on virtual tours of famous places around the world, using a smartphone in a virtual reality headset. However, Google just opened access to over a hundred augmented reality functions that were previously only reserved for students and teachers as part of the Google Expeditions AR Pioneer Program.
Joanne Bechta Dugan is Professor of Electrical and Computer Engineering and the Director of the Computer Engineering Programs at the University of Virginia She has being using the NAO Robot with her students and this is her story.
Prof. Joanne realized that the NAO Robot is the best tool for her when she saw the robot dancing "Gangnam Style" at the 2014 ASEE (American Society for Engineering Education) conference and she watched the crowds gather around.
Prof. Joanne uses the NAO robot in a grad course on Human-Robot interaction. Her students study the technical and social aspects of interactions between humans and robots as well as societal and ethical issues. Professor Dugan developed the courses half-lecture and half-lab. For her, a series of lab assignments allows the students to develop expertise in programming the robot to perform some task (usually a game) that requires interactions with a human.
Check these amazing sessions at ISTE 2018 June 24- 27, Chicago, 2018.
ISTE is the place where educator-tested strategies come together with proven resources for transforming learning and teaching. It’s also the place to get connected to the brightest minds in ed-tech, then network with them all year long.
RobotLAB is proud to announce that TIPS has awarded us a three year contract. As of June 2018. We are on their contractors list, which provide discounted products to schools! The contract is for three years, ending in May 2021.
Maureen Miller is the Director of Technology of the Winnetka Public Schools and she works this a NAO robot with her students. This is her story.
For Maureen, the first time she realized that NAO robot was the tool for her students was in May of 2016, her students were participating in a Tech and Learning Live conference in Chicago. The purpose of their visit was to demonstrate their robotics and coding progression for K-8 Maker-spaces. “Next to us, the RobotLAB team had a NAO robot performing the "Thriller" dance. We knew then that NAO would be the perfect STEAM ambassador to capture the interest of our youngest students and the "reach" platform for our most advanced students” Miller said.
Dr. Ellie: So we've been doing some research where kids with self-injury for example, have to be across from the therapist who does these assessments. It's difficult to teach these assessments with real children, whereas the robot self-injures without real injury.
At RobotLAB, one of the things that we excite us the most is to visit young students and give them the opportunity to interact with our fantastic robots. This is when we feel truly fulfilled and satisfied with our efforts.
Recently, the Worthing High School in Houston, TX, was invited to San Francisco in order to enjoy a ground-breaking experience for its students. As we often do, we provide educational experiences with robots like NAO and Pepper. Our goal here is to discover how educational robots influence learning and students’ interest.
The robotics survey 2018 conducted on this occasion gave us valuable insights about this. As always, we are both pleased and surprised by the results
Michael Martin is a teacher from Martin Luther King High School in Riverside, CA in the Engineering program. Two years ago, when the school was getting ready to start competing in the SkillsUSA Championships was the first-time he realized that NAO robot was the tool for his students. They saw that Humanoid Robotics was a contest, and they decided to get involved.
Bob Barboza is an educator, STEM journalists, composer and founder of the Barboza Space Center STEM & STEAM fellowship Program and Kids Talk Radio Science. http://www.barbozaspacecenter.com/ He trains Jr. astronauts, engineers, and scientists for the "Occupy Mars Learning Adventures." His students and interns are learning robot and satellite design, building, and repair.
Sam Thangiah is a Professor/ Director, Artificial Intelligence and Robotics Lab at Slippery Rock University – Computer Science Department and he has been using the NAO Robot to read stories for K-1 students, interact with autistic children and develop implementation of AI methods in the robo. Due to the sensors and the capability of the robot to program with the API provided, Mr. Thangiah realized that NAO robot is the best tool for him.
Mauro Colucci a Mechatronics teacher, and Maila Biaggi a English language teacher at Vocational School’G. Marcelli’- http://www.scuolafoiano.gov.it/ they have been using the NAO Robot for two years when the school was looking for an emotional robot completely programmable that could have a strong impact on the students. they met NAO Robot and since then, they realized it was the perfect tool for them.
Tobe Roberts is an Educational Technologist at Bergen County Technical Schools, he has been using the NAO Robot to introduce a lesson, deliver exit ticket questions, create simulations with role play for the students utilizing the robot. Mr. Roberts created Pony Express simulation, Star Trek StarFleet Academy simulation for the topic of forms of Energy and NASA Space Flight simulation.
Amy LaViers is an Assistant Professor at the University of Illinois at Urbana Champaign, and director of the RAD Lab a website of Robotics Automation and Dance (RAD). During her PhD Thesis she realized that Nao robot is the tool for her engaging for the public and researches alike.
Nicholas Kosloski is a Technology Innovation Design and Engineering Teacher at Somers High School in Connecticut. He has been using the Nao robot as a tool throughout the Programming Unit of a Robotics course. There are many other tools he uses including VEX robotics. This serves as the Humanoid section of the unit.
Benjamin Durham is a science teacher at Lane Technical High School in Chicago who has been using NAO in Robotics 2 and Adaptive Robotics. In Robotics 2, an intermediate-level robotics class, students use both Choregraphe and Python to program NAO. Many of these students have aspirations of going into medical or social work, and wanted hands-on experience of what robots might be able to do in these fields.
Thus far, NAO and other humanoid robots are commonly used successfully to help teach children STEM subjects, as well as help children with autism learn social skills. But there is one education program using NAO in a completely different way - and with some very promising results.
Dr. Ellie Kazemi is a behavior analyst who is using NAO in a very unique way. She is currently a Professor of Psychology and the Academic Director of the Masters of Science in Applied Behavior Analysis Program at California State University, Northridge (CSUN.) For her research, she and her students are using NAO to simulate a child with problem behavior in order to find helpful strategies in training caregivers (staff, teachers, etc.) how to deal with problem behavior.
Dr. Kazemi has been able to secure some research and training funds to purchase three NAOs, warranties, and licenses to engage research assistants in science and technology. The funds were provided through the College of Social and Behavioral Sciences and the National Institute of Health-Build Poder.
Programming NAO to display undesirable behavior (i.e., to be “bad”) and then running simulations helps the students learn in hands-on labs. The team has the robot throw tantrums, hit himself, and more - even programming in variations so he looks and acts a little different in each simulation. This gives them a lot of control in the types of behavior the person they are training gets to see.
March 27, 2018- Chicago, USA
Industry 4.0 is the beginning of a new digital industrial technology era that is transforming systems, sensors, machines, workpieces and IT. Industry 4.0 is making it possible to gather and analyze data across machines - creating a more efficient process with these nine technologies:
There are a few key differences between a traditional factory and an Industry 4.0 factory. In the current industry environment, providing a high-end quality service or product with the least cost is the key to success. Industrial factories want to achieve as much performance as possible to increase their profit as well as their reputation.
Industry 4.0 involves the heavy use of automation and data exchange in manufacturing environments, including areas such as cyber-physical systems, the Internet of Things (IoT) and cloud computing. With Industry 4.0, manufacturers will be able to operate "smarter" factories in which they can more easily tailor products to specific customers.
There are four design principles in Industry 4.0. These principles support companies in identifying and implementing Industry 4.0 scenarios. They include:
1. Interoperability: The ability of machines, devices, sensors, and people to connect and communicate with each other via the Internet of Things (IoT) or the Internet of People (IoP). Adding IoT will further automate the process to a significant extent
Field Trip to Hispanic Historic Sites in the United States
This Expedition has 8 different scenes! Let’s visit these unique locations.
This Expedition has 6 different scenes! Let’s check out these grand Monuments.
American Museum of Natural History
This Expedition has 10 different scenes! Let’s check them out.
Human Anatomy- featuring the Respiratory System
This expedition has different 6 amazing scenes to look inside the respiratory system and learn more about this vital human organ.
Fly with NASA’s Juno Mission to Jupiter
This expedition has 4 scenes to view with your students. let’s start with Juno on the way to Jupiter. Here your students can fly along with Juno five days before its arrival at Jupiter on July 4, 2016. the spacecraft traveled five years to get to this point!
Industry 4.0, or as it is commonly referred, the Fourth Industrial Revolution, includes a range of modern technologies that are fusing the physical, digital and biological worlds, and impacting all disciplines, economies, and industries.
(Christoph Roser at AllAboutLean.com- own work)- Wikipedia.com
This words are from professor Gijsbert Stoet: “If governments want to increase women’s participation in STEM, a more effectively strategy might be to target the girls who are clearly being ‘lost’ from the STEM pathway: those for whom science and math are their best subjects and who enjoy it but still don’t choose it.” http://bit.ly/2EHezl3
And they really got us thinking if we are doing enough for gender equality related to STEM fields and if we are responsibles for keep inspiring young people and specially women to choose this type of careers, so we want to hear your thoughts!
Whether you are a teacher, a parent, or anyone who wants their voice to be heard, we have a survey for you! please submit your answers
Watch the video below and learn how to use Google Expeditions with your students. You can find the transcript of this video within the article.
For the first time, TEKS include product specific standards for robotics arm, highlighting the importance for the students to take part in and understand Industry 4.0 is the current trend of automation and data exchange in manufacturing technologies that will shape their future. It provide hands-on Computer Science for students and brings coding to life.
Dobot Magician integrates programming, mechanics, electronics, and automation. It’s a great STEAM teaching device that strengthens knowledge across multiple subjects, through a high precision and user-friendly UI. It also provides, enjoyable functions, and unlimited developing possibilities. Dobot Magician’s captivating and exploratory experience increases interest in science and technology.
Programming and robotics seem to be the new, hip thing in today’s classroom. STEM concepts are being taught from elementary school, sometimes alongside core topics like English and Math. But why is teaching STEM topics to young kids so popular? How useful could it possibly be? (It’s not like the average person interacts with robots all day)
I’ll take you through my morning just to show you how silly this fad is!
First things first, I got up and brushed my teeth. My toothpaste tube was nearly empty, so I pulled out my phone and ordered a new one on Amazon with one click.
Computational thinking is a problem solving process that takes inspiration from coding and computer science to enhance the way we analyze problems and design solutions. It’s been getting a lot of buzz lately at the university level, but the underlying concepts can be integrated into any classroom. Try some of these methods out in your own lesson plans to help your students think computationally:
Autism is a pervasive developmental disorder characterized by three main symptoms:
There is no shortage of articles and think-pieces on the evils of “screen-time”.Everyone from the National Public Radio to Psychology Today are bemoaning the negative impact of our dependence on screen-based entertainment and utilities. Here at RobotLAB, we don’t dispute the research.
Did you like math when you were growing up?
A lot of you probably didn’t, right? Well, then it comes as no surprise that some of your students may not be so passionate about math as well right?
Kids nowadays are attracted by technology which makes sense as a lot of them are gaining access to it making it easier to keep them focused on math through technology. This is a great time for you as a teacher to incorporate the popularity and convenience of technology into your classroom to interest your students and keep them interested. You can keep them interested in math with fun games, apps, online math tools, and websites to enrich your math classroom teaching experience.
Here are7 virtual tools that can promote your student engagement and increase their academic success:
At RobotLAB, we are always working hard to bring unique experiences to classrooms. Developing NAO has allowed us to do this- revitalizing the way STEM is being taught all the way down to the very first educational stages.
Recently, we carried out a Demo Lesson partnering with Albany High School. On this occasion, we used NAO robot to work with students on English subjects - an experience that gave us great insights into how robotics can influence learning in multiple ways.
So, what kind of impression did NAO make on students? What do they think now about engineering and overall learning? Let's find out!
Nowadays STEM (Science, Technology, Engineering, and Math) is one of the biggest topics in education. Tech companies like Google, Facebook, Amazon, Microsoft, and Apple have all helped promote interest in STEM by investing funds in schools and coming up with innovative tools to engage students in their learning and encourage them to pursue these fields. This awareness helps to fill the gap in STEM careers and tech-related jobs. But …let’s take look what STEM was like 10 years ago in schools, how it has drastically changed over the years….. and is about to change again in the future.
Learning to code can sometimes seem overwhelming. I remember when I was making the leap from learning vocabulary and syntax to creating an entire program I experienced some writers block. I had all the tools I needed, but I didn’t know where to begin.
Enter Scratch and Blockly: two programming environments that use a graphical interface of interlocking blocks to make coding easier for new programmers.
The future is now. We need to get up to speed and time is wasting. The Industrial Revolution transitioned to new manufacturing processes, as agrarian, rural people came to cities, learned new skills to live a better life and support their families. Today a Computer Science career enables workers to secure a job and provide for their families. Jobs in the STEM fields are not going away, and If anything will increase in number and variety.
