MORSE Corp - Mechanical Engineer Co-op
Having spent 6 months full-time working at MORSE and now working part-time, the takeaways from my experience are invaluable. I was lucky enough to be split between two very intriguing programs, both working on novel technologies to solve very difficult problems. I was able to enhance my technical design skills by working on so many different types of flight systems (Multirotor, Octocopter, Paraglider, Fixed-Wing). Being exposed to so much has broadened my understanding of the mechanical system as a whole. Working on such small teams allowed me to truly learn and develop skills through a talented and multidisciplinary group of engineers. I gained hands-on experience integrating electronic systems into flight assets, which helped me build and hone my mechatronics skills. Enabling and supporting local and customer flight tests provided valuable field experience in troubleshooting and debugging time-sensitive situations. Working on the DARPA Albatross project allowed me to experience and learn from a fast-paced environment with short turnarounds and high expectations.
Apeiron Labs - Mechanical Engineer Co-op
After working full-time as a mechanical engineer at Apeiron Labs and now part-time, the skills and knowledge I have obtained while working in a fast-paced robotics workspace have taught me a lot about what it means to be an engineer. Working on sub-sea robotics, servicing mechanical and electrical issues in the lab and out at sea, designing and assembling sub-system parts and test fixtures, extensive testing and documentation of various parts and machines, and investigating and debugging critical issues within the AUV. I had the opportunity to lead multiple offshore operations solo and work closely with various captains who've taught me a lot about seamanship.
Northeastern Mars Rover Team - Mechanical Co-Lead
​As a mechanical co-lead at Northeastern University's Mars Rover Team, I contribute to the design, creation, and testing of a multifunctional rover that competes internationally with schools from around the globe. I focus on the mobility aspect of the rover, where I work on the suspension system, chassis, wheels, mounts, and the assembly of various components. I apply my problem-solving, communication, and decision-making skills to collaborate with other engineers and overcome technical challenges. Being a lead has taught me a lot about what being a leader means. This opportunity has allowed me to guide new engineers through onboarding and help them with the basics of engineering. I've had several major projects while working with Rover and have learned a lot about designing and fabrication.