My main responsibility is to maintain the PetaLinux project with custom recipes for the IWCD near detector frontend electronics.Implemented and verified the modulation/demodulation scheme for distributed Clock, PPS and Trigger for the IWCD frontend electronics, ensuring each detector element is phase-locked to a common clock with acceptable jitter as defined by timing resolution requirements. Worked with physicists to resolve timing issues.Perform testing and verification of the IWCD frontend electronics in a mass production scenario. Testing and integration of new firmware releases.

Part of a team in video codec design and optimization in NETINT Technologies. Working closely with architects, algorithm engineers, and other codec engineers in video/image compression and optimization.

The position involves FPGA/HDL work and embedded C/C++ software work on Xilinx FPGAs for one of the experiments at TRIUMF that is focused on the investigation of neutrinos, in cooperation with physics laboratories across the world.

Coordinated with UBC professors in developing the final project for the UBC Systems & Control course.