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Skyworks Solutions

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RF Filter Design / BAW development Co-Op( January- December 2027)

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Summary

A 12-month onsite co-op (January-December 2027) at Skyworks' Ottawa design center, joining the BAW design team to develop next-generation BAW filter designs for WiFi, automotive, infrastructure, and IoT customers via mason-level circuit simulations, topology studies, EM simulations, tape-outs, and measurement validation.

RF Filter Design / BAW development Co-Op (January- December 2027)

Skyworks Solutions is seeking a talented intern to develop new high-frequency BAW filter modules.
The selected individual will join the BAW design team, focusing on the design, development, and delivery of next-generation BAW filter designs for Skyworks’ WiFi, Automotive, Infrastructure, and IoT customers.
The successful candidate will utilize simulations, feasibility & topology studies, and technology assessments to deliver compelling products and help drive advanced technology development.
We are seeking a student to work onsite in our Ottawa design center for a 12-month term starting January - December 2027.

Responsibilities

  • Work activities include: mason level circuit feasibility simulations, topology studies, evaluation of stack parameters, and their trade-offs
  • Taking measurements of finished products to validate performance
  • Compiling complicated results and sharing with the team in a clean, concise, well-organized format or design review
  • Tape out new filter design
  • EM simulations as necessary

Required Experience and Skills

  • University student, currently enrolled in an MSEE/PhD Program in the field of RF & Microwaves and/or acoustics (BAW preferred, but will consider other similar acoustic fields)
  • Must be able and available to work starting January 2027
  • Periodic online meetings with our international team may be required

Desired Experience and Skills

  • Strong understanding of RF and Microwaves
  • Strong understanding of S-Parameters
  • Strong understanding of acoustic resonators physics is a plus
  • Understanding of ladder filter topology and design techniques

Skills

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