I'm a prospective B.S.M.E at Northeastern, with a minor in Aerospace. I have a passion for mechanical design and thrive by combining analysis with creativity. I am excited to continue exploring this passion through Aerospace, Medical Robotics, and Automotive engineering.
I worked on a team of two engineers to design and launch SwimEx's latest product line. The DepthSelect allows athletes and patients to use an underwater treadmill at any depth from 2' to 6'.
As part of a four-person team, I helped design, build, and program an autonomous mobile robot capable of navigating a warehouse-style environment and transporting boxes between shelves using a scissor-lift mechanism.
I spearheaded the Research and Design of Gurney flaps for prospective deployment on the Northeastern Electric Racing vehicle. Gurney flaps create an intentional high pressure zone on the top of the wing, and create counterrotating vortices on either side. This is to improve flow attachment on the underside of the wing.
I worked in partnership to test multiple variables in optimization of ionic thrust utilizing standard atmosphere. We successfully were able to optimize anode-cathode distance and test multiple different shapes to create a theoretically optimized thruster design.
In my role as Head of Design I spearheaded the design and manufacture process for the 2023 drive chassis at Lincoln Robotics team 7604. The chassis had omnidirectional capabilities, and was kept within a small footprint with a low C.G. The Chassis was manufactured using CNC laser cutting out of Delrin and aluminum extrusion.
I designed and manufactured a 6" FPV-capable quadcopter, machining a custom carbon fiber frame and hand-soldering the electronics for a durable, flight-ready build.