• Collaborate with multi-disciplinary hardware engineering teams to develop test and measurement products.• Full FPGA design, including logic implementation, data movement and analysis, testbenches, compilation, and timing analysis.• Digital board level design, including schematic entry, layout guidelines, signal integrity simulations, and prototype validation.

• Using VHDL to write, synthesize, and debug DDC’s multi-generational programs and products, alongside supporting programs such as Python.• Learning how to use and follow MIL-STD-1553 to program FPGAs with the intent of protecting aircrafts from foreign electronic interference with onboard serial data buses.