One of the best ways to get pupils interested in school to construct learning experiences that are additively engaging, challenging, and fun. When students enjoy the process of experimenting with a concept and develop the desire to habitually ask, “Hey, why does this happen?” they’re on their way to self-motivated lifelong learning. Good teachers do all they can to inspire, incite, and engineer such outcomes.
For example, dedicated Science teachers know that their learners need multiple pathways to understanding. As such, instructors can give students opportunities to play around with tools such a Sodaconstructor, an interactive tool that simulates the use and behaviors of masses and springs. Why is this good? Here are a few reasons:
- For starters, the resource is intriguing. Once people see it, they want to play with it over and over again.
- The wow factor in Sodaconstructor naturally generates a great deal of critical, higher level-thinking that’s needed for comprehending the application of the Scientific Method. When students create interactive objects that move about as a result of masses and springs, budding engineers have an opportunity to adjust variables such as gravity, friction, and speed adnd hypothesize what should or will happen nezt.
- Next, Sodaconstructor is accessible anywhere there’s an internet connection. Think 21st Century learning–anywhere, any time.
- Finally, it’s free!
The best way to appreciate the power in Sodaconstructor is to give it a try. What are you waiting for?
