No teacher can do it all.
Running a classroom, delivering instruction, and giving timely feedback are huge tasks by themselves. The good news is that responsibility for learning doesn’t have to fall solely on the teacher’s shoulders. This responsibility can be shared with students through collaborative technology. In fact, the outcomes are better if the teacher is willing to adopt collaborative technology in the classroom.
Many teachers have already adopted a collaborative technology approach in their classrooms. They’ve been willing to step away from center stage and let their students take on more responsibility for their learning.
You can bring collaborative technology into your classroom if you are willing to help your students envision, explore, and enrich.
Many students struggle in STEM-related subjects: science, technology, engineering, and math. Struggling in science can be disheartening for students, their parents, and their teachers. As students increase in grade level, the emphasis placed on science in the public-school system increases, leaving many students feeling as though they will never catch up. Here, we provide some science intervention strategies to help students reach grade-level standards and accomplish their goals.
Remote teaching has brought profound changes. I went through a grieving process for what my classroom once had been and for what it felt like to be in a room with students and interact with them so easily. But as I made my way through that grief, after a month or two I began to find some hope. I realized that there are lots of lessons to be learned from this time of distance learning. When we can be in person again, there are some practices that will carry with me because I discovered they actually work better:
Distance learning started as an emergency, but teachers are finding ways to make it better, even for students working on smartphones.
The coronavirus as a teachable moment? Yes, indeed. Many NEA members are integrating the pandemic into their lesson plans—using students’ natural curiosity about what’s happening in the world around them to deepen their understanding of critical, timely concepts in science, history, journalism, and more.
If you’re concerned that STEM is taking up too much classroom time, consider this: STEM permeates the curriculum in ways subjects taught in isolation can’t. STEM also teaches the skills students need for success beyond their formal education.
Teachers know that they have to take advantage of every minute of instructional time they can get with students. STEM programs, with their integrated lessons, seem to usurp a considerable amount of instructional time. That can lead to arguments about pulling kids away from traditional subjects like science and math.
However, STEM offers students experiences they can’t get in traditional classrooms. STEM integrates learning through interdisciplinary studies. It affords the application of 21st-century learning skills. And finally, STEM teaches resilience.
The numbers for autism are staggering:
1.8 million cases of autism in the U.S.
1 case diagnosed every 20 minutes
24,000 new cases diagnosed in the U.S. every year.
Lifetime care for an autistic person: $3.2 million.
Autism care costs annually in U.S.: $35 billion.
Bonnie Gamane speaks wistfully as she recalls the day last year when a robot named Millennia visited the school she administers. What she saw were children with autism interacting with the robot in a way they never had before interacted with humans.
So much of our everyday lives and routine has been turned upside down thanks to the COVID-19 pandemic, as parents and kids alike have found themselves on a remote learning adventure with nationwide school closures. While the move to eLearning has made our children and others safer from the virus, it has also resulted in plenty of frustration and possibly even left your kids feeling discouraged about learning.
Considering how quickly teachers and schools had to move their lessons to an online format, it’s understandable that things are running a little differently, and not without its hiccups. STEM subjects can be particularly tricky as most parents don’t have the kind of materials, knowledge, and tools necessary to make it as exciting as the teacher could. Kids are also having to learn very quickly how to work successfully as a remote student.
With all of that in mind, keeping our kids excited about learning while at home will take some extra, but simple tips and tricks.
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.
Critical thinking and problem-solving skills are essential to success at university and in later life. However, the traditional classroom model has done a poor job of imparting these skills to students. The way children have learned in the classroom for generations has focused on lectures and worksheets. Past generations would depend on group sports, clubs and teenage jobs to impart these vital skills onto students.
However, new ideas suggest that robotics may hold the key to teaching problem-solving skills to students. Using robots to teach real-world skills may be a strange concept, but is it worth exploring? We think so and here’s why.