Device Modeling EngineerPower Integrations, Inc.

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  • Not-remote
  • Full-time
  • Total comp
    Expected total yearly pay with bonus and equity at target, including any base pay.
  • Salary
  • San Jose, CA

Job Summary

The Device Modeling Engineer is responsible for the development, validation, and release of accurate device models and cells for silicon (Si) and wide-bandgap (WBG) power devices, supporting Power Integrations’ product development and technology roadmap.
This role is critical in bridging device physics, characterization, and circuit-level simulation to enable first-time-right silicon, robust product definition, and predictive design across multiple power platforms.
The ideal candidate brings deep expertise in semiconductor device physics, hands-on characterization, and model extraction, with a strong ability to collaborate across device, IC design, product engineering, and applications teams.

Key Responsibilities
Device Modeling & Model Development
•    Develop, maintain, and release device models and model libraries for Si and WBG (GaN) technologies across multiple voltage and power ranges
•    Create compact models suitable for circuit simulation (SPICE-level) and system-level design
•    Ensure models accurately capture static, dynamic, thermal, and transient behavior across operating conditions
•    Support development of next-generation GaN and high-voltage technologies through predictive modeling
Characterization & Parameter Extraction
•    Define and execute device characterization plans for model extraction
•    Perform electrical and thermal measurements, including switching behavior, loss mechanisms, and parasitic effects
•    Extract model parameters using measurement data and ensure correlation across: 
o    Process corners
o    Temperature and voltage extremes
o    System operating conditions
•    Drive improvements in measurement methodologies and test setups
Simulation & Validation
•    Perform device-level and circuit-level simulations to validate model accuracy
•    Correlate simulation vs. measured data and identify discrepancies
•    Work closely with IC design teams to ensure models are: 
o    Accurate for design
o    Efficient for simulation
o    Robust across use cases
•    Support validation for new product introductions (NPI) and technology releases
Technology & Product Support
•    Provide modeling support for new device architectures and process technologies
•    Evaluate electrical and thermal characteristics of GaN and high-voltage power devices
•    Support failure analysis, reliability studies, and qualification activities from a modeling perspective
•    Contribute to design reviews and risk assessments for new products
Cross-Functional Collaboration
•    Collaborate closely with: 
o    Device engineering
o    IC design and layout teams
o    Product and test engineering
o    Applications engineering
•    Ensure models meet internal design needs and external customer requirements
•    Support key customer engagements requiring model validation or customization
Model Infrastructure & Continuous Improvement
•    Maintain and enhance modeling flows, libraries, and documentation
•    Improve automation for parameter extraction, validation, and release processes
•    Drive best practices for model quality, version control, and deployment

Qualifications
Education & Experience
•    M.S. or Ph.D. in Electrical Engineering (semiconductor devices preferred)
•    Typical experience: 
o    Ph.D. + 3+ years, OR
o    M.S. + 6+ years, OR
o    B.S. + 8+ years
•    Proven track record in device modeling for Si and/or WBG technologies
Technical Skills
•    Deep understanding of: 
o    Semiconductor device physics (Si and GaN strongly preferred)
o    Device operation, parasitics, and switching behavior
•    Strong experience with: 
o    Model extraction and development
o    High-voltage device characterization and test systems 
o    CADENCE or equivalent simulation tools (Spectre/SPICE) 
•    Familiarity with: 
o    Compact modeling methodologies
o    Electro-thermal modeling
o    Behavioral modeling for system simulation

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