I am a sophomore majoring in both Electrical and Computer Engineering as well as Computer Science at Duke University
Designed test methods for product validation
Collected and analyzed data to aid in roduct development
Manufactured parts on the micron scale to the meter scale
Designed many test methods to evaluate catheter efficacy. Designed manufacturing processes and manufactured catheter components with techniques such as balloon blowing and laser bonding. Designed scripts for testing equipment such as Crescent Design's HBLT and Keyence Systems.
Designed and built new data analysis software for the dynamometer using Python and Raspberry Pi. Designed and manufactured a turbo exhaust system for the Duke Motorsports 2022 vehicle. Evaluated designs of various components using Solidworks FEA.
Pursuing a BSE in Electrical and Computer Engineering, and a BS in Computer Science. Relevant coursework includes: Computer Architecture, Systems and Signals, Data Structures and Algorithms, Matricies and Vectors, and Multivariable Calculus
High School Diploma. Pursued an immersion program resulting in bilingual status in French.
Last Friday, I finished up my 12 week internship program with the great team at Switchback Medical. I am grateful for the opportunity to work on some exciting projects, and for the mentorship from my team, especially Curtis Goreham-Voss who I worked closely with on developing testing methods for our product. It has been a fantastic experience and solidified my passion for design and desire to be an engineer. I am looking forward to continuing my studies into electrical engineering at Duke this fall.
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