Electrical Engineering · Stony Brook University · B.E. expected May 2028
GPA: 3.92 / 4.00
I’m interested in digital hardware, CMOS circuits, memory, and embedded systems. This portfolio connects inspectable source code with repeatable verification, documented engineering choices, and measured simulation results.
| Project | Engineering focus | Verification |
|---|---|---|
| 32-bit Pipelined RISC Processor | Five-stage datapath, forwarding, hazards, and branch control | 26 scenarios; 3,000 randomized instructions |
| CMOS 8-bit ALU | Transistor gates, ripple carry, and timing/power characterization | 524,288 RTL vectors; 192 CMOS vectors |
| 6T SRAM Cell & Array | Differential bitlines, wordline control, read/write/hold operation | 128 state checks; 32 read-differential checks |
Each repository includes its design, executable checks, measured results, and implementation provenance.
SEDS Rocket Avionics · University at Buffalo
Sensor-interface circuitry, microcontroller firmware, telemetry, circuit simulation,
and integrated hardware debugging.
Space Bulls Rover · University at Buffalo
Sensor-interface and power-distribution PCBs, regulation and signal-conditioning
simulation, board bring-up, and subsystem validation.
| Area | Tools & languages |
|---|---|
| Digital design & verification | Verilog, ModelSim, digital logic, pipelining |
| Circuits & EDA | Cadence Virtuoso, SPICE, LTspice, ngspice, Altium, KiCad |
| Software & analysis | C, C++, Python, MATLAB, Git |
| Laboratory | Oscilloscopes, function generators, logic analyzers, microcontrollers |