Computer Engineering MS student at UT Dallas focused on hardware design verification. I build SystemVerilog/UVM testbenches and take designs from RTL through synthesis and physical implementation.
🎯 Seeking: full-time Design Verification / RTL roles and internships (graduating May 2027)
🔬 Currently: independent study on design and verification of an INT8 systolic-array AI accelerator
- YAPP Router UVM Verification — three-channel packet router; reusable agents, constrained-random traffic, HBUS sequences, scoreboarding
- UART UVM Verification — loopback testbench with constrained-random sequences, transaction scoreboard, 100% functional coverage
- MSDAP ASIC (ASAP7) — stereo audio processor taken RTL-to-GDSII: SRAM integration, Genus synthesis, Innovus P&R
- 7nm FinFET Standard-Cell Library — cell library, registered arithmetic unit, synthesis and physical-design reports
- 65nm CMOS Standard-Cell Library — custom cells, characterization, 32-bit ALU in GF 65nm
| Area | Tools |
|---|---|
| Verification | SystemVerilog, UVM, constrained-random stimulus, functional coverage, scoreboarding |
| Simulation | Cadence Xcelium, Synopsys VCS, EDA Playground |
| Design & Synthesis | Verilog RTL, Cadence Genus |
| Physical Design | Cadence Innovus, place & route, RC/parasitic analysis |
| DFT & Test | Scan insertion, BIST, ATPG — Synopsys DFT Compiler, TestMAX ATPG, Cadence Modus |
| Scripting | Tcl (P&R automation) |
| PDKs | ASAP7 (7nm FinFET), GF 65nm CMOS |