RY.

Roshan Yan

Electrical Engineering Student · Analog · PCB · RF

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Education

University of Toronto

Sep 2024Present

BASc in Electrical Engineering + PEY Co-op

Toronto, Ontario, Canada

  • CGPA: 3.69 / 4.00 | Dean's Honour List

Experience

Electrical Power Systems Lead

Sep 2024Present

University of Toronto Aerospace Team · Toronto

  • Collaborated with team members through design reviews and developed a team-wide workshop on LTspice.
  • Designed a 1 GHz active oscilloscope probe for sensitive high-frequency signals.
  • Engineered mission-critical solar panel mounting techniques, improving fill factor and system efficiency to enhance power output and reliability.
  • Designed an EPS board implementing multiple-input MPPT, battery balancing, rail generation, load monitoring, and load switching with automatic overcurrent and overvoltage latching.

Summer Researcher

May 2025Aug 2025

University of Toronto — In Situ and Correlative Microscopy Group · Toronto

  • Analyzed membrane stress and deflection in ANSYS Mechanical to predict failure points under pressure.
  • Investigated the effect of residual stress on membrane durability to improve structural integrity.
  • Developed FEA and CFD models to guide design and minimize costly physical prototyping.

Projects

1 GHz Active Oscilloscope Probe

Completed

Designed a wideband, DC-coupled active probe using an op-amp amplifier topology with a tuned compensation network. High-speed PCB uses controlled impedance routing and minimized parasitics to extend bandwidth to 1 GHz.

RF DesignPCB LayoutHigh-Speed DesignAnalog

FPGA CORDIC Spectrum Analyzer

Completed

Zero-IF digital receiver implemented on FPGA: vectoring and rotation CORDIC blocks handle quadrature down-conversion, envelope detection, and phase/magnitude extraction. Includes complex mixing, low-pass filtering, and sample decimation with full HDL testbench validation.

FPGAHDLDigital Signal ProcessingRF

Electrostatic Headphones & Amplifier

Completed

Systematic investigation of amplifier topologies for electrostatic headphone driving. Designed and simulated compensation networks for stability, and validated boost converter power delivery under various load conditions using PSpice.

Power ElectronicsAnalogSimulationAudio

Skills & Tools

PCB DesignControlled impedance routing, high-speed layout
Analog & RFOp-amp topologies, compensation networks, 1 GHz design
Digital & FPGAHDL, CORDIC, zero-IF receivers, testbenches
Power ElectronicsMPPT, battery balancing, boost converters
SimulationLTspice, PSpice, ANSYS Mechanical, FEA / CFD
ProgrammingHDL (Verilog / VHDL), Python, MATLAB