When I was in high school, in the early 1990s, we had an open-day with universities and business schools. Representatives from these schools came to promote their college-degree programs. Back then, we were conditioned to believe that anyone who was smart and wanted to be successful in life should take the college path. Career readiness programs were associated with hard, underpaid jobs. They were a path for the students in difficult situations or those who couldn’t “cut it” in college, and they were considered a path to failure.
When we first started at RobotLAB, we had no idea what it would be like working with a company of robots, technology, and education. During these past six months, we have experienced many situations that have truly transformed our perspective of our work and our personal lives. Here are our experiences and challenges:
With the growing demand of Science, Technology, Engineering and Math (STEM) related occupations, the focus on STEM education has jumped significantly in recent years. However, the majority of kids nowadays have little to no interest in STEM subjects. The way they are introduced to STEM subjects in schools is unengaging and unrelated to their lives. They can’t connect the logic between Math formulas and living out their daily activities. Children should really be exposed to STEM in their homes since early age.
Last month Amazon purchased Whole Foods for $13.7 billion. This is incredible news for several reasons!
First, it shows the phenomenal success of young companies that emerged from the information technology revolution a few decades ago. Think about what Google, Amazon, Facebook, and Apple achieved in the past 20 years. Their success is both amazing and inspiring!
Second is the story behind this purchase. Jeff Bezos just wanted to buy some fruits at Whole Foods, but Alexa didn’t understand it correctly…
Of course, this is a joke. But a powerful one!
Humor says a lot about the culture of its time. And this tells us an interesting story about where today’s technology is going. We are entering an era where we talk to our devices. This brings the biggest change yet to the integration of technology and our lives.
Communication and language are key to the evolution and development of species. And particularly for us humans.
One of the most debatable topics these days is whether we should keep teaching high school math or not.
“Where will I use it in my life” is common feedback from the grouchy students. However, studies show that students don't mind practicing math, its testing math where we lose them.
And we lose them badly. In 2016 a Paris-based Organization for Economic Cooperation and Development (OECD) unveiled the results of an international math quiz that showed U.S. high school students lag behind their global peers in math, ranking 40th in math out of 72 countries last year. The U.S. score was down 17 points from 2009 and 20 points below the average of others taking the quiz, which saw Singapore come out on top, followed by Japan, Estonia, Finland, and Canada.
As a result of this failure, many in and out of the school system advocate to “lower the bar”, drop Pre-Calc, Algebra II or even Algebra I from the curriculum (and standardized testing) and help students overcome the “math anxiety” by bypassing the subject altogether.
You are invited to a child’s birthday party. As an adult with no children you have no idea what kids are into these days, and hope that your random purchase at Toys R’Us will be acceptable. When you enter their website or their store the first choice you make is based on the sex of the child. Is the child a boy or a girl? Although most of the toy categories under boy’s toys and girl’s toys are the same except for a few, within the categories you will see a difference. Within the building sets and blocks category the page looks different if you are in the boys or girls section. For example, girls have a Lego play house, and frozen treat stand. The boys have a technic hydroplane racer and Homing spider droid.
TJ Bot is an open source project to access IBM Watson services in a fun way. You can 3D print or laser-cut the robot, then use one of his recipes to bring him to life! The kit targets senior high school or college students and anyone interested in using Raspberry Pi. Depending on what you plan to build with TJ, you may need other electronics such as Neopixel LED, camera and microphone.
Beginning computer science students at Folsom High School, in Folsom, California, have been learning how to program using the NAO Robot. After the lessons in the curriculum completed, teams of four students were required to write a lesson plan before they started programming which would include the following:
They were then to work as a team to program this lesson, problem solve, work out bugs, and then video tape the lesson once it was working properly. check out the videos, programmig can be fun!
NAO robot teach Bowling
You’ve probably heard about the push to provide students with coding and programming skills as a way to better prepare them for the 21st century and possible future careers. Many companies like code.org, code academy, tinker, programming basics, RobotLAB and many others, offer to students a variety of learning exercises to teach them coding and programming in a fun and easy way. There are even online platforms for children as young as 5 years old.
Nevertheless, exists big differences between coding and programming and it is important to know what makes them unique. Each student has a different goal for their learning; whether it be to improve a specific skill, further a career path or engage with their passion, they should be sure if they want to become a coding or a programmer.
The Four C’s have created quite a buzz in the last few years in education. The four C’s consist of Creativity, Collaboration, Critical Thinking, and Communication. Each has a very unique and powerful aspect, and some might say that one is more important than another. We will discover each of the four C’s and why teaching the 4 C’s is important to prepare our students for the 21st century workforce.
Let’s take an example in a Math class. For so long Math has been taught in a way to give a strict question and have the student come up with one answer. There are very specific 1, 2, 3 steps and a rigid guide on how-to. The first C represents the opposite of this, which is Creativity - thinking outside of the box. Being inspired to come up with more than one solution to a problem which allows students to approach it in multiple perspectives.
In the past years, teachers are moving from being teachers to being facilitators of discussions in the classroom. From a traditional teacher standing in front of rows of students, we see classrooms transitioned into the high-tech environment, collaborating and working in small teams, sharing ideas and debating with each other, searching for information online, and coming up with presentations that represent their collective understanding/view/work. Schools and classrooms have changed in the past five years more than they have in the 200 years before.
Educators who believe that this change is more than enough, that there’s nothing more to be changed, that this tectonic shift that we’ve seen in the past years has reached its peak, and we can sit and rest from now on and just perfect our teaching methods are up to a big surprise. The ever-accelerating pace of technological advancements is here not to stay. They are set to transform every corner of teaching and learning, and then in no-time, transform it again and again and again.
Here are few upcoming changes we clearly see going to transform the education world very soon.
1. Mixed reality
Unlike virtual reality which blocks the viewer from the world, or augmented reality which just adds some virtual items (menus, Pokemon) on your screen/headset, the mixed reality is the holy grail of this new medium. Mixed reality allows the computer to be aware of the environment, and it’s depth, and attach digital objects to physical ones. In this way, our senses are tricked to think there’s a real object in front of us, although it’s digital.
Remember the operations center in the movie Avatar? Everyone is looking at the Tree of Life, from different angles, and they share their thoughts as if the tree is a physical object in the room, although it is a digital rendering of that. This is possible today with tools like Microsoft HoloLens that allow creating a mixed reality environment where everyone shares the same experience. Now imagine this powerful tech in your classroom, imagine you could bring to life concepts in the middle of the classrooms, and let everyone experience them, right in front of their eyes. Allow them to interact with that and allow them to make predictions and test, all while working in between real and digital.
Washoe County School District Gifted and Talented Program- Case Study with RobotLAB at NAGC (National Association for Gifted Children) Conference 2016
I am Cheri Di Martino. I am the Director of Washoe county School District – our gifted program. And we are really excited to talk about NAO with you today. What we did in Washoe County is we knew we needed to get into the 21st century, we knew we needed to teach kids at a level they needed to be taught, so we were looking for a partner that could take us into the 21st century and get those NAGC standards, our state standards and have this beautiful marriage together. Well, what we found was RobotLAB, and we found the NAO robot. So what we asked was could a picturesque humanoid robot achieve what we wanted to achieve in Washoe County? This is something that could really help take our
students to a whole other level. This is something I'm feeling very passionate about, but I could feel passionate about something, but will everybody else around me feel that same passion, that same energy and want to buy into this incredible, incredible product.
Extraordinary educators deserve extraordinary professional development. At ISTE 2017, you’ll find strategies that work from the brightest minds in ed tech. Connect and learn from other innovative educators, thought leaders and education companies at the world’s most comprehensive ed tech meeting of the minds.
The following video shows how the equality gap between genres is very far releated to STEM fields, girls are being segregated and limited for don't have the same opportunities as men, what to do to eliminate this division? How would you help?
"Robots are just the beginning, new technologies like mixed-reality, are mature enough, and opening doors to even more learning opportunities. Our kids use snapchat’s mixed reality already!
We owe that to our kids.
Every day when they go to school, they trust us to teach them based on recent discoveries, and not based on dogmas from a century ago. [...] without visualizing it for the students, without opening the curiosity-door using a robot, without seeing a real-world use for the math, they would have never listened... ]
Bridging this gap is my life-mission and commitment, to the kids, and to the teachers"
Watch the full TEDx Talk below:
One of the top priorities at RobotLAB is encouraging a revolution in STEM education. We bring the best of technology into the classroom, not just as a cool-tool, but as a real teaching aid that helps educators engage students and bring abstract concepts to life.
The NAO robot is a good example of this kind of teaching aid.
In our everlasting mission to optimize the way NAO is used in the classroom, we took it to a classroom at Oakland Unified School District and analyzed how students responded to this enhanced learning experience.
Engage! K-12 is an interactive and hands-on learning experience organized by eye-catching themes (such as soccer-playing robots or autonomous cars). Students and teachers can access the browser-based learning ecosystem from any device. A user-friendly interface allows teachers, even those with zero programming experience, to bring their lessons to life with virtual or physical robots.
I first watched Westworld in 1973. It was a science fiction movie written by Michael Crichton and starting Yul Brynner. Yul Brynner’s character was an out-of-control android which killed visitors to a western-themed amusement park. I remember thinking before watching the movie that Yul Brynner was an odd choice of a malefactor: The last time I’d seen him was as the King of Siam in Oscar Hammerstein II’s musical The King and I; I could not imagine any actor-- no matter how talented--able to make that switch. As it turned out, he was marvelously menacing, and no one in the HBO series Westworld--not even Anthony Hopkins--was his equal.
Are you by any chance familiar with the P I S A test? Perhaps like me you are acquainted with the test’s dismal results where American students are concerned, but the actual name of the test has remained a mystery--until now.
I stumbled over this photo and text on the ROBOTIS support site while looking for something interesting on DARWIN-OP:
According to my friends, almost all of whom are younger than I, there were only four elements in the periodic table when I was a boy: earth, water, air and fire. But all evidence to the contrary, I really wasn’t a contemporary of the great Greek philosopher Empedocles.
Here is a riddle: What connects the two newest employees of the Wellesley Free Library and the super-popular Internet game MineCraft? The answer: a ten-year-old boy named Oliver.
The new common core math standards appear to be the answer to increasing math literacy amongst students. But at the moment the standards are under attack as the popular Internet meme below indicates:
In a recent Apple news article , well known tech consultant Tim Bajarin, President of Creative Strategies, Inc., discussed the importance of President John F Kennedy's “we choose to go to the moon speech.” Mr Bajarin believes that that speech given by the president on September 12, 1962 at Rice Stadium in Houston was crucial in the development of a whole generation of engineers and mathematicians: the very people necessary to this nation's winning the last century's great space race to the moon. It is Mr Bajarin’s opinion that “by the mid-1980s, without a similar push by either the US.government or the schools to emphasize science, technology, engineering and math (STEM for short), we lost almost two decades of youth who chose to go into other fields of learning.”
Great news: a new Robotics Elective to help students learn computer coding will start in September at the NuView Academy of New Jersey . Teachers will also be hosting “Running Robots: Computer Coding & Special Education” - an Action Lab at the New Jersey School Boards Association’s 2016 Workshop in Atlantic City in October.
Zooinverse is a people-powered research platform. It is a dream come true for teachers, students, and thousands of people around the world who understand just how important information can be.
Benjamin Durham is a science teacher at Lane Technical High School in Chicago who has been using NAO in Robotics 2 and Adaptive Robotics. In Robotics 2, an intermediate-level robotics class, students use both Choregraphe and Python to program NAO. Many of these students have aspirations of going into medical or social work, and wanted hands-on experience of what robots might be able to do in these fields.
Thus far, NAO and other humanoid robots are commonly used successfully to help teach children STEM subjects, as well as help children with autism learn social skills. But there is one education program using NAO in a completely different way - and with some very promising results.
I have been writing posts for RobotLab the better part of five years. Few things have excited me as much as the Double Robot virtual presence device. And absolutely nothing (not even the money) has done as much to make me feel like one of the RobotLab staff (I live over 1950 miles from the office!).
If you have an interest in robots there is a good chance you watch the Big Bang Theory. In one of my favorite scenes, Sheldon, meets the “great and powerful Woz,” Steve Wozniak, co-founder of Apple. Not in person, you understand: no, Sheldon is there only as a voice and face on a virtual presence device: a tall, thin, remotely controlled robot on wheels with a tablet of some sort that projects an image of Sheldon and allows him to see and speak with Mr Wozniak. I have embedded the video directly below this paragraph because I think it important to view before continuing.
