Vice Captain & Front Suspension Member:• Assists the captain with leading a team of 70 members, setting team goals and direction, and working with the exec team to actualize goals• Plans the logistics of trips such as aeroshell layup and operations• Manages recruitment, outreach, new member education, finances, and coordination with MIT staff• Collaborating with members to design a new front suspension for the 2024-2026 carBrakes Subteam Member:• 3D modeled using Solidworks and machined the accelerator pedal for the 2021-2024 car Gemini• Optimized Gemini rotor design using Solidworks topology optimization and reduced weight by 33% and stress by 5%

Zippy Project:• Devising a position-sensing system for an underwater cable-mounted autonomous robot Whiskers Project:• Developed manufacturing processes for a low-cost, low-power underwater navigation sensor inspired by harbor seal whiskers for autonomous marine vehicles• Prototyped whiskers and base molds with Fusion 360, 3D-printing, and resin printing• Assisted with designing new devices for the SeaPerch II competition

• Revived an autonomous testing robot for the Connectivity Devices Systems team• Installed wireless charging on the robot and integrated related code into Raspberry Pi• Designed with Creo and 3D printed various new parts such as an antenna mount and power inverter case• Reduced the weight of the robot by 50% by replacing the lifter with an adjustable stand• Coded a Python wrapper class for easy autonomous control for routing the robot• Increased operation efficiency and data resolution by at least 75%

Selected for a five-week, fully subsidized residential program (AMP) at Jane Street. Tackled combinatorics and number theory problems with past IMO medalists and coaches. Programmed graph theory projects to address linguistic and game theory problems. Explored quantitative trading.

A 6-month hybrid learning STEM and college preparation experience with MIT OEOP. Explored reasons for the lack of development of carbon capture and storage technology and developed a DIY rainwater filtration system

Continuation from YMCA Changemaker Project. Conceptualized reL.E.A.F. (Life Emergency Aid of the Future), a cheap, chemically-cooled medical kit for power outages. Worked with LSU professors in the mechanical and chemical engineering department to design a CAD prototype and apply for a patent. Currently taking a break

Researched hybrid powertrains for UAV, especially the electrical propulsion component, and designed an aircraft & flight model in MATLAB with hardware in a loop approach