Optics & Photonics

Circuits & Power

Robotics & Embedded Systems

Semiconductors & Fabrication

Academic progression

Most recent first: back from the MS through graduate photonics and analog circuit design to the undergraduate hands-on builds it started with.

  • May
    2027
    MS Electrical Engineering expected

    Binghamton University, Physical Electronics and Electro-Optics.

  • Summer 2026
    to present
    Constant-current driver in KiCad

    Self-directed. Moving from simulation into fabrication and bench measurement, heading toward a laser diode driver.

  • Spring
    2026
    Electro-optics and semiconductor lasers

    End-to-end fiber-optic link design and rate-equation modeling of a directly modulated laser.

  • Fall
    2025
    Graduate analog design at Binghamton

    8th-order Sallen-Key band-pass filter and a CMOS cascode amplifier reaching 86 dB, both worked out by hand before simulating.

  • May
    2025
    BS Electrical Engineering conferred

    SUNY Polytechnic Institute, College of Engineering.

  • Spring
    2025
    Bachelor's thesis on optical computing

    First sustained work in photonics, covering photonic integrated circuits and optical processing architectures.

  • Oct 2024
    to Aug 2025
    Research Associate, AI robotics

    NVIDIA Isaac stack, perception and motion planning, GPU workload profiling.

  • Summer
    2024
    Personal Carrier Robot

    Summer Undergraduate Research Program. Motor drive, power rails, PID control, and vision-based tracking on a real platform.

  • Spring
    2024
    Silicon Thermal Oxidation

    Semiconductor Experimentation Research at SUNY Polytechnic Institute. First cleanroom process work, Deal-Grove modeling and SEM characterization. Took second place at the SUNY Poly Student Project Showcase.

  • Spring
    2024
    UV-C Sterilization Robot

    CET 429 at SUNY Polytechnic Institute, undergraduate. First full hardware build: 3D-printed chassis, Arduino drive and sensing, the whole robot under $150 in parts.