Welcomed Onboard Costa Diadema, flagship of the Costa Cruises fleet, Pepper and crewmember Take A Selfie.
Pepper robot, the world’s first emotional robot, keeps extending its employment range. Designed at first as a sympathetic companion for the lonely, Pepper is now working in lines that require a robot with the ability to listen to and put up with multiple humans. After discovering that Pepper the robot is now working for the French railway system, it comes as no surprise to find the robot preparing to become a mariner... No, not a space probe; the ancient type of mariner: like the guy in the poem with the albatross around his neck (in the image above Pepper has a tie around his virtual neck); a sailor on board a ship.
Seymour Papert, one of the grand old men of educational technology, died last week at age 88. Long before the personal computer and the Internet, long before this generation’s computer heroes like Bill Gates and Steve Jobs brought the digital age to the classroom, Seymour Papert and his colleagues realized that computers would change education. They developed the first computer language for children in 1967.
No, not "candy coating", but maybe just as fun. The makers of Pocky, Glico, have made a game app called Glicode that let's kids start coding by arranging the real-life cookies into various patterns and snapping a picture of the arrangement to translate it into in-game commands. The game itself is brightly colored and cute, and the cookies are ready to eat once they've been used - what more could a kid want?
Until recently Apple’s icons were a colorful, friendly bunch: like the original classic apple logo with a bite out of it; the wonderfully expressive--if silent-- speech bubble. But the latest arrival, Byte the Swift Playgrounds’ hero, while every bit as colorful, is built like the mating result of a hammerhead shark with a pear; it looks like the digital incarnation of a child’s nightmare. Yes, Yes, I know, kids will probably love it!
At the June 27, 2016 ISTE famed futurist Dr Michio Kaku spoke to the assembled educators about the coming “digitization” of many industries. He thinks it is only a matter of time--and not much time at that!--before many--maybe even most-- jobs now held by humans will be handled more cheaply and efficiently by robots. If my own past is any guide, I think he’s right. But he was also quick to point out that there were some jobs that he didn’t see replaced by artificial intelligence any time soon--if at all. Teaching, Dr Kaku believes, is one of those jobs. So far nothing digital has appeared on the horizon that looks likely to replace the classroom teacher. I’ve had reason to agree with him there too...
The momentarily stern-looking gentleman in this image gave the opening keynote address at the recent ISTE (International Society for Technology in Education) conference, June 26 through 29, 2016, in Denver, Colorado. I’m certain his face is familiar, but do you know his name? I didn’t, although I feel like I’ve seen him a thousand times on TV explaining everything from time-travel to warp-drives (neither of which exists, of course; but after he got through explaining them I did finally understand why!). And with his infectious enthusiasm and shock of gray hair, he is hard to miss.
I just came across some school-rating figures that surprised me: according to the personal finance website WalletHub based in Washington DC, South Carolina public schools were rated 45th in the nation in educational quality in 2015. That’s 45th in a field of 51. That’s not a good score. The reason this low score surprised me is that I had recently read an interesting Internet post that described at least one South Carolina school district as very up-to-date, progressive and STEM oriented. I guess I thought that would be the same for the entire state!
Personally, I can't remember a president since Eisenhower that has tried as hard to inspire young people to undertake a STEM career as has President Barak Obama. And yes, I can remember the Eisenhower Administration and the day Sputnik went into orbit and changed the world forever! John Kennedy’s administration might have set the nation’s course for the moon in 1961, but I doubt we could have achieved that without the impetus provided four years earlier by Sputnik orbiting the Earth.This drove the country to increase spending on what we know today as STEM Education (Science, Technology, Engineering and Mathematics). Until that moment, we had thought ourselves invulnerable. Sure, the Russians had the bomb too, but they had nothing with wings to deliver it across the thousands of miles separating us as up-to-date as our own Strategic Air Command’s B-52 Stratofortress. And then suddenly, they did…
Why go from STEM (science, technology, engineering, math) to STEAM (science, technology, engineering, arts and math)?
TEACHING NAO ROBOT TO DO THE RIGHT THING
Astrophysicist Neil Degrasse Tyson is a well-known TV personality whose education and experience in physics has qualified him to make pronouncements of great weight in the area of --as you might guess--astrophysics. While his background in economics may be somewhat obscure, one thing he said recently at a press conference held at the American Museum of Natural History in Manhattan can be taken to the bank! “Everything we know about science and technology” he said, “tells us that they are the engines of the future economies. They are the seeds of tomorrow’s growth of wealth. I’m not going to twist your arm to get you to like science, but I don’t have to twist your arm to make you like money. If you don’t want to die poor you should invest in STEM.”
When I first heard the term “blockly” I thought I’d heard “broccoli” and I remembered a comment made by the first President Bush when he came under fire from the dietary fascists for reportedly banning broccoli from the White House:
Faithful readers of this column have repeatedly heard us say how important NAO Robot is to research and education. Doubters among you need only read on to learn how NAO is helping changing life aboard the International Space Station.
Some students at Beebe Elementary have storytelling down to a science. Naperville News 17's Evan Summers learned more about these students and their robots.
"I'm a sophisticated combination of hardware and software designed to interact with humans and bring them joy," Pepper told CTV (that’s Canadian Television for those few of you who may not be aware that Toronto is in Canada) on March 2, 2016 in Toronto, Ontario. Does the fact that Pepper is conversing with CTV mean that the robot will arrive in Canada before the United States? Will Pepper speak French before English? And will he be playing hockey before football? Oh, the humiliation!
While we common carbon-beings were going on about our dull, ordinary lives, Pepper Robot was one of the luminous participants at the recent Clinton Global Initiative (CGI) held in New York, City, September 26-29th, 2015. Pepper was onstage with famous American Museum of Natural History Astrophysicist Neil deGrasse Tyson. Other notable participants at this year’s CGI included 2014 Nobel Peace Prize Laureate Kailash Satyarthi, Ellen Johnson Sirleaf, president of the Republic of Liberia and Ukrainian president Petro Poroshenko. Not to mention Chelsea Clinton and Sir Richard Branson. Participants talked about-- and we assume committed themselves to solving-- issues in such important subjects as Implications of Gender-based Violence and Addressing Early Childhood Development.
When we introduce children to cubelets, we have them assume the role of robot investigators. Kids form simple hypotheses on each new component works and then test it by building robots and seeing how robot behavior changes. This robot building process teaches kids to be creative when solving their problems.
For many people, the activity 'Robot Olympics’ is not too far-fetched because it at least paves the way for something that is highly possible on a larger scale in the future. Here you have 10-year-olds creating their own little contraptions with simple and amazing tools to discover how things work. The results varied considerably with some robots needing a little coaxing on the way. However, everyone gets the basic idea about robots from this event as they are able to tinker around with Dash and Dot.
Technology is one of the most important parts of our lives; this makes it very important that student should be guided to make use of technology in best of its way. Technology when used to teach the students such that they get to make use of something they already learned theoretically is a great idea.
This idea was presented to world by the two learned teachers of 3rd grade. They combined mathematical knowledge of geometry and latest technology of 3D printing together. This combination of two factors not only made mathematics and especially geometry fun for students but also practical use of them is also learned. How these two teachers proceeded while introducing technology of 3D is somewhat like this:
ANNOUNCING CUBELETS OS 4
We’ve got something exciting to announce. We call it Cubelets OS 4.
Cubelets OS 4 is a new operating system for Cubelets that changes the way they communicate. Cubelets OS 4 enables Cubelets to do everything they do now, only better!
With Cubelets OS 4, robots will respond faster to the world around them, providing much quicker feedback on any changes users make. Using a Bluetooth Cubelet is speedy and simple! Reprogramming changes behaviors more quickly and reliably, and, with our NEW Cubelets app, remote-control robots respond in real-time.
It's totally shocking how many societies, especially developed ones, tend to shun the old. Aged homes have become a concept known in many parts of the world where people surrender ageing members of their family. The reason; there is no time in this busy life to look after or tend to the old. However, aged homes are a reality that we endure although they help in some way; people deprive their pre-k children of the pleasures of old age which may be synonymous with grandparenthood, and they simultaneously deprive their own children of time that could be well spent with experienced individuals of their families.
3D printing is the new dimension to technology and with uprising and futuristic technology it is necessary that the students are guided to make use of it. 3D printing is one of the technologies that can open up the new dimensions of learning. Sometimes, thing are too fragile to be handled, these can be printed in 3D form and can be understood in better understanding and without any fear of them being broken down or ruined especially rock structures, fossils and microorganisms that are difficult to study under microscope can now be studied in magnified form. When introducing 3D printing to students, teachers should keep in mind these five tips that will make it easy for them to teach.
President Harry S. Truman is reputed to have said “If you need a friend in Washington, get a dog!” Apparently having a human friend and living in Washington is a contradiction in terms. Current political news tends to confirm that! But owning a dog is no longer the only way to to gain the tension reducing benefits of friendship.
Robotic engineers have developed an emotional robot. Aldebaran’s Pepper Robot is programmed to respond to evidence of human emotions like laughter, tears, and long faces. This programming allows Pepper to develop an attachment to the robot’s--for lack of a better term--“significant human.” Pepper then reacts to its significant human’s emotional signals in the way that that particular human has shown in previous similar situations he wants the robot to respond to effect a reduction in tension. At first, presumably, the significant human must tell the robot what reactions he prefers in various emotional situations; which is, after all, not all that different from developing a well-functioning human relationship. Much as we would like our significant other to know what we need emotionally without being told, it rarely happens. Spouses are particularly difficult to program.
You’re in a dungeon with two doors. One leads to escape, the other to execution.
Do we have your attention? Good! This riddle’s relevance to a discussion on the failure of American students to meet the necessary minimum standards of numeracy is to be explained as we continue...
The scene, a gritty street in downtown Philadelphia, Pa. The victim, Hitchbot, a world-famous robot fresh from hitch-hiking trips around Europe and across Canada. Waiting patiently for a ride to San Francisco, Hitchbot was suddenly viciously attacked and decapitated by an unknown assailant.
Autism is being experienced in different parts of the world. Obviously there's a wide spectrum of Autism. Some people who are autistic can hardly communicate and blend with the crowd. They easily lose their focus and sometimes act violently. But with the continuous innovation of technology, a program for the NAO robot called ASK NAO was made to help children with autism develop their social skills. This will make it easier for them to interact with people or respond with different actions.
Technology is taking a big leap of advancement in every sector of industry today. Artificial intelligence in particular has taken a new turn with the NAO robot. Programmed at Rensselaer Polytechnic Institute by Professor Selmer Bringsjord, the robots are able to detec and attract human attention. They can even give responses which is utterly awesome. Some may call it "self awarness...
When it comes to education, we always want the best for our children. However, there are times that you will see them no longer interested in studying their lessons or even going to school. They can even tell you that a school is a boring place. These days, teachers can hardly get the attention of children. With this, it would be hard for them to make their students understand what the lesson is all about. They should come up with an idea that will catch the interest of their students.
Hey! Why not?
Some grandfathers have everything they need: a full-featured, available, caring network of spouse, kids, grandkids and pets to look after them and be looked after; some,unfortunately,don't.
And yes, grandmothers as well as grandfathers are included in this discussion(No sexism tolerated on this blog; although we walk on the grey line past the censors from Time to time).
Sure, the fact that they are grandparents means a network once existed; but it's no secret in this world of ours that these networks don't always function very well. Even grandparents--old but still human--get divorced; kids move to the other side of the country; grandchildren,if their grandparents are lucky, go with their parents. Dogs and cats are the next best thing to family, but they, like every carbon being, die. And all too often the old are forced by circumstances beyond their control to live where pets are unwelcome. So, family out of town? No pets allowed? It's time to think about getting a robot!
How much is that doggie in the window?
The one with the waggly tail
How much is that doggie in the window?
I do hope that doggie's for sale
Drooling over images of Aldebaran's Pepper robot now being sold in Japan and hoping I’ll have saved enough to get one by the time it arrives in the United States next year, I found myself humming an ancient ditty I haven’t heard for a very long time: How Much Is That Doggie In The Window? And why that particular song, you might ask? Well, it kinda fits! Read on!
Robots in classrooms are no longer an unimaginable vision. They are being used in various schools from different parts of the world for education purposes. Humanoid robots are being used these days in teaching Science, Technology, Engineering, and Math or the STEM subjects to children especially to places that are having problems with these subjects. This is why NAO robots are distributed to many organizations in order to improve standard education.
