As with the selection of any edtech tool, it is important not to get carried away with the technology and to forget about how the tool will support teaching and learning in the classroom. Here are some questions to consider when choosing edtech assessment tools for your classroom.
C3PO from “Star Wars.” HAL from “2001: A Space Odyssey.” “The Terminator.” And now Apple’s SIRI and Amazon’s Alexa. Artificial Intelligence has always been part of our collective imagination. But it’s now becoming part of our everyday lives.
Experts think artificial intelligence could help people do all sorts of things over the next couple of decades: power self-driving cars, cure cancer, and yes, transform K-12 education.
Technology is changing the way people do things in every part of the world, and the sector continues to expand. What are schools doing to prepare the next generation for the future?
The truth is that educational institutions are already doing a great deal of work in this area. In fact, everything we see today in robotics can trace its origins to research, and an academic paradigm that brought on board policymakers, scientists, and governments.
Now, teaching robotics in school is becoming an increasingly indispensable part of the curriculum.
But first things first…
STEM is a vital field of study. The world has always needed engineers and scientists, and as technology becomes a more prominent part of daily life, these occupations will be all the more crucial.
A well-rounded science and engineering education is an invaluable tool for the workforce of tomorrow. STEM jobs are growing at a faster rate than the national average and typically pay more as well. To capitalize on these opportunities, students need to start learning STEM tools while they're young.
Higher education will equip students with the tools to succeed in STEM, but to make the most of it, they need to learn some things early on. One of the most valuable skills for young students to learn is PCB design. Learning circuit board design at a young age can provide students with a variety of essential engineering skills and knowledge.
Whether you're heading out on the road for spring break or taking it easy at home, incorporating a little STEM fun can help keep your child's creativity flowing during the week off.
To get you and your family started, we've rounded up a variety of spring break STEM activities that are easy, educational, and inspiring! Choose one or try them all, and show your child just how exciting and open-ended STEM fields can be. They'll discover fundamental skills and concepts that will stick with them long after spring break ends. How's that for a productive spring break?
There’s no doubt that education innovation is a pressing issue in our country today. As societal needs continue to evolve, educational reform should follow in order to meet those needs. One of the most impactful ways to respond to the evolution of needs is education innovation, and there is a way to do it.
Science is often considered a male-dominated field. In fact, according to United Nations data, less than 30% of scientific researchers worldwide are women.
Studies have shown that women are discouraged from, or become less interested in, entering the fields of science, technology, engineering and math (STEM) beginning at a young age. And according to the Pew Research Center, women remain underrepresented in engineering, computer science and physical science.
But despite challenges of gender discrimination and lack of recognition in the scientific community, countless inspiring women in these fields have made historic contributions to science and helped advance understanding of the world around us.
Many were not recognized in their own lifetimes, but their achievements have helped generations of female scientists to come. We all learned about Marie Curie and Jane Goodall, but here are 10 more women in science you should know.
As we sail through the 21st century, technology in the classroom is becoming more and more predominant. Tablets are replacing our textbooks, and we can research just about anything that we want to on our smartphones. Social media has become commonplace, and the way we use technology has completely transformed the way we live our lives.
Educators, too, have seen firsthand the benefits of technology in the classroom. They also recognize the importance of developing these technological skills in students so they will be prepared to enter the workforce once they complete their schooling.
Teachers are a huge influence on a student’s choice of subject matter or their decision to pursue a STEM career. The evidence from the ICM-S survey suggests that students’ decisions to study STEM in college can be directly influenced by classroom instruction and teacher advising. However, student motivation can be a huge problem for even the best of teachers. But teachers also face a lot of challenges when it comes to STEM education.
Here are the top challenges that most teachers face and a few suggestions for how to tackle them.
Makerspace is a rapidly growing trend in schools across the country, but to be honest, I’ve never implemented one myself, and I can’t quite picture the logistics of orchestrating a Makerspace. How do kids know what to do? How can you find out what they’re learning? How do you make time for that with all the other tasks crammed into the school day? And how do you keep the Makerspace from turning into a chaotic mess?