I'm an incoming University of Toronto Electrical Engineering student beginning in September 2026 and building practical experience across power systems, embedded computing, software, and defensive cybersecurity. I enjoy turning engineering requirements into systems that can be measured, tested, and explained clearly.

I'm preparing for Summer 2027 internships and co-ops in electrical/computer engineering, embedded systems, controls, software, and technology.

These projects use deterministic simulations and automated tests to demonstrate engineering reasoning; they do not claim physical-hardware validation.

A tested AC-signal analysis toolkit that calculates RMS voltage and current, active and apparent power, power factor, and frequency before classifying voltage sag, swell, no-load, and low-power-factor conditions.

Evidence: electrical calculations · signal processing · Python · automated tests

A deterministic controller for solar, battery, grid, and load power flows. It models state-of-charge limits, charging constraints, a hard grid-import limit, peak shaving, grid outages, exports, explicit load shedding, and power-balance checks.

Evidence: power systems · controls logic · energy constraints · simulation

A defensive CAN-network simulator and intrusion detector that identifies unknown message IDs, implausible message rates, invalid payload ranges, rolling-counter violations, and timestamp regressions without connecting to a live vehicle network.

Evidence: computer engineering · embedded networks · cybersecurity · testing

• Trailhead Customer Support API — tested FastAPI service with deterministic business rules, retrieval, structured escalation, and CI
• Signal & Self — accessible, responsive, data-driven digital citizenship portfolio

• Electrical measurements, power systems, instrumentation, and controls
• Python, C/C++ fundamentals, data structures, and testable software design
• Embedded communication protocols and secure-by-design engineering
• Git, GitHub Actions, technical documentation, and reproducible results

I document assumptions, separate simulations from physical results, test important behaviour, and make projects straightforward for another person to run and review.