Education is one of the most important things that everyone should have because this has something to do with the kind of life that they can have in the future. This is the reason why the government of United Kingdom would want to improve the engagement of children with Science, Technology, Engineering, and Math subjects also known as the STEM.
Playtime is vital for kids; however it's fundamental that you attempt to increase the value of those good times. Kids of all ages do love robots, and an item composed only for children will give them a chance to control their own particular robots while learning to write computer programming concepts. That's the concept behind Dash and Dot robot pack.
Yup, there's something about Pepper! No, she isn't Mary, I mean Cameron Diaz...but she is a fox! Well, anyway she's kinda foxy in a robot sort of way. I mean, how else can you describe 120 centimeters of curvy white plastic topped with the gorgeous, big, black, full eyes like Astro Boy gliding like a dream through your life with no aim but your happiness?
Congratulations to Old Dominion University that prepared an amazing show, that " broke down STEM barriers".
We know all the work required behind the scene ! The article explaining how the robots are used for STEM , is very inspiring and the actual video of the robot has a great touch. What an entrance. Keep on the great work you're doing with the robots Dr. Helen Crompton.
Stephen Hawking, Bill Gates and Elon Musk worry that artificial intelligence (AI) might spell the end for mankind as the dominant being on this planet. Maybe, if environmental collapse doesn’t get to us first...and then just maybe AI might save us.
And so I thank the earth,
For giving me the things I need:
The sun and the rain and the apple seed;
The earth is good to me.
John Chapman (September 26, 1774 – March 18, 1845), often called Johnny Appleseed, was an American pioneer nurseryman who introduced apple trees to large parts of Pennsylvania, Ohio, Indiana, and Illinois, as well as the northern counties of present day West Virginia. He became an American legend while still alive, due to his kind, generous ways, his leadership in conservation, and the symbolic importance he attributed to apples.
The rhyme is part of a song sung by Dennis Day in a Walt Disney production of the Johnny Appleseed Story, circa 1948. The prose is from an Internet article on the Wikipedia, circa about now. While Disney used a good bit of poetic licence telling the story, there was such a man as Johnny Appleseed and if you’re interested you can find his grave behind a rusting metal fence at the edge of a park in Fort Wayne, Indiana; at least you could have 30 years ago. We can only hope it wasn’t bulldozed under for more parking; the earth might have been good to us but lately we haven’t been all that good to the earth and we are sadly lacking committed conservationists like John Chapman.
Every year humans cut down between three and six billion trees; that’s “billions,” not millions. In the United States alone we take down nearly a billion. And that’s not including those lost to fires and other acts of nature. In mankinds’ defense, we do try to plant more than we cut down: more than a billion and a half here in the States. Problem is, replanting is neither as profitable or as fun as chopping them down and a lot of seed and seedlings go to waste. Keeping up with the cutting down means some trouble must be taken to insure they take root; simply broadcasting seed with a wave of the hand might suffice for a lawn, but not for trees. Johnny Appleseed was certainly aware of this, and apparently took pains that the trees he planted survived.
Since Johnny Appleseed is a long-time dead and the carbon based organisms that have replaced him seem determined to denude the planet of trees (and themselves of oxygen), it is comforting to know that their silicon-based creations (robots) are about to step in and remedy this unbalance. Johnny Appleseed’s dream is about to be undertaken by some even more tireless beings.
Word of these particular robots comes out of the U.K. where a company called BioCarbon Engineering has developed a plan to use drones to plant trees. These drones consult “high resolution 3d maps” of the intended reforestation area before buzzing out and performing what BioCarbon Engineering describes as “precision planting activities” including shooting pre-germinated seed pods “encapsulated in a nutrient-rich hydrogel” into the soil with pressurized air. Later the drones will assess the results and take such actions as might be needed to improve them. The developer claims their process will save up to 85% of the cost and still plant vastly more trees than any comparable human-reliant system.
Lately science Titans like Stephen Hawking, Elon Musk, and Bill Gates have been predicting doom for mankind if he continues on his present course to artificial intelligence. AI is certainly one of a number of possible avenues to armageddon, but environmental collapse appears likely to arrive first. Intelligent robots may be our only salvation...Johnny would understand.
RobotsLAB wishes you a happy Pie Day . A very special one as mentioned in this great Slate article 3/14/15, and here you have the first 4 digits of Pi 3.1415 . Wait, the article continues and point out that at 9am or 9pm , you should wait for 26 min and 53 seconds. Look at your watch, your phone or your iwatch and you will see the first 10 digits of Pi 3.141592653 ... How cool is that? We math lovers, number admirers will be sure to catch that very moment.
And it's also Einstein's birthday..
Like every special day it is best to spend with beings you care about. You know who we're going to spend it with :)
Fun education cartoon, Math meets jokes! We had a blog post earlier about Math meeting Arts, on a different level this cartoon can be Art and definitely meets Math.
It is good to realize that, as this infographic says, that today’s college students have more options than their 1980’s counterparts had but their time is also stretched more thinly across the school day.”
Indeed, computers, smartphones, online courses and a host of other digital gadgets as well as the Internet itself have made it possible for the education industry to welcome committed students who must provide for their families as well as work on their futures. And the addition of more women and many more minority students in the classroom--both brick and mortar as well as virtual--can only be seen as a positive.
But still, it is no wonder President Obama has called for a national effort to secure the first two years of community college for free. A look at this infographic titled Technology Defines Much of Higher Education’s New Normal will tell you that higher education’s “new normal” is darned expensive. Almost eight times more expensive! Even adjusting for inflation, that increase still seems out of bounds. It also seems particularly anomalous that the price of school books has increased by almost ten times--this in the age of the tablet and online courses. But according to other sources it’s apparently going to get worse before it gets better. Which in turn increases the importance that today’s students gain the skills in school they will need to get the jobs they are going to need to pay off their student debt.
And as this infographic further points out, those jobs increasingly are in the STEM field. Instead of the old standby careers that were still with us in the 1980’s, construction, manufacturing and the service industries, almost 75% of present job openings out of college are in high-tech related industries like computer design, engineering, and one more not mentioned in the infographic, robotics.
The Common Core Standards in education are getting more than their share of bad press. Teachers complain of a lack of materials and training while parents are upset because they don’t understand the new methodologies and can’t help their kids with math homework. We here at RobotsLab think we have at least some of the answers teachers and parents are looking for.
The problems facing the Denver, Colorado, public schools are a case in point. Next year, four years after the state adopted the standards, Colorado students will be subjected for the first time to standardized tests based on the Common Core standards. And yet teachers and administrators feel that the materials they have been using are not up to the task. That leaves them facing a situation where their competency will be questioned because students will be thrown by this new Common Core emphasis suddenly appearing in the tests.
According to some educators, that is partly because some educational publishers seem to think all they have to do is retitle their books to meet the new standards. Alyssa Whitehead-Bust, the district’s chief academic and innovation officer says this: those companies… “ haven’t redone their material. We’re looking for materials that are really redesigned, not just realigned.”
One student demographic is particularly endangered by this lack of adequate materials, English learners. Students for whom English is not their mother-tongue in Colorado now make up 35% of the student body. That means that even while teachers are trying to increase their students ability to function in an English language environment, they are also attempting to teach them subjects like math. And math, as taught in the Common Core, requires an emphasis on informational text, in English primarily. District chief schools officer Susana Cordova, notes that even those materials that have been redesigned, like material for English learners learning the language, don’t necessarily help with understanding that informational text. She says most of the redesigned lesson plans she has seen for English learners put too much emphasis on idiom and “That’s not the bulk of what English learners need to learn.”
While the robots at RobotsLab can’t solve the whole problem, teachers will find them helpful in teaching math to English learners. Our RobotsLAB BOX, for example, depends less on a student’s language than on his engagement in the lesson plan--and engaging students in lesson plans is our forte. Watching the robots that come with the BOX demonstrating math principles on the included tablet as complicated as Quadratic equations doesn’t require English, just their undivided attention; something robots do better than any lecture, book or blackboard.
When I was a kid in elementary school the only computers available wouldn’t have fit in our classroom and a printer was someone who probably worked at the local newspaper (remember those?). The only 3D technology we knew anything about came in cereal boxes, two-tone, paper and cellophane 3D eye wear that brought to life characters on the back of that cereal box. What we had in abundance, however, was spit wads and the means to launch them, rubber bands and straws. I preferred rubber bands myself as straws became waterlogged and unhygienic after only a few wet shots on goal--other students. Teachers used to wait at the door after lunch confiscating any rubber bands and straws they might see.
I am sure a lot has changed in the last half-century, but I’d be willing to bet that a middle-schoolers’ proclivity for tormenting their fellow students with spit wads is not one of those. Nor, I wager, has the average teacher’s desire to keep their classroom free of such attention-shattering activity.
But then, Shaun Cornwall is not the average teacher. He was convinced that the useless knickknacks most teachers made with the school’s 3D printers were not fully conveying the importance of this new technology to his students. He decided to build something that they could and would use and give it to them as a Christmas present. He went to Thingiverse and found just the 3d template he was looking for, a desktop catapult.
A what? That’s right, a catapult. A device described by the developer, Microsoft, as A small desktop catapult to launch projectiles at friends or coworkers. Wha..!“ launch projectiles...at friends..!” My first thought was what teacher in his right mind would deliver a projectile launcher into the hands of a bunch of teenagers?
But then I got to thinking and I realized that what Shaun Cornwall had done was sheer genius! Sheer genius at a future cost to himself in frustration and exasperation, but genius nonetheless! Because he was right about the problem he set out to solve: at present most schools present 3D printers to their students as little more than elaborate cookie-cutters for decorative objects: knickknacks. When in fact, 3D printing is considered by many, including President Obama, as the future of manufacturing--and I can’t imagine a better way of presenting that to kids than the way it was done by Shaun Cornwall with his gift of 50 desktop catapults.
We wish more teachers would take the risks that Shaun Cornwall did. Some of his colleagues will probably complain from time to time when those catapults show up in their classes but the kids will always remember a cool teacher that built something new with some cool new technology.
What do gardens and robots have in common? Waiting…. Give up? They both make great math instructors!
Whether digging a garden or interacting with robots, students find themselves engaged (emphasis on this word “engaged”) in an activity that takes abstract math, a subject once found only on school blackboards or books, and puts it to work in a concrete and meaningful way.
Take for example the garden cultivated by teacher Nancy Rhodes’ fifth-grade kids in Corte Madera School in Portola Valley, California. For the last two years the kids have been laboring (“laboring” is likely too harsh a word) in what Ms. Rhodes calls “A Symbiotic Garden: Designed for a purpose.” Her first project aim was to have her students struggle with the question, “Can animals live without plants and can plants live without animals.” The students were required to design plant beds with the goal of attracting different animals. Again, some extra emphasis on the word “design” in the preceding sentence...
After all, as any gardener worth their salt knows, designing a garden plot requires more than grabbing a handful of seeds and throwing them on the ground. Every garden has a limited amount of room and the plants themselves differ in the space needed for healthy roots and sunlight. Some need shelters. Some need deeper soil than others. Water requirements differ with every species. No, it isn’t rocket science but any fifth-grader that has worked through a problem like the following is going to feel pretty good about themselves: The edge of a circular flower bed, 220 ft in diameter, needs mulch. How many cubic yards (yd3) of mulch do you need if you want the mulch to cover 3 ft in from the edge to a depth of 2.5 inches, all the way around?
Diameter = 220 ft
radius = 110 ft.
pi = 3.142
Area of a circle = pi x r2
Area of total bed = 3.142 x (110)2 = 38018.2 ft2
Area of inside bed = 3.142 x (110-3)2 = 35972.8 ft2
Area of ring needing mulch = 38018.2 - 35972.8 = 2045.4 ft2
Volume of ring (2.5 inches deep = 0.208 ft) = 2045.4 x 0.208 = 425.4 ft3
Convert cubic feet to cubic yards à 1 yd3 = 27 ft3 so 1 ft3 = 0.037 yd3
425.4 x 0.037 = 15.7 yd3 = 16 yd3
1 yd3 = 325 ft2 to 1" deep
325 ft2 2045 ft2
1 yd3 = x
325x = 2045 x = 6.29 6.29 x 2.5" = 15.75 yd3 = 16 yd3
From: Dr. Leonard Perry, Univ. Vermont : Garden Math Sample Problems and Calculations
A garden then is certainly one great way to answer the question asked by nearly every student, “What do I need this math for?”
