At Public Sector Organization, I architect and implement FPGA DSP and digital pipelines for real-time applications, translating MATLAB models into optimized RTL under strict power and latency constraints.
I designed reusable FPGA IP for thermal imaging, including non-uniformity correction, filtering, autofocus, contrast enhancement, and sharpening. On the 2-FOV Forward-Looking Thermal Imager, I designed Virtex-5 pipelines that delivered real-time 25 fps under DO-254-compliant workflows.
My project work also includes an Artix-7 face detection and temperature monitoring system for COVID-19 checkpoints, plus an aerial target detection pipeline that increased detection range by 25% in field trials. I mentor FPGA and verification engineers and work across verification, hardware-in-the-loop testing, and system integration.
