As the Lead of the Electronic Subsystem for my Capstone Project, I designed and implemented the electronics and control system for a handheld, humane insect capture device. I programmed an Arduino Pro Mini to regulate the fan’s duty cycle for variable speed control and integrated key components, including an on-off button and a rechargeable lithium-ion battery for portability. I collaborated with my team to ensure seamless integration of mechanical and electrical systems, optimizing both functionality and user experience. My role required a combination of embedded programming, circuit design, and mechanical integration, contributing to a versatile and effective solution for insect management.

As a 5G Engineering Co-op at Verizon, I tested devices such as smartphones to make sure they performed well and were safe for the network. I collaborated with my team to test flagship devices, identify and resolve critical issues, and manage the lab IT network. Additionally, I enhanced team capabilities by operating and maintaining lab equipment and training colleagues in 3D printing and CAD design. My role required a blend of technical expertise and proactive problem-solving, ensuring the reliability and performance of our cutting-edge technology.

I took on the challenge of independently designing and developing this very portfolio website, which serves as a showcase of me, my projects, and resume information. Building this website from the ground up was a great learning experience as I delved into React to craft a visually appealing and user-friendly interface. Starting with little to no prior knowledge of JavaScript or website creation, I embarked on this personal project, teaching myself the fundamentals along the way. It's been a journey of growth and accomplishment, and I'm proud to present this site as a testament to my dedication and newfound skills!

As a co-op at Johnson & Johnson, I played a role in the design and development of new cutting edge orthopedic surgical instruments. Collaborating closely with the team, I spent hours researching different surgical techniques and actively seeking feedback from coworkers, enabling me to make insightful improvements to the instruments after many prototypes. During surgeon labs, my designs garnered positive feedback for usability and performance. Along with my design work, I also aided in essential mechanical testing for numerous devices, and independently took on key roles where needed.

In my free time, I love tinkering with my 3D printer to create various things, from phone charger holders to cup holders to tiny cars. I think of it as my own personal challenge to model parts for whatever I need, iterating on previous designs that failed. Besides being a really cool look into the seemingly magic technology that is 3D printing, it also gives me knowledge about how 3D printing works, which has been really fascinating and fun to discover. I'm constantly amazed by what I can achieve with this fantastic tool at my fingertips.

In my Cornerstone of Engineering class, I collaborated in a team with 2 others to develop a unique trivia game that doubles as a candy dispenser. This interactive game allowed users to answer questions displayed on a screen with a keypad, and once 8/10 questions are answered correctly, candy is dispensed through an internal mechanism. The hardware for this project was designed in SolidWorks and AutoCAD, incorporating lasercut wood and 3D printed parts, along with servo motors. The electronic component was coded in Python, utilizing a RaspberryPi.