Here at RobotsLAB we don’t dig gardens, but we do develop robots that engage and instruct students in a manner that makes math interesting and concrete. Kids love robots. At least as much as they love gardening. And the big gain here for teachers is they don’t have to strain their backs, get sunburned, or dirty their hands while working on their lesson plan.
I recently came across a blog post titled Do Kids Really Care About Stem Education. Written by a young educator who teaches high school sophomores, he made some interesting observations that many of us might not want to agree with.
He writes that while teachers, parents, politicians, the whole darn adult zoo, put the emphasis on learning with the hope of future employment in the tech world, teenagers are not really that interested or excited in the world we believe we are building for them. He says...”High school kids have never been too excited about the adult world, and that hasn’t changed.” Some of us may find that observation upsetting, but that doesn’t mean it isn’t true. With the possible exception of a few goal-oriented, driven students, this is certainly the way it has always been. And would we really want it otherwise? Forget dreaming and get on with choosing a career before they leave high school?
One interchange with his students was particularly telling. After a failed attempt by the school to generate some interest in using teenage-tech savvy to build student engagement he came right out and asked them, “You guys don’t really like using technology at school, do you?” He went on to describe how... “They smiled and laughed. One student spoke for the class: ‘No, but you teachers all think we do.’ Another student said, ‘We like playing games and sending messages to each other, but we don’t want to use our phones for schoolwork.’ Their heads nodded emphatically in agreement.” Again, nothing new here. Just ask Facebook developer Mark Zuckerberg about how teens have been avoiding his site since they discovered their teachers, parents and grandparents were on there with them!
But don’t take from this that the author of this post thinks stem learning is a waste of time. What he has learned from his students is that most of them...,“want to play games and talk with their friends. They like to solve mysteries, and they want to learn more about people… but they are not listening when he tries to engage them by talking-up their futures in high tech. That shouldn’t come as much of a surprise to most high school math teachers who long ago gave up trying to interest their students in math by telling them it was something they were going to need to get a good job when they grew up.
The post Do Kids Really Care About Stem Education has received a good deal of attention online. It has been tweeted and retweeted often. Some of the attention was less than favorable, but our take on it here at RobotsLAB is the author of this post didn’t say anything that we didn’t already know in our heart of hearts--besides, we build robotic teaching aids that engage kids without asking them to include us on their cell phones. Our robots will most certainly help them develop the skills that they need for future employment. But don’t tell them that while they are enjoying them.
When I was a small boy growing up in the desert Southwest, I thought I wanted to grow up to be an anthropologist-- with the emphasis here on “ant.” They were everywhere in the desert: black ants, red ants, big ants and tiny ones. I had no idea why they fascinated me so, but fascinate me they did, and I spent my summers watching them marching and counter-marching across the sandy desert floor--and of course, being a boy, I messed with them in every conceivable way from frying with a magnifying glass to trampling their elaborate nests and pathways. I sprayed them with insecticide bombs and drowned them in water. All that, and I don’t think I ever managed to completely destroy one of their nests. A few days and they would be back as busy as ever.
Not overly introspective as a boy, I never questioned my intense interest in their organized behavior. That it was “neat,” was enough for me (neat, by the way, was the 1950’s functional equivalent of “cool”). Later--much later, I am forced to admit--I stumbled into robotics and discovered that the very ant behavior that had fascinated me long ago was now a much sought-after goal in robot behavior. Robotics scientists hope that clues to understanding swarming, flocking, herding, crowding, thronging, whatever you call this instinctive, self-organizing behavior of ants, birds, cows and some higher biologic organisms, will guide the way toward developing robots capable of accomplishing tasks without the need to program every single individual unit in a...gang? of robots.
“Gang” will apparently not be the term of choice. The National Museum of Math in New York (MoMath) recently opened a new exhibit named Robot Swarm. A “swarm” of bees maybe, but robots…? Anyway, the exhibit is in the old Taj Mahal of Boxing, Madison Square Garden and the robot swarming (ok, maybe “ganging” does sound a bit inelegant!) takes place under a transparent floor in the ring beneath the spectators’ feet. Just as I once tormented swarms of ants, spectators can now torment small robots by stomping around the ring sending them scurrying to and thro in an organized fashion. But unlike my earlier efforts in the desert which were nothing more than a mixture of childish curiosity and wanton destruction, the purpose here at MoMath is to demonstrate and improve robotic self-organizing behavior.
Why bother, you ask? Remember the Gulf Oil Spill of 2010? Because of the depth it took months to cap the open pipe. Currents, pressure and collapsing equipment changed the job requirements on a minute to minute basis. Imagine the savings to jobs and the environment if a tool consisting of thousands of small self-organizing robots could have been sent down to wrestle the plugs into position instead of trying to control the tools and plugs in a constantly changing environment from a distance.
Just as those ants I tormented so long ago were able to survive my actions with their instinct for self-organization, it is the hope of roboticists that someday it will be possible to assign to a robot swarm a task like shutting down that pipe and letting the swarm self-organize the tools and behavior necessary to get the job done.
Here is a riddle: What did President Obama, the world’s most powerful man, say to NAO, the world’s most popular anthropomorphic robot for educational purposes, when they met on December 8, 2014 during an Hour of Code event at the White House?
“Hi NAO! Last year, students and teachers across our country celebrated Computer Science Education Week with an Hour of Code. They learned new skills, programmed games and apps, and realized that while no one is born a computer scientist, becoming a computer scientist isn’t as scary as it sounds. With hard work, and a little math and science, anyone can do it.
For this year’s Computer Science Education Week, more than 48 million people have already participated, and we’re hoping even more of you will get involved. Don’t just consume things, create things.
Take an hour to learn more about the technology that touches every part of our lives. That’s how you can prepare yourself with the skills you need for your future. And that’s how you can help prepare our country for the future as well. America
has always been a nation of tinkerers, builders, and inventors.
We brought the world everything from the lightbulb and the telephone, to the iPad and the Internet. So whether you’re a young man trying his hand at programming for the first time or a young woman who is already hard at work on the next big thing, we’re counting on you–America’s young people, to keep us on the cutting edge. Thanks NAO, and happy coding!”
Wow eh? Who’d a thunk a robot-- Oh, you don’t believe this? Good for you! We kinda hoped you wouldn’t. No, actually this is the text of the speech President Obama gave the day before to open 2014’s Hour of Code. What he really opened the speech with was “Hi everybody!”
This silly subterfuge with the riddle was nothing more than an attempt to draw your attention to the fact that our buddy NAO was a guest at the White House. I mean, when was the last time you were there? NAO is apt to be seen anywhere these days.
Hey, just last January he was on Mars helping the astronauts master the finer points of communicating with robots! Well, Ok, that was Utah, an analogous Mars with analogous astronauts, but that’s about as close to Mars as we’re gonna get for a while and NAO was there with us!
One more riddle… Check out the image below. Do you think NAO and VP Biden were talking 2016?
The ability to do computer coding has become one of the big three...ok, make that the big four, goals of education: those are reading, writing, arithmetic and now computer coding. It appears that the nation that fails to educate its young in any one of these four will find itself severely disadvantaged in securing employment for them in the future. A development that quickly leads from mere unemployment to a falling standard of living and finally social unrest. The world is replete with national examples of this phenomenon.
The first three goals, the ability to read, write and avoid being short-changed have been universally met--in this country at least--for several centuries; the fourth, a knowledge of computer coding is--no matter what the ancients say--something new under the sun. I was able to survive without knowing anything about it until I was well into middle-age, but my children have always been aware of it and my grandchildren, still in elementary school, are already putting it to use.
One code-learning advantage leading to their acceptance and understanding that my grandchildren have that I and their parents didn’t have is The Hour of Code Initiative. Begun last year, 2013, by Code.Org, a non-profit organization, The Hour of Code bills itself as “a one-hour introduction to computer science, designed to demystify code and show that anybody can learn the basics.” On its website it claims The Hour of Code is a global movement reaching tens of millions of students in 180+ countries. Anyone, anywhere can organize an Hour of Code event. One-hour tutorials are available in over 30 languages. No experience needed. Ages 4 to 104. It is supported by many organizations such as Microsoft, Apple, Amazon, Boys and Girls Clubs of America and the College Board and as of this post, it states that 92,871,946 individuals have tried the Hour of Code--a lot of peoples grandkids among them!
The first of several available tutorials stars Anna and Elsa from Disney’s Frozen. They, along with Bill Gates and Mark Zuckerberg (who stay out of the way) help kids get interested and get going. There’s also an hour for kids who want to start coding their own games!
Hour of Code is available for use at home but many school systems are also enthusiastic about teaching code. Take for instance public schools in Miami-Dade and Broward counties, Florida. There’s already a NAO robot named Cody who is being programed to speak, walk, wave, and do Tai-Chi moves (which puts them one up on me!). The school principal believes that coding should become a required subject and says that “"It's allowing our boys and girls to have this wonderful opportunity to expand their horizons, to think creatively...Coding helps them to better understand reading, mathematics, science, so it's a collaboration of all subjects, doing something that they enjoy."
At home or at school. It doesn’t matter where we learn it, but learn coding we must if we are going to stay competitive on the world scene. And with easily accessible and user-friendly sites like Code.Org there is simply no excuse--for us or our progency---not learning or becoming proficient in coding.
This how it looks when our partner in Mexico is kick-ing off a show for EdTech to the local government !
When the digital world was in its infancy the study of robotics was left to graduate courses at major universities--and not many of them! In a pitifully few schools K-12 students got a chance to work with robots after school. As a result, only a very few of the most STEM-minded students had anything to do with robots. Things have changed.Robots are no longer just extracurriculars. Educators across the country have come to realize that robots are among the most perfect of teaching tools.
Onslow County, North Carolina high school teachers, for example, are using the RobotsLAB Box to show students how certain math concepts are relevant to their increasingly digitally outfitted lives. The RobotsLAB Box contains four robots and a tablet to demonstrate and display these concepts. How better to engage agile young minds with quadratic equations than watching them roll out on the tablet to the tune of the quadcopter dancing above them?
In Okaloosa County, Florida, seventh graders built a tablet-controlled mini-Mars rover. Using the robot’s cameras and sensors they move about a table-top Martian landscape covered with red and blue balls. They get to program the robot to move about and collect the balls. At a tech center in Evansville, Indiana, high school students learn to program and operate a robotic arm. At Fayette County Schools in Kentucky, both middle and elementary schools have robotics as electives. In Colorado, the St.Vrain Valley School District has robotics in its K-12 curriculum because as Axel Reitzig, St. Vrain’s STEM coordinator says,” ... building STEM skills means really mastering technology. When students are designing and building robots, there’s a lot of trial and error and they’re getting that immediate feedback, helping them piece together the whole picture.”
It is hard to imagine that there are many school-age children in this country that are not in daily contact with the digital world. Most schools have computers. An amazing number of children in elementary middle and high school have smart phones-- and most kids without one wish they had and are actively pressing their parents for one. For today's’ students the future appears to be digital. It is past time for robots, the most perfect of digital wonders, to become part of every school’s regular curricula.
In preparing for battle I have always found that plans are useless, but planning is indispensable.
Dwight D. Eisenhower
Chelsea Wilhelm, a Leadership for Educational Equity (LEE) Fellow with the Education Policy Program at the New America Foundation, an American non-profit, nonpartisan public policy think tank located in Washington D.C., recently took a close look at individual state planning programs--or the lack thereof--for education technology.
Using an Education Week report from 1989 that stated that “technology planning is clearly a weak area of endeavor” as a baseline, she analyzed state plans for what she considered likely key components in any edtech development plan, student learning objectives, professional development goals for teachers and adequacy of staff support. What she discovered must give us pause: As I have found, that lack of thoughtful planning in the 1980s still exists in the present day. While the problems schools and educators face have evolved, the planning done by each state has not.
Ms. Wilhem’s report comes with a map of these United States that shows that a clear majority of states have no updated plans currently available. Check out the color scheme on the map below! In fact only 19 states have plans that extend beyond 2012. That’s two years ago, folks! Some states like Virginia, Ohio and Maryland come in for praise. Others, including Iowa, Montana and Missouri admit they have no intention to plan past 2012.
Why is this happening? Ms. Wilhem gives us two reasons she thinks most states seem uninterested in planning ahead. Reason number one is the decision in 2011 by the US Department of Education to eliminate the Enhancing Education through Technology (EETT) program, the largest federal incentive for state-level planning. Reason number two is pretty much the same as reason number one, except the funding authority is the Federal Communications Commission. The FCC is still funding with its E-Rate program, but not requiring proof of planning.
