portfolio, case studies, and engineering work
electrical engineering / fpga systems
FPGA Digital Systems Design
I used DE1-SoC-based labs and project work to design and validate RTL modules, state machines, and memory-mapped interfaces for embedded FPGA systems.
highlights
- Worked across simulation and board-level validation rather than stopping at RTL-only design.
- Used bus-oriented interfaces and hardware/software integration patterns that fed directly into later SoC work.
- Built up a practical base in FPGA verification, register design, and embedded control flow.
stack
evidence
role
FPGA and embedded-systems student building up reusable RTL, simulation, and board-debug skills.
problem
The work focused on turning digital design concepts into reliable modules that behave correctly in simulation and on hardware.
ownership
I designed and validated registers, state machines, and memory-mapped interfaces while working across Quartus, ModelSim, and board-level testing.
outcome
This work became the practical foundation for later SoC integration, verification, and hardware/software co-design projects.
artifact
Embedded lab archive covering the same board-level RTL, interface, and validation work summarized here.
Supporting FPGA coursework and lab material are linked here.