RF Linearizer Design Intern

MACOM Technology Solutions Holdings, Inc.•Hamilton Township, NJ
•$20 - $47

About The Position

The RF Linearizer Design Intern will work on a 12-week summer project in 2027 to develop a highly integrated test platform for measuring and characterizing amplifier modules across center frequency, power, temperature, and signal waveforms. The platform will support validation across the amplifier’s specified operating conditions and enable efficient handling of large test matrices and measurement datasets. The intern will develop a scalable test architecture that automates equipment control and data acquisition while processing, cataloging, and presenting results for engineering reviews. The project spans RF test methodology, high-speed ADC data acquisition, microcontroller communication and control, automated test sequencing, and data-processing and visualization. Each intern receives an individual project with defined outcome goals, hands-on experience, training and ongoing supervision, and formal written feedback. Interns are invited to a webinar series and networking and social events, and will present their project successes and pitfalls at a poster session.

Requirements

  • Must be a U.S. Person as defined for ITAR purposes: a U.S. citizen, U.S. national, lawful permanent resident, or individual granted asylum or refugee status.

Responsibilities

  • Develop a highly integrated test platform for measuring and characterizing amplifier modules across center frequency, power, temperature, and signal waveforms.
  • Develop a scalable test architecture that automates equipment control and data acquisition.
  • Efficiently process, catalog, and present measurement results for engineering reviews.
  • Present project successes and pitfalls at an intern poster session.

Benefits

  • Hands-on experience
  • Training and ongoing supervision
  • Invitation to an intern webinar series
  • Networking and social events
  • Formal written feedback
© 2026 Teal Labs, Inc
Privacy PolicyTerms of Service