I know I’m not alone when I envisioned a future in robotics as Rosie the robot maid on The Jetsons wheeling around dusting my furniture. When I began to see the trends in education to include more robotics and coding, I thought, “Yes! I can have my own Rosie or R2D2!” But that is a simplified vision of what robotics learning, and other advanced tech such as 3D printers, can offer. Educators who were already incorporating robotics and 3D printing could see the benefit these innovations had on their students’ learning – increased engagement, improved critical thinking skills, and enhanced conversation and collaboration in the classroom.
When news of the coronavirus pandemic started to hit close to home (in the U.S.), it became clear that acquiring face masks and shields was a challenge. In many areas, personal protective equipment, or PPE, were in short supply. It was vital that our frontline workers had the protection they needed to keep themselves and their patients safe. In addition, safety was an issue for daily activity by ordinary citizens.
You may have seen media stories of the air being clearer since stay-at-home directives have been implemented in different areas of the world (Los Angeles, India). NASA satellite data actually shows a 30-percent decrease in air pollution over the northeast United States (click on the link to view slider image: Drop in Air Pollution). What does this all mean for our climate? How are your children and/or students reacting to the changes? Do they realize there are changes at all? This may be an opportune time to include climate change into your instructional plan, especially with the focus of Earth Day 2020 being climate action. So how can you do it? Here are 7 ideas to try:
We’re a couple of weeks into spring and most of us are hunkered down at home, trying to create fun learning experiences for our children and/or students. With limited access to science kits, labs, and high tech tools, what can be used at home to boost STEAM (science, technology, engineering, art, and math) learning? Here’s a list of our favorite 10:
There are initiatives all across the country in the field of education and in industry that encourage girls to consider joining STEM-related occupations as adults. This is a great idea as a female perspective is highly valuable in these areas. The question is, how do we support young girls to make this happen?
In part one of the CTE overview, we provided a short history of career and technical education along with some examples of pros and cons for students and schools when it comes to implementing CTE courses. The real power of CTE, in my opinion, comes when career preparation and college preparation are not independent, but when they work in conjunction with one another.
With the current trends of makerspaces and technology-rich classrooms being so popular, many teachers are looking to further engage students with 3D printers. This technology is cool and innovative, but teachers may have questions about how it will actually work in the classroom.
STEM learning is at the forefront of education today—and it shows no signs of slowing down. The focus on STEM subjects (science, technology, engineering, and math) is a necessity in order for Americans to be competitive in the job market in future years. Careers in these fields will continue to grow, so it's imperative that we make STEM a priority for today's students in order to prepare them for the jobs of tomorrow.
Now that spring has sprung, it’s the perfect time to get outside and try some fun educational activities. Science, technology, engineering, art, and math—collectively known as STEAM—are at the forefront in education today, and can sometimes be overwhelming when trying to figure out ways to implement these concepts.
But it doesn’t have to be! Here are six fun ideas for STEAM activities this spring:
Career growth in STEM fields (science, technology, engineering, and math) shows no sign of slowing down, so how do we ensure that today’s students are ready for the jobs of tomorrow? By incorporating STEM learning into the classroom, we can give our students the tools they need to succeed in the future—and spark interest in these fields.