Circuits built to perform
Electrical engineer taking reliable circuits from first schematic through PCB bring-up and bench validation.
I design electronics by following the signal all the way through: from the requirement, into the schematic, across the board and onto the oscilloscope. I care about the details that make hardware dependable—clean power, measurable margins and test plans that expose problems early.
Designing low-power sensing hardware for industrial monitoring systems.
Led the student team responsible for low-voltage electronics and telemetry.
Built on the bench. Proven in the data.
A four-layer mixed-signal board for long-life temperature and vibration monitoring.
Remote assets needed continuous sensing without wired power or frequent maintenance.
Build a compact sensor node with a two-year battery target and reliable wireless telemetry.
Partitioned analog and digital grounds, profiled every power state and iterated the antenna match on the bench.
Reached 8.4 µA average current and passed a 72-hour environmental test without packet loss.
Closed-loop power electronics control for a student electric vehicle.
The previous controller produced inconsistent braking torque as battery conditions changed.
Create a predictable torque request while respecting inverter and battery limits.
Modelled the control loop, implemented CAN safety interlocks and tuned gains using track-test data.
Recovered 11% more energy per lap with repeatable pedal response.
Real-time FFT visualisation on a microcontroller with a custom analog front end.
First-class honours
IPC · 2024
Voltworks Racing · 2023