This interactive webinar immerses participants in a hands-on an energy engineering lesson that explores how solar panel angle affects electrical output and system performance. Using the Flinn Scientific Solar-Powered Cars Kit and digital multimeters, students collect real electrical data, build and test a functional solar car, and optimize its design using the same measurement tools employed by solar industry professionals.
The lesson emphasizes authentic experimental design by isolating a single variable—solar panel angle—allowing students to measure open-circuit and under-load voltage, graph results, and analyze how energy output changes with orientation to the sun. Participants will see how multimeter integration strengthens both conceptual understanding of solar energy systems and connections to careers in electrical engineering, solar technology, and energy auditing.
Aligned with NGSS energy standards, this high-engagement lesson culminates in evidence-based design decisions supported through Claim-Evidence-Reasoning (CER) writing. Attendees will leave with a classroom-ready activity that builds data collection and graphing skills, confidence using industry tools, and student interest in renewable energy careers—while delivering immediate, visible results that keep students engaged.
Presenter: Jennifer Langston, Science Educator
This is part of the CRATE Innovation series and runs approximately 30 minutes.
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