Keep in mind this doesn’t mean these laggard states are necessarily forgetting about funding for educational technology while they ignore planning for it. I believe it would be safe to say that all of them intend to keep their schools competitive in the new edtech paradigm. What is does mean, however, is that they are no longer approaching financing edtech in a systematic way. I mean, it’s hard to imagine that the entire West Coast, awash as it is in technology firms, won’t continue to update their classrooms. What will probably happen, however, sans prior planning, is a lot of wasted money on poorly thought-out programs.
3D printing is on a roll. Big businesses have had the technology available to them for the last twenty years or more. Recently however, 3D printing became available for the rest of us: for example, UPS opened 3D printing services in 100 stores nationwide last September. The monster transporter claims that “Small business owners and aspiring entrepreneurs will have the opportunity to print prototypes as part of the new product development process…. The UPS Store locations will be equipped to produce items like engineering parts, functional prototypes, acting props, architectural models, fixtures for cameras, lights and cables.” And that’s just the latest word from the private sector.
ONVIA dot Com, a website that describes itself as intelligence for winning more government business says the public sector is booming also. Take for instance these three exciting developments at the federal level. First of all, the army is working on developing guns using 3D technology. This particular example of a technology going to the dark side might not thrill some of us, but Pandora’s box is open. Private individuals have already uploaded files capable of printing a working--if rudimentary--gun on 3D printers found in many homes.
Another example of an important federal use of 3D technology that many will consider more positive than the first is NASA’s testing of a 3D printer in zero gravity. The hope is to bring the costs of spaceflight down by manufacturing tools and replacement parts in orbit rather than blasting them up there at $2000 or $3000 per lb (the Space Shuttle once ferried a pound into orbit for about $10,000; the lower figure is an estimate by Elon Musk of what he thinks his Space X can do). The third exciting development at the federal level is the National Institute of Health’s (NIH) launching of its NIH 3D Print Exchange. This website is all about downloading and editing 3D files related to health and science. No doubt we soon can print off a perfect replica of an Ebola virus….
While the federal government spends big bucks on developing 3D printers for spaceflight and guns, state and local governments have increased spending for 3D technology in schools. Oniva says the average 3D printing contract value for K-12 was $38,981. Again according to Oniva, contracts awarded for 3D printing in schools (K-12 and above) grew from 18 in 2012 to 27 in 2013. The figures for 2014 look to double as 24 awards were issued in the first six months of the year.
All of this is good news for the progress of additive manufacturing in this country. Many people, including President Obama, consider this new form as the next industrial revolution. It is great to see that the schools are getting involved, as that is where the future creators of the new technology and its future workers are now found. In partnership with Makerbot, developer of the under-$2000 3D printer for the masses, RobotsLAB has created lesson plans to help make a teacher’s job easier when it comes to teaching about this new manufacturing process.
A 2012 study of adults in 20 countries found that Americans ranked near the bottom in numeracy. Numeracy being defined simply as the ability to work with and understand numbers. What’s worse is that other studies showed that even the most educated among us displayed a deplorable inability to work with numbers: almost twenty percent of medical prescription showed math mistakes on the part of doctors and pharmacists. How can this be?
Why Do Americans Stink At Math is the title of an article written by Elizabeth Green for the New York Times Magazine on Sunday, July 23, 2014. The thesis is that the deplorable state of math education in the USA is the result of poor carry through on the part of our most highly placed educators. In spite of attempts to change the teaching of math by engaging students in actually studying math rather than memorizing it, the change is not happening. As evidence of this failure Ms Green relates the story of a Japanese educator who used math-teaching theory and methods developed in the USA to improve Japanese schools by engaging students but found these same theories and methods either ignored or misunderstood and misused in American schools. That Japanese educator thinks “Americans might have invented the world’s best methods for teaching math to children, but it was difficult to find anyone actually using them.” Again, why?
According to the article, American educators in the most important and influential teaching colleges don’t actually spend a whole lot of time teaching; they are into research and publishing. The result is great theory but poorly communicated methodology with the teachers actually teaching students. Common Core Standards provide us with a recent example of this disconnect.
Explains Ms Green, “With the Common Core, teachers are once more being asked to unlearn an old approach and learn an entirely new one, essentially on their own. Training is still weak and infrequent, and principals — who are no more skilled at math than their teachers — remain unprepared to offer support. Magdalene Lampert, a professor of education at the University of Michigan notes “In the hands of unprepared teachers, alternative algorithms are worse than just teaching them standard algorithms.” What results, of course, is confusion leaping from teacher to student to parent. A sequence Ms Green illustrated with this amusing anecdote: The comedian Louis C.K. parodied his daughters’ homework in an appearance on “The Late Show With David Letterman”: “It’s like, Bill has three goldfish. He buys two more. How many dogs live in London?”
Textbooks haven’t really made the jump to Common Core either. They have “have received only surface adjustments, despite the shiny Common Core labels that decorate their covers.” On the textbook issue, no less a personage than Phil Daro, a senior member of America’s Choice and one of three principal writers of the math Common Core Standards agrees, “To have a vendor say their product is Common Core is close to meaningless…”
It is not necessary to agree with every point made in this article to agree with the overall conclusion so succinctly implied by the title, that Americans do indeed stink at math. And there is no doubt that teaching methodology must be greatly improved if we in this country are to retain our technological superiority. Engagement, not rote learning must be encouraged. Our goal here at RobotsLAB is to provide teachers with technological aids, our robots and included curricula, that will engage and encourage students to study rather than memorize.
Teachers, need some new lesson plan ideas to meet the requirements of the new Common Core Standards? Well, BetterLesson.Com and your own Union, the National Education Association's Master Teacher Project heard your cry for the help that you weren't getting from your administrators and came up with a plan of their own: they searched out lesson plans from 95 or more of the best teachers in the country and paid them $15,000 each to put their plans online with BetterLesson.com. All these plans and related materials that they paid for are now online free for your perusal. Besides affording teachers fresh ideas, Instructional philosophies and implementation tips will also be provided with the lesson plans.
Nor is the NEA alone in assisting teachers in working within the new paradigm. In 2012 the American Federation of Teachers worked out a similiar lesson-sharing plan with ShareMyLesson.Com. Unlike the NEA, the AFT has teachers post their own plans. Like the NEA, the AFT shares the plans for free. This plan too, appears successful as it has 250,000 registered members and has had almost two-and-half million lesson downloads during the 2012-2013 school year.
In many quarters, Common Core has not been met with positive reviews. The transition has not been smooth. The complaint that teachers were given insufficient training is common. While there is no substitute for that training, both of these websites, BetterLesson.Com and ShareMyLesson.Com might help teachers get by until they get the training they deserve.
RobotsLAB is also in the business of assisting teachers with meeting the requirements of the new Common Core standards. Our engaging robotic teaching aids and their included curricula have been designed with the standards in mind and will provide your classrooms with effective alternatives to boring texts.
When I was a kid and enormous cars with long sharp tail fins ruled the road, it was said and believed by many, "If it's good for General Motors, it's good for America." Not so today with GM recently coming out of bankruptcy. But things haven't changed all that much, only the names of the mega corporations we worship. Yesteryear it was GM, today it's Google. And with good reason: GM came roaring out of the Second World War the largest, most productive business on the planet; they were doing something right! The same for Google in this era; their search engine and browser rules the Internet. Their cellphone operating system connects the globe.
With Google products dominating the new industrial age, it shouldn’t come as much of a surprise that Google workplace practices are garnering a lot of attention--and emulation--in business and education. Chief among these much emulated practices is 20% Time.
20% Time, as defined by the Google practice, is allowing their employees 20% of their work time to work on creative projects that are unrelated to the employee’s assigned projects. The result has been the creative surge that brought Google to the forefront of its industry.
In education, 20% Time allows kids a chance to take their attention off class content and get creative. Oh, sure, you say, untethering kids from classroom routine and letting them get creative sounds great, but without structure in the classroom you soon get chaos. Good point! The way to avoid chaos is to add a touch of chaos-preventing structure. The Maker Place is a great way to add that structure.
The Maker Place isn’t simply a portion of the classroom where kids are turned loose to get into trouble. The idea is to provide a space where kids can loose their creativity with engaging projects suggested by teachers and other students . The Maker Place should also include the materials ( 3D printer ) necessary to complete the projects.
RobotsLAB’s STEM BOT 3D CLASS provides both the curriculum and the materials for a perfect Maker Place. The STEM BOT 3D CLASS teaches students how to 3D print a robot, assemble it, work on the electronics, use a 3D printer and finally program it using Scratch.Kids love robots. It doesn’t take much effort on the part of the teacher to get them interested in making one.
Educators, give some thought to freeing up time for your students creative urges--without losing control, of course. 20% Time works for Google. It might work for you.
I don’t have the answer to this riddle. The question simply came to me when I stumbled over this great picture of the French company Aldebaran’s anthropomorphic robot NAO hovering studiously over a digital pad seemingly writing an earnings report for the Associated Press. Looking stiff with the pencil at an uncomfortable angle and totally focused, doesn’t NAO look a lot like a kid learning to write?
Actually the blog post with this picture is talking about robots that look less like humans and more like computers. But how better to illustrate the point that computers are freeing humans from boring jobs? NAO, after all, is the most widely used anthropomorphic robot for educational and research purposes.
Not only anthropomorphic, but autonomous also. Which brings me back to the question about NAO as a possible student and the student as a teacher. In my experience kids like to act like teachers. I know I did, and I can remember my youngest teaching to an attentive Jack Russell Terrier. NAO is programmed to be even more attentive than the Jack Russell--and speaks better English--and French, German, and dozens more. NAO is better disciplined also and won’t interrupt the teacher with barking when the doorbell rings.
NAO is a favorite with us here at RobotsLAB. We put a great deal of effort into developing curricula that
provides NAO with the ability to keep kids engaged in learning. While writing copy for the AP is a stretch at the moment, it is certainly only a matter of time.
I can remember the indignation I felt the first time I found video tapes in the public library; a desecration, I thought! Libraries are for books, not light-weight, made-for-tv documentaries! I kept holding my nose when I walked by those shelves until I missed Ken Burns’s documentary The Civil War on tv and the only place I could find it was...you guessed it, the public library. Alas, virtue once lost is virtue overcome and I found myself welcoming the computer into the library (a screen search beats the old card system any day), and absolutely thrilled with the coming of the Kindle; so the idea of anthropomorphic robots on the library floor doesn’t bother me at all.
Like it or not, public libraries are in a competition with the internet for information-delivery relevance. The internet delivers text and imagery with a speed the library cannot; public libraries, on the other hand, can deliver the real thing. Watching a video about robots is interesting, but actually interacting with one is both interesting and fun--just ask any kid!
One of the first libraries to acquire these tradition shattering mechanical beasties is the WestPort Public Library in Westport Conn. The Westport library has broken the mold before; specifically, by setting up a “Maker” space for its patrons and installing a 3D printer, technology that President Obama has referred to as the “future of manufacturing.” Now, the library intends to introduce its patrons to robots. "Robotics is the next disruptive technology coming into our lives and we felt it was important to make it accessible to people so they could learn about it," said Maxine Bleiweis, executive director of the Westport Library. "From an economic-development perspective and job- and career-development perspective, it's so important."
The robots, named Vincent and Nancy, are “Nao Evolution Robots,” the latest model NAO robot created by the French robotics company Aldebaran. Standing about three-feet high and looking a bit like the anthropomorphic robot C-3PO in Star Wars, they have a mild, calming way about them that has made them an important tool in teaching autistic children. They are not simple windup toys with a limited behavioral repertoire; besides walking and talking, they recognize faces, can detect where sound is coming from, touch, feel, and avoid obstacles; more, library staff and patrons can program them to do all sorts of entertaining and even practical things, like help find books and meet children arriving at the library. Says Alex Giannini, the library digital-experience manager, "I don't know what the coolest functionality is going to be. Someone coming in off the street is probably going to teach us that."
Nao robots in libraries is a novel development (no pun intended), but these robots are by far the most popular robots used in science education and are found in schools worldwide. Many of these engaging robots have been sold by RobotsLAB along with lesson plans designed for students of all ages. Teachers interested in presenting their classes with an educational experience their students will remember for ever can find more about NAO at our website.
