Throughout the day, educators experienced science lessons as their students would, collaborated with university faculty and provided feedback on the curriculum. The workshop introduced educators to curriculum modules developed through Anderson’s National Science Foundation-funded research, which translates university research into engaging, classroom-ready lessons that encourage new approaches to teaching biology, physics, engineering and physical science. At a later date, the curriculum will be made freely available to educators statewide.

“We want to communicate in a way that engages students and keeps them interested and learning,” Anderson said.

During the workshop, doctoral students introduced the visiting educators to two chameleons, a common species from Hawaii and a South African dwarf chameleon.

A green chameleon rests on a person’s arm beside a digital wristwatch, with the person wearing a dark jacket.

Anderson and his graduate students utilize high speed cameras while feeding the reptiles. By analyzing these recordings, the researchers develop new knowledge about their tongue muscles, hydration methods, bite force and skin structures. “They have such unique and accentuated features that really make them interesting to learn about,” he said.

After hearing Anderson’s research presentation, educators participated in hands-on examples of student lessons such as using springs, string and cat toys to replicate the mechanics of a chameleon’s tongue and measure the efficacy of its catch.

The research goal is to find teaching systems that are exciting, appealing and visually interesting for students, as well as increase student engagement from elementary school to graduate work. By bringing a subject that seems exotic and untouchable to the classroom, educators can expose rural students to the research taking place close to home and spark the initial interest that may flourish into a lifelong passion for STEM.

Associate Professor of Biology Christopher Anderson, Ph.D., stands in front of the STEM workshop participants, pointing toward a whiteboard.

Hands-on experiments encourage students to collaborate and explore instead of seeking one “correct” answer while teaching them to make and develop useful observations. Classroom experiments with the scientific method also prepare students for collegiate scientific research and a lifetime of real-world problem solving.

“It’s not just something that’s theoretical, that’s just happening somewhere out there in the ether. This is something that’s happening in South Dakota, and the students can know it’s happening in the real world,” said Anne Lewis, the executive director of the SDDC.

One educator attending shared that she enjoys teaching novel subjects like live animals because she gets to serve as a physical bridge between students and the subject. At the end of the day, educators took home kits of materials so they could recreate the experiment with their students, creating a direct link between university research and classroom activities.

By connecting cutting-edge university research with classroom instruction, the workshop demonstrated USD's commitment to supporting educators through continuing education, collaboration and faculty expertise while expanding STEM learning opportunities for students across South Dakota.

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