Mini Grand Prix
Students will build a car using recyclable materials (or RAFT kits), trace the energy transformations happening in the process, and race them!
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Students will build a car using recyclable materials (or RAFT kits), trace the energy transformations happening in the process, and race them!
In this lesson, students will predict and develop understandings of common myths related to electric vehicles through an interactive slide deck. They will create a social media post dispelling one of these myths.
Students will design their own summer road trip including the electric vehicle that they will drive, the distance between charges, charging locations, and overall cost.
Students investigate engineering responsibilities, types, and soft skills through hands-on activities, card sorting, and concept mapping, then connect their own skills and interests to potential career paths.
At the Shaqfeh Lab, I worked on creating a robot that could easily move through non newtonian fluid. A non newtonian fluid is any type of fluid (gas or liquid) that does not behave like water, i.e. corn syrup, synovial fluid, molasses.
Students will sequence historical modes of transportation in chronological order, determine how they function, and identify efficiencies and challenges.
Students will learn the lifecycle of a semiconductor, from a silicon ingot to a microchip that can be installed in a complex electronic device.
Human influences, explanations, and possible solutions to ocean acidification’s impact on coral reefs are explored and presented through an interactive poster where students program their tangible posters with a microcontroller/Scratch.
This ETP outlines a three-day lesson, consisting of one 55-minute and two 102-minute block periods, centered around the analysis of audio data.
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