I am an FPGA firmware engineer and researcher specializing in digital design, verification, and system integration for real life applications. My expertise spans the complete FPGA development cycle — from concept and architecture design to synthesis, simulation, and hardware validation.
I am passionate about applying FPGA technology to solve complex problems in data acquisition, control systems, and real-time signal processing.
| Category | Skills & Tools |
|---|---|
| HDL & FPGA Design | VHDL, Verilog, Xilinx Vivado, QuestaSim |
| Verification & Testing | Custom testbenches, simulation, lab validation |
| Programming | Python, C++, Bash |
| Communication Protocols | CAN, SPI, UART, Ethernet |
| Automation & Tools | Python-based QC automation, Arduino control |
| Research Domains | Firmware for HEP detectors (CMS HGCAL), radiation testing, system integration |
- Develop and verify FPGA firmware for complex data acquisition and control systems.
- Design testbenches and simulation frameworks for pre-silicon validation.
- Integrate firmware into large-scale detector and readout architectures.
- Automate hardware testing and data acquisition using Python-based frameworks.
- Collaborate with cross-disciplinary teams to deliver scalable, reliable FPGA solutions.
- pattern_calls : C++ project for beginners to handle information about pattern calls (visit pattern_calls)
- farm_analysis : Python scripts dedicated to conducting analysis and statistical calculations, such as p-values and correlation coefficients, on real data collected from a farm in 2021 (visit farm_analysis).
- drug_analysis : python script helps in understanding drug interactions by reading data from an Excel file and processing it to find interactions between specified drugs (visit drug_analysis).
⭐ Focused on building reliable FPGA-based systems that bridge research and real-world applications.