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Device Modeling Engineer Jobs in Santa Clara, CA

Power Integrations

Device Modeling Engineer

San Jose, CA · On-site

$125 - $150/hr

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 ...

Murata America

Staff Device Engineer

San Mateo, CA · On-site

$260K/yr

Resonant combines proprietary software development, unique 3D physical modeling, world class filter ... Provide mentorship and technical guidance to engineers working on device modeling, characterization ...

Murata Americas

Staff Device Engineer

San Mateo, CA · On-site

$260K/yr

Resonant combines proprietary software development, unique 3D physical modeling, world class filter ... Provide mentorship and technical guidance to engineers working on device modeling, characterization ...

Intuitive

Principal Modeling Engineer

Sunnyvale, CA · On-site

Primary Function of Position The Principal Modeling Engineer will play a critical role in the ... Experience with medical device design and applicable regulatory requirements. * Solidworks, Matlab ...

Intuitive

Principal Modeling Engineer

Sunnyvale, CA · On-site

Primary Function of Position The Principal Modeling Engineer will play a critical role in the ... Experience with medical device design and applicable regulatory requirements. * Solidworks, Matlab ...

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Device Modeling Engineer information

What is a device modeling engineer?

A Device Modeling Engineer develops, validates, and maintains mathematical models that describe the electrical characteristics of semiconductor devices. These models are essential for circuit design and simulation, ensuring accurate performance predictions. The role involves working with process technology teams, performing data analysis, and collaborating with circuit designers to optimize device behavior. Strong knowledge of semiconductor physics, SPICE modeling, and TCAD simulations is typically required.

What does a device modeling engineer do?

A typical day for a Device Modeling Engineer involves developing and refining mathematical models for semiconductor devices, running simulations, and analyzing results to guide product development. You’ll collaborate closely with design engineers, process engineers, and validation teams to ensure that models align with real-world measurements and meet project specifications. Expect a mix of hands-on computational work, technical meetings, and documentation responsibilities. The role offers a stimulating environment with opportunities to solve complex challenges, contribute to cutting-edge technology, and grow your expertise in both device physics and advanced modeling techniques.

What are the key skills and qualifications needed to thrive as a device modeling engineer?

To thrive as a Device Modeling Engineer, you need a strong background in semiconductor physics, solid-state device theory, and experience with device modeling and simulation, often supported by a degree in electrical engineering or a related field. Proficiency with industry-standard tools such as SPICE, TCAD, MATLAB, and scripting languages like Python or Perl is essential, and specialized certifications in semiconductor design can be advantageous. Strong analytical thinking, attention to detail, collaborative teamwork, and effective communication skills help professionals excel in this position. These skills and qualities are crucial for developing accurate, reliable device models that drive innovation and optimize the design process in technology-driven environments.

What are popular job titles related to Device Modeling Engineer jobs in Santa Clara, CA?

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The top searched job categories for Device Modeling Engineer jobs in Santa Clara, CA are:

Device Modeling Engineer jobs near you
Infographic showing various Device Modeling Engineer job openings in Santa Clara, CA as of August 2026, with employment types broken down into 50% Full Time, and 50% Contract. Highlights an 100% In-person job distribution.

Device Modeling Engineer

Power Integrations

San Jose, CA • On-site

$125 - $150/hr

Other

Re-posted 19 days ago

Job description

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:
      • Process corners
      • Temperature and voltage extremes
      • 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:
      • Accurate for design
      • Efficient for simulation
      • 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:
      • Device engineering
      • IC design and layout teams
      • Product and test engineering
      • 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:
      • Ph.D. + 3+ years, OR
      • M.S. + 6+ years, OR
      • B.S. + 8+ years
    • Proven track record in device modeling for Si and/or WBG technologies
  • Technical Skills
    • Deep understanding of:
      • Semiconductor device physics (Si and GaN strongly preferred)
      • Device operation, parasitics, and switching behavior
    • Strong experience with:
      • Model extraction and development
      • High-voltage device characterization and test systems
      • CADENCE or equivalent simulation tools (Spectre/SPICE)
    • Familiarity with:
      • Compact modeling methodologies
      • Electro-thermal modeling
      • Behavioral modeling for system simulation
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