Principal I, Modeling & Simulation Engineering
Core
Develop, validate, and apply computational models and simulations for electronic and electromechanical systems in medical devices to optimize performance, reliability, and robustness.
Role type
Principal I, Computational Modeling & Simulation Engineer
Builds
Medical device electronic systems (high-speed digital interfaces, power delivery networks)
Domain
Medical Devices / Electrical Engineering / Signal Integrity
Deliverable
production ML models | product features
Required skills
Signal Integrity (SI) analysis, Power Integrity (PI) analysis, electromagnetic analysis, circuit simulation, system-level modeling, PCB design analysis, trade studies, sensitivity analysis, technical documentation, regulatory compliance (GxP)
Preferred skills
Transmission line theory, EMI/EMC fundamentals, hardware debugging, design verification methodologies, medical device/embedded systems experience
Technologies
Ansys HFSS, Ansys SIwave, Altium, Cadence, CST Studio Suite, Python, MATLAB, Tcl
Responsibilities
Perform SI and PI analysis for high-speed digital interfaces (DDR4/5, MIPI, USB); Develop simulation models for channel performance and EMC; Conduct pre/post-layout analyses for PCB and package designs; Support simulation sign-off and provide design recommendations; Collaborate with hardware, firmware, and systems teams to resolve performance issues; Present findings to technical stakeholders; Maintain accurate documentation of simulation methodologies and results; Support regulatory submissions and design reviews with simulation evidence.
Seniority
Principal I, hands-on IC with strategic oversight
