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Research and Development in Honda’s Infotainment Division - Developed an in-house vehicle cluster testing tool to simulate real world situations. - Using CAN Bus protocol, developed a command line tool for in-vehicle testing. - Created a user manual with the tested CAN Bus commands and implementations for use with future projects. - Designed and built a custom radio frequency testing board for an external team. - Created clear and concise documentation for all projects and presented on progress and results in weekly meetings- Was included in a 2018 Honda Fit promo video! (see link)

Arm Position Recognition Project (2nd Term) - Performed analysis on motion-capture data, using Principle Component Analysis to reduce dimensionality and determine feature selection. - Trained a categorical neural network in MATLAB used for real time arm position recognition. - Using the developed pose recognition algorithm and sensory input, designed and implemented a proof of concept wearable to detect arm position and provide haptic feedback to the user. Inductive Charging Project (1st Term) - Designed a custom Bluetooth Low Energy Profile for use with custom wireless charging hardware. - Increased charging efficiency by developing a script to find the optimal operational voltage and frequency. - Reported on performance and efficiency, providing recommendations to the hardware teams on how to best implement wireless charging solutions.

- Taught HTML, CSS, and JavaScript to teens. - Designed fun lesson plans to engage students and help develop an interest in computer science. - Practiced quick trouble shooting, attention to detail, and strong leadership.