FSAE data acquisition board
A 4-layer STM32H723 data acquisition board for the Formula SAE electric car — three FDCAN buses, inertial and GPS logging to SD, and an 802.11ah telemetry link. Schematic and layout in Altium; firmware not yet written.

PCB design, embedded firmware and test instrumentation for a Formula SAE electric car.
Background MainBoardRev2 — designed by H. Geiger in Altium
ScrollA 4-layer STM32H723 data acquisition board for the Formula SAE electric car — three FDCAN buses, inertial and GPS logging to SD, and an 802.11ah telemetry link. Schematic and layout in Altium; firmware not yet written.

Built a four-wire Kelvin test jig rated past 120 A for characterizing 21700 cells before pack integration. Ran tabless cell research and cell selection, with a six-channel MAX6675 thermal rig logging temperature rise to a 50 °C cutoff.
Converted a toaster oven into a controlled reflow oven driven by an ESP32, with a thermocouple, local LCD and encoder, and a web interface for profile control. Brought board assembly in-house instead of waiting a week on an assembly house.

Built a battery-powered dual-axis (alt-azimuth) star tracking mount — NEMA 17 steppers through 71:1 planetary gearboxes, closed-loop encoders, a custom ESP32 board and a Wi-Fi web UI — and validated tracking with a GoPro and an iPhone.

Altium — schematic capture and 4-layer layout
STM32 and ESP32, in C++
Three-bus DAQ board for the FSAE car
Board bring-up and signal debug
Milliohm-scale cell resistance
Capacity, IR, discharge limits
MAX6675, six-channel rig
In-house assembly of team boards
Accumulator and tractive system
Enclosures, jigs and fixtures
// About me

I'm an electrical engineering student at the University of Cincinnati and part of the EV electronics group on Bearcats Electric Racing. Most of what I do is the instrumentation side of the car — circuit boards, embedded firmware, and the test setups that show whether a design actually holds up.
That runs from a four-layer STM32 data-acquisition board to a custom four-wire bench for characterizing battery cells and a reflow oven the team uses to assemble its own boards. I care most about work that produces real measurements, and about catching my own mistakes before they reach hardware.
I'm looking for a spring co-op in embedded, electronics, or test engineering.