Electrical & Computer Engineering at the University of Toronto. I build digital hardware from the gate level up — RTL & FSM design, pipelined datapaths, testbench-driven verification, mixed-signal PCBs and embedded systems — living at the seam between silicon and software.
Validation and troubleshooting of embedded industrial control systems integrating sensors, controllers, communication networks and field devices. Investigates system-level issues across hardware, firmware and communication interfaces using diagnostic tools, signal analysis and log data.
Worked on high-speed, continuously running production lines — AC/DC and brushless motors, Siemens & Parker drives, actuators and sensors. Ran root-cause analysis on system failures via signal and control-logic analysis on Siemens S7-300 / S7-1200 PLCs (TIA Portal, Step 7). Integrated a Danfoss temperature controller with the PLC over Modbus TCP for closed-loop control, and prototyped a Python computer-vision approach for print-defect detection.
Integrated electrical subsystems — sensors, embedded systems and harness connections — and supported debugging and validation of subsystem communication and signal-routing behaviour across a multidisciplinary team.
Developed and delivered 12 engineering outreach courses to Grades 9–12 students through demonstrations, experiments and technical presentations — communicating complex electrical and digital-systems concepts to diverse audiences.
Relevant coursework spanning the full hardware-software stack:
Active participant in engineering networking, technical talks, and industry engagement focused on electronics, semiconductors, FPGA development, embedded systems, and computer engineering.