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Gan Device and MMIC Modeling Engineer

Gan Device and MMIC Modeling Engineer

CompanyHRL Laboratories
LocationDelano, CA, USA
Salary$132765 – $165983
TypeFull-Time
DegreesPhD
Experience LevelSenior, Expert or higher

Requirements

  • Experience in GaN HEMTs which should span functions including design, modeling, processing, and characterization of GaN HEMTs.
  • Practical and theoretical understanding of RF electronic devices
  • Deep understanding of non-linear compact modeling including parameter extraction and validation techniques
  • Hands-on experience with writing, winning and executing research projects. Must have authored scientific publications and given technical presentations.
  • Able to pursue difficult technical subjects independently, design experiments, analyze data, and provide solutions.
  • Able to produce technical presentations and reports and communicate effectively with colleagues and customers.
  • Excellent written and verbal communications skills.
  • PhD in electrical engineering or related field
  • Able to work within a semiconductor cleanroom environment
  • U.S. citizen or Permanent Resident status required

Responsibilities

  • Research and Development of advanced compact models for MMIC design using GaN HEMT technologies
  • Collaborate with process, RF test, CAD, and EDA engineers to develop, test, document, and release MMIC PDKs in Keysight ADS and Cadence AWR
  • Develop non-linear compact modeling including parameter extraction and validation techniques; Experience with field effect transistor models such as MVSG, ASM-HEMT, Angelov
  • Support internal and external MMIC design teams in performing accurate and efficient simulations of MMICs and modules and establish best practices for MMIC design
  • Support the research, development, and maturation of advanced GaN technologies, including device and process engineering
  • Assist or lead with writing proposals for contracted research and development program capture

Preferred Qualifications

    No preferred qualifications provided.