Just guessing, but if you’ve achieved an educational level that makes the overall material in this blog at all interesting you were probably a doodler when you were a student. I was, but that isn’t the only reason for this otherwise unwarranted assumption: recent studies show that doodlers retain and process 29% more information while listening to a lecture. Who knew?
Exactly why doodling provides an advantage is still a matter of conjecture. Some educators don’t care why, they are simply looking for any advantage they can find that will help students succeed. Sunni Brown from Austin, Texas is among that number. Considered one of the “100 Most Creative People in Business and one of the “10 Most Creative People on Twitter” by the business magazine, Fast Company, Ms Brown fervently believes in the power and value of doodling. She is the Chief “Infodoodler” (this position title found on Wiki) of Sunni Brown Ink, a “visual thinking consultancy” with which she pursues her passion.
The programming language "Scratch" is for young people that have an itch to create interactive games, stories and animations online. Designed originally for kids 8 through 16, it is offered free by the Lifelong Kindergarten Group at the Massachusetts Institute of Technology (MIT). The Lifelong Kindergarten Group believes its interactive programming language provides the young with essential skills for 21st Century employment, including the ability to think creatively, reason systematically and work collaboratively.
Scratch Jr., the newest example of this language from prestigious MIT is designed for even younger students, preschoolers as young as five. A new Ipad app is now available for these younger kids. Scratch Jr. was developed with mobile devices rather than computers in mind like Scratch. Its developers hope that the language will meet the following educational goals for younger kids:
give them a better understanding of literacy and math
help them become familiar with classifications of various computer software and mathematical components
help them learn to be problem solvers and thinkers and better understand science and software development
A personal note here: The last time I had babysitting duty I downloaded the Scratch Jr App to my Ipad and handed it over without comment to my seven-year-old grandson, Fox. He likes cats and I thought he might take to it. He did. Also without comment.
I wandered off leaving him completely unsupervised in my recliner with the Ipad inches from his face. When I returned a few minutes later he had already completed three projects.
“Was it fun?” I asked
“Did you learn anything?” I said, knowing I was pressing my luck.
He rolled his eyes in answer and went back to playing with the app.
Another learning tool for the younger set that Fox and his three-year-old brother Dexter both like is RobotsLABS' own CUBELETS. Their small hands find these little magnetic blocks safe and easy to manipulate. They get a big kick out of the autonomous robots they can make entirely on their own. It pleases their parents and me to see them developing their ability to think procedurally and learning to solve problems in a step-by-step manner.
Me, being a believer in the robot as a teaching tool,I was at first a little put off by the title of a recent article in the Boston Globe, STEM's Newest Darling: Robotics; a bit cloying, I thought. The subtitle, It’s the 21st century’s newest must-study subject, came across as patronizing. I felt certain my favorite machines were in for a verbal drubbing. And guess what, after reading the entire article I've decided my first opinion was almost entirely wrong! Error! Error! Will Robinson!
Oh, I guess I could still fault the article writer for his off-putting approach in the title, but I certainly can't complain about what he had to say about robots and education; it was highly complementary and informative. It's good to see that Massachusetts, the home of the Massachusetts Institute of Technology (MIT), really gets it. Maybe it was the fear that Massachusetts, certainly one of the most progressive states in matters of education, didn't get it, that put me off at first (Ok, Ok, I won't use any further renditions of the term 'off-put' in this post!).
Anyway, Massachusetts does seem to be a hotbed for STEM learning using robotics. An elementary school in Boston’s oldest community, the North End, plans to use robots in Kindergarten classes. And the “inventor-in-residence” (a PHD from MIT) at a private school in Brookline where they intend to integrate programming into all the classes K6-12 says, “robotics is not about building real-life C-3POs, quasi-humans… Instead, it’s a way of combining sensors, computer programming, and actuators to solve problems in the physical world.” The president of Worchester Polytechnic Institute, Laurie Leshin, has this to say about the importance of introducing robots early in a student’s career and sticking with them: “Second- and third-graders get this stuff inherently,” she says. “By the time they get to middle and high school, life has beaten out of them some of that interest, and I think robots are a way to get that back.” We couldn’t agree more!
The one disagreement I still have with this article comes near the end where the author says, “The last and maybe biggest challenge, as schools try to start programs, is teachers.” The author quotes the principal of a Boston K-8 school that says it is difficult to add robots to a classroom “unless you have a person who has expertise and is motivated.” The best teacher is always a motivated teacher, but we here at RobotsLAB would argue that a motivated teacher who lacks expertise in robotics should not be held back. Any well-motivated teacher skilled in their own discipline, be that math, science, engineering or whatever, will find themselves capable of engaging and educating their class from day-one with nothing more than the material we provide with our robots.
A recent post on the role of technology in education made me take another look at our approach here at RobotsLAB. The post discussed three “myths” the writer found prevalent: myth 1 was that educational technology “was all about disruption;” myth 2 was that it was “all about the classroom;” and myth 3 claims “It’s all about...well...technology.”
Myth 1, says the post author, results from the tendency to over-hype the potential educational gains from new tech; people expect an entirely new educational environment. This leads, says the author, to a failure on the part of educators to incorporate the new tech with the existing system which usually leads to failure and increased skepticism by these same educators of subsequent new tech arrivals. The answer, says the author is not to view new tech as disruptive but as a tool to improve present practices.
At RobotsLAB we believe our products are “hyped” as doing exactly that: improving present practices. Our BOX, for example, doesn’t attempt to fundamentally change the study of math, but only to make it more engaging for students. It allows teachers to present their own interpretation while displaying the algorithms at work in the real world.
As for myth 2, the belief that new edtech is “all about the classroom” when there is actually a great deal of very important software for more administrative requirements, we are willing to admit that RobotsLAB’s products are indeed “all about the classroom.” Our products are developed with teachers teaching students in mind rather than software helping administrators with hiring, teacher development and data storage. We make no apologies for that, although in the future we may decide to develop more administratively directed products.
Myth 3 says that some believe that technology is an end all unto itself. We at RobotsLAB don’t even begin to believe that! We think our robotic products are wonderful tools, but only in the hands of committed and trained teachers. We are well aware of the studies that have shown that the teacher is still the most important “school-based factor” for student achievement.
Our robots and their included curricula provide students with exciting, engaging experiences in the STEM learning disciplines. Notice the emphasis on the word ‘experiences?’ An ‘experience,’ according to Webster’s New Collegiate Dictionary (circa 1976), is “something personally encountered, undergone, or lived through.” Even better is the definition found for the verb ‘experience’ with a more modern-media Google search: ‘practical contact with and observation of facts or events.’ That practical contact, that sense of personally encountering something otherwise thought of as abstract, is what our robots can deliver. No book, no blackboard and no lecture can hope to make concrete a abstract math concept as well as interacting with NAO, the BOX and MATHBALL.
Obsessed as we are with delivering students an experience that they will remember, we are always pleased to find someone else who understands the importance of engagement in learning. One such educator is teacher Sabrina Truong at East Harlem high school. She recently discovered that the Rubiks Cube could help kids learn algebra. She stumbled across a brochure announcing You Can Do The Cube at a educational science fair. She says she followed the brochures’ algorithms and solved the Cube for the first time in her life. That experience made her think that the Cube could be a source of inspiration for her math classes. She then found more interesting material at the site, youcandothecube.com, that helped her set up a curriculum based on the Cube.
Apparently Ms. Truong’s Rubik’s Cube curriculum for algebra class was a hit immediately with both administrators and students. The principal had this to say about this new initiative: This is the first real student initiative at the school. The students took one small idea and developed it into an extraordinary competition. I am impressed by the momentum that it has gained the last three weeks. One thing that stood out is this young man, Steven, who for most of the year was a truant and yet is here to help organize the event. Congratulations to the Rubik’s Cube Club.
Congratulations to Ms. Truong for her extraordinary commitment to her students math education and the same to her principal for his ability to allow a new, untested initiative to survive long enough to prove its worth. We hope the kids at East Harlem High realize how lucky they are to have teachers like these!
Although Aldebaran’s robot NAO is far and away the most popular anthropomorphic robot used in education, there are still too few of them to go around. As yet, school systems are more interested in getting a tablet into every child’s hand rather than a robot. A shame it can’t be both as there is recent evidence out of the Robotics project of Carnegie Mellon University that suggests that kids are beginning to view the computer as a bit passé and computer programming downright boring. But few school systems have the bucks for both.
Realizing this, Murray State's Kentucky Academy of Technology Education has created a program for schools that meets both the NAO shortage and the developing engagement deficit head on. Accepting reality as in “If the mountain won't come to Muhammad then Muhammad must go to the mountain," Murray State overcame the NAO shortage by creating a virtual NAO simulacrum that behaves exactly as the actual NAO when kids program it on their too-familiar computer screens or tablets.
Programming with tools as fun and easy as drag-and-drop and as detailed as C++ and Python, the young students get to watch the NAO simulacrum behave as they program its actions on screen. Later, when one of the few actual NAOs in that school system is available at their school and in their classroom, they can use that very same program to animate it. This process seems to work wonders as area educators report that students that once held back are now stepping out as leaders and 80% of the kids that take the course are reportedly inspired to take more STEM courses.
Robots like NAO inspire kids to take more STEM courses because they keep them engaged as no other teaching tool can. Kids watching them behave at their behest suddenly find themselves feeling as if the math that up to now they never found relevant has suddenly come alive.
We here at RobotsLAB provide NAO and a number of other anthropomorphic robots like BIOLOID and DARwin-OP--along with their included curricula-- that can keep a classroom full of otherwise easily-distracted kids interested in math for an entire class period--and beyond.
We are very pleased to announce today that the NAO robot from Aldebaran Robotics has two new homes: behind the wheel of a BMW Z4 electric car, and exclusively available only from RobotsLAB.
The stylish BMW Z4 is now part of the broad STEM curriculum services available from RobotsLAB as well for developers. The NAO + Car will be offered by RobotsLAB as part of our STEM-U program; a holistic and revolutionary curriculum for STEM subjects from pre-K to higher education that makes use of robots and other visual tools. Under the STEM-U umbrella, we now offer standards-aligned curricula using drones, rovers, robots, Cubelets, 3D printers, and even basketballs. All part of our mission to assist teachers and better engage students using the most innovative tools available to twenty-first century educators.
At the risk of exposing my lack of poetic ability, Robots are the new cool,/ and a soon to be/ indispensable teaching tool! Let me explain...
No one questions the commitment of the young to new technology. They take to it like fish to water or birds to the air. Why then, is there such a lack of interest in computer programing among these young tech user in high school and college? Kids that spend every free moment on the Internet still avoid learning the very disciplines that underlie this technology. The answer, according to Tom Lauwers, member of the CSBOTS project for introducing robot programming at the Robotics institute of Carnegie Mellon University, is simply that “many students find the initial work very boring.”
The people behind CSBOTS at Carnegie Mellon believe that many students find programming computers boring. Robots, on the other hand, are cool and programming them is fun. Students develop the same skills programming a cool robot as a boring computer. This situation is analogous to an earlier age with the internal-combustion engine and its most popular embodiment, the automobile: everyone drove, but fewer wanted to look under the hood and even fewer troubled themselves with the underlying physics.
The automobile is still around, of course, but the human hand and brawn have been replaced on the assembly line with...you guessed it, Robots! Robots in Israel are saving lives in ruined buildings; robots are under construction that can take the place of men in combat situations and the sky is filled with robotic flying machines, drones. Robots like RobotsLAB’s NAO are even edging into the sports field with the hope of beating a human team at soccer in a generation or two. At the moment NAO isn’t much of a threat to Lionel Messi, but it is ready for prime time in the educational arena.
In fact, NAO in education is the very embodiment of the “cool” educational robot with which Carnegie Mellon hopes to inspire a love of STEM learning and programming in more students entering college. In addition, RobotsLAB’s NAO is coupled with a curriculum that allows students to develop a structured approach to finding solutions while keeping those students interested and engaged in learning skills that will be needed in the future to secure jobs in the STEM field.
And NAO isn’t the only “cool” robot digital teaching assistant here at RobotsLAB that can help teachers keep kids engaged while learning the STEM disciplines. There’s MATHBALL, a robot in the shape of a basketball that was originally designed to help professional basketball players perfect their scoring shots and will now teach kids about parabolas in a way they will never forget. There’s the RobotsLAB BOX with several robots including AR DRONE to show kids how important math can be in their real lives. There’s BIOLOID to help teachers explain the relevance of STEM and for the younger set there’s CUBELETS for building simple robots that don’t need programing to keep them interested. Take a look at our site for more information--and less poetry.
