RF Device Modeling Engineer
Core
Extract and optimize compact (SPICE) models for next-generation semiconductor devices (HBT/BJT, RF CMOS, RF Passives, GaN) to support RF circuit design and design-technology co-optimization.
Role type
RF Device Modeling Engineer
Builds
Compact models for advanced semiconductor devices and AI/ML-enhanced parameter extraction methodologies
Domain
Semiconductor physics, RF circuit design, and EDA
Deliverable
production ML models | production ML models
Required skills
Compact (SPICE) RF modeling, semiconductor device physics, circuit analysis, EDA tools (Cadence), SPICE simulators (Spectre), Verilog-A, MATLAB, Python, data analysis
Preferred skills
RF characterization (s-parameters, noise figure, linearity, IMP3/IP3, harmonic distortion), RF test-structures and calibration/de-embedding, model libraries (BSIM, MEXTRAM, HICUM, MVSG-GAN, ASM), parameter extraction tools (ICCAP, BSIMPROPLUS, MBP), TCAD, AI/ML expertise
Technologies
Cadence, Spectre, Verilog-A, MATLAB, Python, ICCAP, BSIMPROPLUS, MBP
Responsibilities
Extract compact models for advanced semiconductor devices, partner with designers to deploy modeling solutions, develop innovative model formulations, automate modeling infrastructure, validate models through measurement and analysis
Seniority
Mid-to-Senior, hands-on IC
