Featured Project

Illini Solar Car

University of Illinois Urbana-Champaign • August 2021 - May 2025, Summer 2026

Four years of designing, building, racing, mentoring, and more!!

As the student advisor for Illini Solar Car (ISC), the University of Illinois’s solar electric vehicle team, I have mentored dozens of students in battery sensing hardware, printed circuit board (PCB) design, and vehicle architecture. Spending two summers in our off-campus garage surrounded by electrical test equipment and miniscule circuit components, I explored the depths of battery-pack electronics and solar array design. Now, as an aspiring PhD researcher, I hope to draw upon these technical project experiences along with my years of research collaboration across both institutions to advance vehicle electrification technologies.

During my time on the team, there were a number of memorable projects that I worked on. Most of these relate to the high-voltage powertrain of the vehicle. For one year, I was also a lead on the strategy and telemetry side of the team, so I will explain visual data from that perspective. Some technical details have been omitted to protect the team's current vehicle architecture and competitive work.

Check out our website here: illinisolarcar.com

Roles & Contributions

From development to operations

01

Student Advisor

March 2024 – May 2025

  • Mentored more than 60 students across the Electrical and Strategy & Telemetry teams, supporting PCB design, software development, testing, and vehicle integration.
  • Guided new members and team leads through technical decisions, project planning, documentation, and knowledge transfer between vehicle-development cycles.
  • Provided technical support across battery sensing, solar-array electronics, telemetry, and vehicle architecture.
  • Reviewed electrical designs and helped members troubleshoot hardware and software issues.

02

Physics Lead — Strategy & Telemetry Team

August 2023 - March 2024

  • Helped develop Apollo, a Python physics library used to improve the accuracy of the team's vehicle-state and energy predictions.
  • Supported Athena, the team's race-strategy platform, with vehicle models and interactive route analysis.
  • Built Plotly visualizations to investigate route elevation, vehicle behavior, and strategy inputs.
  • Characterized more than 35 lithium-polymer battery modules using a high-power supply and electronic-load test setup.

03

Array Lead — Electrical Team

July 2022 – May 2023

  • Led a team of 3-9 members working on MPPT CAN ID assignments, array temperature sensing, wiring, and integration.
  • Helped design the 257-cell array wiring configuration and determine the number and placement of bypass diodes.
  • Evaluated NTC and PTC temperature-sensing approaches for array monitoring.
  • Collaborated with the array encapsulation manufacturer to improve handling, installation, maintenance, and cleaning procedures.
  • Helped install and electrically integrate the completed array on the vehicle's carbon-fiber top shell.

04

BMS Member — Electrical Team

August 2021 - June 2022

  • Redesigned the Battery Sensors PCB used to measure lithium-ion cell voltages and temperatures in the vehicle's battery pack.
  • Improved component placement, routing, test-point access, and part selection while verifying component availability.
  • Designed, assembled, and tested protection and lighting hardware, including a 24 V protection board and PWM-controlled lights.
  • Hand-soldered surface-mount components and validated overvoltage, reverse-polarity, overcurrent, and undercurrent behavior with test equipment.
  • Reworked battery-box wiring and helped build 30 thermistor assemblies for improved cell-temperature monitoring.

05

Electrical Pit Crew

American Solar Challenge 2022

  • Prepared for competition through weekly race-team meetings, a 200+ mile mock race, and mock scrutineering exercises.
  • Served as co-lead navigator, instructing the solar driver on where to make turns and how to avoid obstacles for the 1470+ mile race course.
  • Helped service the vehicle through more than 15 on-road issues by repairing and insulating connectors and supporting driver swaps.
  • Soldered front lights and dashboard hardware and flashed updated C++ firmware to the dashboard PCB using MCUXpresso.
  • Supported battery-protection scrutineering by weighing lithium-ion cells and verifying system safety thresholds.
  • Crimped KK, PicoBlade, and Anderson connectors for the low-voltage bus and motor-controller wiring.

06

Strategy Pit Crew

American Solar Challenge 2024 and 2026

  • Co-led detailed route-planning meetings for ASC 2026, reviewing the course turn by turn to identify difficult intersections, speed-limit changes, and other route features affecting strategy.
  • Served as lead navigator during ASC 2026, directed convoy operations from the lead vehicle, and trained additional members during the the 2024 and 2026 races.
  • Monitored battery-pack conditions, array voltage, vehicle speed, motor RPM, and MPPT power from the chase vehicle to identify abnormal behavior during competition.
  • Led battery charging and balancing operations and calibrated battery-pack thermistors for scrutineering 2024 and 2026.
  • Mentored younger Electrical and Strategy members in race procedures, vehicle systems, and technical responsibilities.
  • Supported mechanical team by wet-sanding the carbon-fiber shell to create a smooth surface for the vehicle wrap.