There is plenty of educational technology out there waiting for educators and teachers to use in their schools. And RobotsLAB provides some of the best with its engaging BOX, MathBALL, MAKERBOT 3D printers and anthropomorphic robots like NAO, BIOLOID and DARwin OP. But according to many educators, much as they would like to see more edtech, getting their school systems to accept it is not an easy matter.
Lack of money is one of the first problems that teachers say they run into when they try to upgrade classroom technology. They have a point: some technology, like providing every student with a tablet, costs a financially challenged school district many hundreds of thousands of dollars. But providing every student with a new gadget isn’t the only way to get edtech into schools. Believe it or not there is a lot of free stuff out there that can engage an entire class with only a nominal original outlay.
Scratch, the programming language for example, can teach kids about coding using the computers most (I would hope all) school districts already have. With a single low-priced 3-D printer in the classroom (MAKERBOT 3D printer sells for less than two grand) teachers have a tool that will bring kids into contact with the new manufacturing technology considered by many, including President Obama, as the new revolution in technology. With the 3D printer in hand, teachers can turn to such online repositories as Thingiverse for thousands of free, interesting and engaging 3D templates. For more free edtech ideas try Googling the phrase free edtech. If your school district is having trouble coming up with even the nominal costs like a few 3D printers or a RobotsLAB BOX or two, consider government or private grants. You’ll be amazed at the number of grants available for educational technology if you Google the phrase educational technology grants.
Of course lack of funds is not the only impediment to getting new educational technology into schools. Schools, like all institutions, struggle with change. Educator and edtech blogger Dr. Justin Tarte has what he calls 10 tips for starting a technology revolution that might prove useful for those of you out there who are determined to upgrade the level of tech in your schools.
1 - Make sure the administration is on board…
2 - Lay the groundwork and foundation by asking simple questions… (find out what what level your colleagues are in this revolution you hope to start)
3 - Some educators will be advanced...but most will not be - GO SLOW…
4 - Do not drown your fellow educators with too much too soon…
5 - Support and encourage your shining stars…
6 - Use the largest, loudest, and most listened to group in the school - the students…
7 - Get constant feedback from your colleagues…
8 - Offer your time to help others (off the clock)...
9 - Help make technology and social media applicable to their class / content area...
10 - When you get discouraged, don't - the revolution will be long and hard…
“Klaatu Barada Nikto,” that’s robot talk for...well, several things, including “don’t destroy the Earth” (I’m paraphrasing here, but that is a line from the 1950 Sci-Fi thriller, The Day the Earth Stood Still). It seems that GORT, a huge and immensely powerful robot has been brought to Earth to teach mankind a lesson; i.e., “either quit fighting among yourselves or I am going to get rid of you all before you become a danger to other planets.” And only moments before he teaches mankind that violent lesson, along comes Helen Benson, played by Patricia Neal, who utters the fail-safe phrase that began this paragraph and ends GORT’s rampage.
Fortunately, NAO, today’s premier teaching-robot, responds to English--as well as French, Japanese and most other languages. And while GORT had a bad attitude and stood fifty-plus feet tall, NAO stands less than four feet and is so unthreatening that he is welcomed as a friend and teacher by autistic children. NAO has one other advantage over GORT: there’s a lot more of them; in fact, NAO is by far the most popular robot for educational purposes.
In spite of NAO’s small size, he is of immense value to education. No STEM learning academy is more aware of that than techJOYnt in Oklahoma, City. In the movie, GORT pretty much stayed in one place while he decided what to do; NAO, part of techJOynt’s mobile STEM lab, teaches mankind all over Oklahoma City, from Rockwell Plaza to satellite campuses at Oklahoma City Community College. He is part of the techJOYnt’s Humanoid Robotics course. He helps students study Node and Python programming using touch and motion sensors; and as as mentioned earlier NAO also helps autistic students communicate.
One thing both GORT and NAO have in common is their ability to engage students. Kids love robots. Can’t keep their eyes or their hands off them. That’s why we at RobotsLAB are so pleased to partner with techJOYnt in seeking to put even more of them into schools.
GORT’s presence was enough to get an important lesson across to mankind (a lesson, I might add, that recent news indicates we didn’t learn very well). NAO’s presence is less imposing and the curriculum more varied. According to Ray Shaik, President and CEO of techJOYnT, “By using the NAO robot in class, students connect theory and practice, develop teamwork and communication skills, and gain a higher level of motivation and interest in technical career paths.” We earthlings have every reason to hope that the results will be more lasting.
NAO, the small but mighty anthropomorphic robot manufactured by the French company Aldebaran, is evolving. Already the planet’s most acclaimed fully programmable, autonomous robot for education and research with over 5000 operating in more than seventy countries; NAO EVOLUTION, the new generation, sports several advancements over its successful predecessor.
Dr. Keith Devlin (the NPR Math Guy and Stanford Mathematician) believes that anyone can become proficient in math if it is taught in a way that makes it relevant to them, and a perfect way to teach math to middle-school kids is with video games. He’s putting his money where his mouth is by starting his own video game company, InnerTube Games. According to InnerTube Games, the company doesn’t just build video games to teach mathematics, instead they build ‘instruments’ which are designed to be played; and playing with these instruments teaches the players mathematics. A bit like learning about music while playing the piano.
Wuzzit Trouble, the first game developed by InnerTube games, came out late last year. Wuzzits are imaginary little beings that look like tailless squirrels with a proclivity for getting trapped in cages in dark castles. It’s up to the player to get them out of these cages with keys found by answering puzzles. That’s one level of the game. At another level the game is a device for acquainting kids with the mathematical concept of integer partitions. Integer partitions are whole numbers expressed as a sum of other whole numbers. The whole number 4, for example can be expressed in five different ways: 4, 2+2, 3+1, 2+1+1 and 1+1+1+1.
I’ve never thought of Vermont as “poor and rural” inspite of the image I had of it as nothing but forests and maple syrup farms--or whatever they call them ... maple groves, maybe? So I was surprised to read about one school superintendent’s difficulty in upgrading the public schools in his district: Ned Kirsch, superintendent at Franklin West Supervisory Union (FWSU) in the small town of Georgia, Vt., population 4300.
He says that upon his arrival in Georgia, he was pleased with the schools that he found. The problems in the schools were not with the “hard-working teachers, committed administrators, and 2,000 excited students;” instead, those excited students needed a connection to the technological world outside Northern Vermont.
This book, Playing to Win: Gamification and Serious Games in Organizational Learning by ASTD Research, claims to be the result of rigorous research into the value of gamification as an aid to learning. Gamification, for those of you for whom the word isn’t instantly definable, is the use of games in a non-game context to engage and encourage users to solve problems. It's a new paradigm in learning made more possible by recent technological advancements.
The book’s author, ASTD Research, is introduced by Wikipedia as “The Association for Talent Development (ATD), formerly American Society for Training & Development (ASTD)... a non-profit association for workplace learning and performance professionals.” It was formed in 1944. On its website ASTD claims the following for its research: “... an empirical foundation for today's data-driven decision-makers, containing both quantitative and qualitative analysis about organizational learning, human capital management, training, and performance.”
Oakland CA schools have a problem trying to teach their academically diverse student body. Kilian Betlach, the principal of Oakland’s Elmhurst Community Prep says that while one third of Elmhurst’s kids are at grade level in reading and math, the remaining two thirds are from one to four years behind. No doubt Principal Betlach’s school shares the same problem with many inner-city, high-poverty middle schools.
The question of how best to address this problem is complicated by lack of staff and lack of funds -- another common problem with inner-city schools. With too few teachers, how can they keep the slower learners from falling farther behind without denying faster learners the time they deserve and thereby cheating them all of a decent education? Unfortunately the answer to this problem is not to be found in the old factory model of education most of us grew up with.
This shouldn't come as a surprise, but after three months off in the summer most kids return in September at a lower learning level than when they departed: A whole month behind, according to Catherine Augustine a senior policy researcher at the RAND Corporation who has studied summer learning loss. Apparently a majority of children come back behind in math, whereas fewer are left behind in reading. This step backward is most obvious with children in low income neighborhoods where they might have less access to libraries and books in the home.
Over the years educators have promoted various changes in the educational system they thought might go a long way toward cutting back this deficit. School year-round was one idea; a marginally longer school year was another. The year-round idea apparently wasn’t anywhere near as effective as its proponents had hoped: studies still showed a deficit of one month or so at the beginning of the next year. It didn’t make much sense fiscally, and it surely ruined a lot of family summer vacations. Extending the school year made better financial sense but didn’t work all that well in some countries that had tried it, and Canadian schools showed better than the U.S. on the tests while only holding the kids in for three more days during the year.
We’ve all heard the old saw “the quickest way to a man’s heart is through his stomach.” I can’t say I put much stock in that one, but I’ve heard that the “quickest way to get a kid’s interest is with an ice cream cone” -- I believe that one based on my own experience an impossibly long time ago.
Therefore it didn’t surprise me at all to hear that the fine institution of the Massachusetts Institute of Technology was experimenting with producing ice cream with a 3D printer in hope of drawing kids' interest to the technology. It apparently started one semester when Professor John Hart’s class in additive manufacturing printed 600 ice cream spoons. Additive manufacturing, by the way, is considered by many including President Obama to be the new revolution in manufacturing. Instead of forming things in molds or by punching, pressing and whittling them down on tool and die machines, additive manufacturing builds things up nature's way, one layer at a time.
Kaplan, Inc., the global education company and largest subsidiary of the Graham Holdings Company (NYSE: GHC), and Techstars, the global startup accelerator, announced today the 12 education-technology startups selected to participate in the Kaplan EdTech Accelerator, powered by Techstars, their three-month immersive mentorship and business development program beginning today in New York City.
When computers first burst into the classroom back in the late eighties and nineties, most teachers were nonplussed by a new technology they had hardly been aware of, much less trained for. They stared at these new machines and wondered what were they supposed to do with them. A lifetime of teaching couldn’t provide them with a clue and what they were hearing from their administrators only added to the confusion. As a result some retired rather than deal with the newfangled things and some simply set them on their desks and ignored them.
The majority, thankfully, buckled down and decided to find out how these things worked and how they could be made to serve their students. Of course one of the first things they discovered was that the students either already knew how to use the darn things or were capable of learning to use them faster than their teachers … and teachers are still playing catch up with their students with each new technological arrival.
Conveying to kids the idea that math plays an important part in their lives is, as any math teacher can tell you, one of the most difficult things about teaching math. The blackboard, the book and rote memorization were for years the only tools math teachers had; that, and the hope that they were getting it across. As most of us are aware, for the great majority of kids over the years it wasn’t enough.
In an earlier post (Professional Development Tips) we discussed professional development courses for teachers as presented by noted educational consultant Tom Daccord of learning consultancy EdTech Teacher. Mr Daccord offered six tips that he believed would improve teacher professional development courses leading, of course, to improved teacher classroom effectiveness.
One point he made that we found particularly arresting was his insistence that it was no longer necessary or even wise for teachers to attempt to understand the “nuts and bolts of technology” when dealing with new tech teaching aids. Learning how to operate the new technology, something that students seemed to be able to do almost instinctively, was not as important as having a plan that would insure that these new tools were applied effectively in the classroom. Good pedagogy was to be preferred over technical proficiency. What adult, after all, can move his thumbs as fast as a teenager?
That math and music are closely related has been known forever. Music symbols (not cymbals) read like strangely designed math symbols -- or maybe the other way around depending on your orientation. A musical piece divides into measures and bars, which are further delineated by beats, and fractions are used to indicate the length of individual notes. What isn’t as well known is the relationship between math and the graphic arts. That math can be beautiful...
Louisiana math teachers are stepping up their efforts to make teaching their discipline special. These are not your father’s math teachers. Nineteen of these new model teachers, five from Lafayette Parish middle school and fourteen others enrolled in UL-Lafayette’s Louisiana Mathematics Masters in the Middle program, a graduate course funded by a $1.8 million grant from the National Science Foundation, recently took math off the blackboard and out of the classroom to an Olympic-themed summer math camp held at J. Wallace James Elementary School, Scott La.
Lasting ten days and hosting more than 40 gifted students from at-risk Lafayette schools, this is a great example of a university and neighboring elementary schools cooperating in bringing fun -- that’s right, FUN -- the newest paradigm in math instruction, to students. Instead of learning math procedures by rote, these young people had a chance to see how math can be relevant to their lives and, yes, fun!