• Collaborate on RTL design and physical implementation of TSMC 65nm ASIC tape-out with two other undergraduates to demonstrate an experimental chip-to-chip communication protocol using custom architecture for future chiplets• Generate standard views, configure settings, and write installation scripts for the TSMC 65 GP PDK and standard cells• Design ECC and dynamic wire replacement SystemVerilog modules to ensure robust transactions across interconnect• Create unit tests and analyze coverage for 20 SystemVerilog modules as well as develop post-tape-out validation plan

• Provide high-level and experienced perspectives for making significant electrical, mechanical, and software design decisions and competition strategies at the full-team level• Assist 10 electrical members in new PCB/electrical system development by attending design reviews and providing consultation on projects• Complete electrical sub-team's transition to Altium I initiated as previous lead

• Lead 15 electrical members and restructured operations with 10 new freshmen classes and vastly improved quality control• Solve cross-disciplined electrical, software, and mechanical problems through collaboration with the other three sub-teams and proper coordination of tasks in faced-paced environments• Earned 3rd place in the AUVSI RoboSub competition in Aug 2024 under my leadership

• Successfully designed a sensor board, power-merging board, and custom LiPo battery management board with safety mechanisms and battery data readouts using KiCad and Altium• Qualified and competed in finals in the AUVSI RoboSub competition in July 2022, July 2023, and August 2024 (3rd place)

• Maintain Cornell’s premiere electrical and mechanical makerspaces and consult students on personal projects • Restructure club operations with improved issue tracking, deadlines, and formalized documentation for 20 E-Board members• Design and host three workshops centered around microcontrollers, soldering, and electrical equipment for students

• Repair equipment such as 3D printers, laser cutters, and electronics, as well as procure new tools

• Lead four subcommittees of 30 E-Board members in total dedicated to creating community events centered around ECE• Coordinate administrative tasks among officers including budgeting, scheduling, leadership advising, and advertising• Maintain close contact with the College of Engineering’s staff and program faculty-student events

• Lead Academic sub-committee of 10 students to program information sessions, student-professor lunches, alumni panels, and other academic-related events for the IEEE at Cornell General-Body

• Assist with planning academic-related events for IEEE at Cornell

• Developed and restructured over 10 SystemVerilog UVM testbenches to verify critical features of Starlink’s modem ASIC• Debugged RTL errors, analyzed waveforms, and generated line and toggle coverage using Siemens Questa products and Jenkins pipeline, collaborating with design engineers to find novel resolutions• Refactored documentation and specification for said ASIC to streamline information for new hires and other engineers

• Worked with ECE professor Amal El-Ghazaly to create labs for experimental Sensor Design Course in Fall 2023• Built black boxes with off-the-shelf sensors for students to test, as well as custom sensing circuits such as motion detectors, speedometers, and CO2 sensors with basic components which students assemble and analyze in lab

• Design embedded sensor-logging code and topside data-plotting code for OAST ROV• Develop lightweight application for managing battery data for ICE04 ROV with Arduino/Teensy and I2C• Assist in assembly of ICE04 ROV electrical components and wiring

• Learned how to properly and safely repair Apple iPhones, iMacs, MacBooks, and Apple Watches• Repaired and sold about 100 refurbished and for-parts Apple devices on eBay• Worked directly with customers in person and over the phone to provide customer support

• Tutored students to bolster their skills in fundamental math subjects