About The Position

At Cadence, we hire and develop leaders and innovators who want to make an impact on the world of technology. Product Engineering Internship, Simulation and Verification (Spring 2026) This PE Internship will be based out of our Burlington office during the Spring Semester. Responsibilities: As a Product Engineering intern, you will get the opportunity to work on the simulation, and verification-validation testing of high-speed digital systems. Simulate PCBs and packages in commercial 2.5D electromagnetics simulators to extract models and subsequently, impedance profiles; perform time domain analysis Provide feedback to developers on simulation tool usage Requirements: Currently enrolled as student pursuing MSEE, or equivalent Experience or course work in electromagnetics, optimization, signal processing and system analysis, and channel theory or associated courses. Experience using signal integrity analysis and extraction tools (Cadence SIgrity, ADS, HFSS) Interest in machine learning is a plus. Must be available to work onsite in Burlington office 40 hours a week. This role is not remote and all applicants should currently be attending school within reasonable distance to Cadence's Burlington office location. We’re doing work that matters. Help us solve what others can’t.

Requirements

  • Currently enrolled as student pursuing MSEE, or equivalent
  • Experience or course work in electromagnetics, optimization, signal processing and system analysis, and channel theory or associated courses.
  • Experience using signal integrity analysis and extraction tools (Cadence SIgrity, ADS, HFSS)
  • Must be available to work onsite in Burlington office 40 hours a week.
  • This role is not remote and all applicants should currently be attending school within reasonable distance to Cadence's Burlington office location.

Nice To Haves

  • Interest in machine learning is a plus.

Responsibilities

  • work on the simulation, and verification-validation testing of high-speed digital systems
  • Simulate PCBs and packages in commercial 2.5D electromagnetics simulators to extract models and subsequently, impedance profiles
  • perform time domain analysis
  • Provide feedback to developers on simulation tool usage
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