MIT Maker Portfolio [Accepted EA into Class of 2022]


Summary

The video showcases a hands-on project of building a wind tunnel to enhance gas mileage in a truck by testing different drag scenarios. The speaker shares their journey in developing a parabolic dish antenna for energy and a helical antenna for signal analysis. They delve into using signal analyzers and software-defined radios for drone geo-location, along with overcoming challenges like distortion with different antenna systems.The speaker also touches upon a unique project involving a hamster ball and convincing their AP chemistry teacher to join physics boat races, showcasing a blend of creativity and technical skills in their endeavors.


Building a Wind Tunnel for Improved Gas Mileage

The speaker talks about building a wind tunnel to test different drag and increase gas mileage on their dad's old truck.

Developing Parabolic and Helical Antennas

Discussion on developing a parabolic dish antenna for energy and a helical antenna for directional signal analysis.

Learning About Signal Analyzers and Software-Defined Radios

Experience with signal analyzers, software-defined radios, and using them to geo-locate a drone.

Building a Hamster Ball Supposed to Work

The speaker's project involving building a hamster ball that was intended to work but had some issues.

Persuading Teacher for Physics Boat Races

Convincing the AP chemistry teacher to participate in physics boat races despite stealing Wi-Fi for a helical antenna system project.

Challenges with Antenna Type and Wind Distortion

Dealing with distortion problems with a patch antenna and a parabolic dish in the wind.

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