Custom CPU
A multi-cycle CPU built from scratch with custom control, datapath design, instruction support, and FPGA validation.
Portfolio
I’m an Electrical Engineering student focused on ASIC and RTL design, FPGA implementation, DV, and computer architecture.
Highlighted Projects
A multi-cycle CPU built from scratch with custom control, datapath design, instruction support, and FPGA validation.
A stopwatch with debounced inputs, modular RTL blocks, and a structured verification flow for the counter and display logic.
An embedded Cortex-M3 project with an LCD interface, media controls, and joystick-driven games built around clear system structure.
A resume-to-job platform that combines OCR, filtering, vector similarity, and cloud-backed search for stronger job matching.
Accomplishments
Supported engineering work, coordination, and technical tracking in a fast-moving utility environment.
Balanced part-time work with final-year engineering studies while continuing to build technical projects.
Iterated on RTL and implementation choices to move designs toward cleaner FPGA timing and more stable bring-up.
Built UVM components and structured verification flows to check functionality more thoroughly before deployment.
Designed a configurable CPU from scratch, shaping the datapath, control logic, instruction support, and hardware validation flow.
Earned the Fall 2025 Dean’s List in the Faculty of Engineering and Architectural Science during final year.
Contact
I’m open to new graduate opportunities in ASIC design, RTL, DV, and FPGA-focused hardware roles.