Develop behavioral and functional models of key SerDes and D2D DSP blocks
Implement DSP algorithms and prototypes in C/C++, with Python for configuration, automation, and visualization
Build parameterized system-level models to support architecture evaluation for SerDes up to 448G
Perform simulation-level analysis across DSP, channel, and system blocks
Correlate silicon/lab observations with system-model predictions to accelerate debug and refinement
Work closely with other DSP engineers to convert conceptual ideas into executable C/C++ models
Use system models to debug silicon performance gaps, timing issues, equalization behaviors, and adaptation anomalies
Develop reusable C/C++ and Python modules for parameter sweeps, batch simulations, and data pipelines

M.S. or Ph.D. in Electrical Engineering, Computer Engineering, Applied Physics, or related field
2–12+ years of industry experience in DSP, high-speed communications, embedded firmware, or system modeling
Strong C/C++ programming background with proven delivery
Strong debug skills across models, algorithms, and system layers
Solid understanding of DSP fundamentals, high-speed I/O concepts, and SerDes architectures up to 448G
Proficiency in Python for modeling, automation, and analysis
Experience correlating simulation results with lab/silicon measurements
Able to work independently and as a team player in a fast-paced environment

DSP Systems Engineering – All Levels

Key skills