Senior or Principal MTS RF Engineer

Locations

Campbell, CA or Portland, OR

Responsibilities:

  • Use electromagnetic (EM) theory and EM propagation analysis, and knowledge of microwave tool-based modeling and analysis to perform electromagnetic modeling, simulation, and measurement of structures that aim to guide electromagnetic radiation from RF communication systems (e.g. chips) in a predictable manner; and to support new technology and product development, including on-going research and development of existing RF communication products and related systems.
  • Use RF measurement tools such as VNA, Anechoic chamber, and spectrum analyzer to design and construct measurement tools and systems for analysis of designed structures within communication systems.
  • Apply understanding of antenna theory and design, and microelectronic fabrication and materials to improve the performance and the manufacturability of the communication systems.
  • Design, construct, measure, analyze, and report on mockups and actual target systems.
  • Provide support to customers in the design process through simulation, measurement, and analysis activities.

Educational/Certification Requirement:

Master’s degree in EE/CS or equivalent, Ph.D. preferred.

Experience Requirement:

  • 5+ years of RF-based product validation and qualification experience for consumer/enterprise applications. Experience with mmWave-based products preferred.
  • Experience in designing, modeling and characterizing mmWave antennas, structures, and packages for RF communication is required.
  • Experience with RF-based product development for WirelessHD, WiGig or 802.11ad is preferred.
  • Expertise in using one or more of the following tools-HFSS, ADS momentum, SONNET, and CST for EM modeling and analysis.
  • Team player with interest in filling up gaps in product development, as needed.
  • Strong background on the following topics:
    • Theory of RF propagation, RF devices and RF design principles
    • Electromagnetic (EM) theory and EM propagation analysis
    • Microelectronic fabrication and materials
    • RF measurement techniques (VNA, Anechoic chamber, and spectrum analyzer)
    • Antenna theory and design
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