From chemical safety to humidity control, this step-by-step guide covers everything you need to safely close down a science or STEAM classroom for the summer.
When students actively work through a challenging problem or idea, they see that learning is a process and that success doesn’t always come on the first try.
When women in STEM were underrepresented, Agent Dana Scully provided girls with a bright, skeptical, and self-reliant role model.
By incorporating space exploration into the classroom, we ignite curiosity and help students realize that the possibilities are endless.
Hear from Amy Nakamoto, EVP of Marketing at Discovery Education, and Margaret Black, Co-Founder of IF/THEN, on linking STEM careers to classrooms.
Join us as we discover the surprising similarities between Santa’s workshop and your school’s science lab, from innovative tools to creative problem-solving.
Achieving absolute chemical safety is not feasible, but we can create a SAFER environment by minimizing risks through informed practices and strong protocols.
Safety is a necessity due to the inherent hazards and resulting risks found in STEAM programs. Knowing what to recognize is central to making your rooms safer.
By prioritizing safety standards and best practices in STEAM, educators can create a learning environment that promotes engagement, innovation, and well-being.
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