PWB Designer - Staff

Qualcomm Technologies, Inc. is seeking a Staff PWB Designer to join their Corporate Engineering unit in the PWB CAD department. This role offers an exciting opportunity to work on cutting-edge 5G & 6G designs across multiple business units including R&D, Mobile, Compute, IOT, Infrastructure, and Automotive.

The position involves designing and documenting printed wiring board layouts that conform to manufacturing and industry standards, as well as Qualcomm design guidelines. You'll work closely with electrical and mechanical design teams to develop PWB layouts that meet project goals and requirements. The role specifically focuses on 'form factor accurate' (FFA) test platform high volume circuit boards, requiring expertise in digital processors, RF, and radio circuits.

As a Staff PWB Designer, you'll collaborate with teams in both the US and India, providing PWB design solutions for high-performance electronic assemblies. The role requires proficiency in Siemens/Mentor Xpedition, PADS, and/or Cadence Allegro PWB design software. You'll be working with micro-vias, sequential lamination stack-ups, and design rules using .35 mm pitch and smaller packages.

The position offers competitive compensation ranging from $50,100 to $75,140, along with comprehensive benefits including medical, dental, and vision insurance, 401k, mental health assistance, and various professional development opportunities. Qualcomm provides a supportive, inclusive culture where your ideas can contribute to world-changing innovations and breakthrough technologies.

This role requires weekly onsite presence for team and project collaboration, offering the opportunity to work alongside some of the most respected engineering experts in the industry. You'll be part of a team that's pushing the boundaries of wireless technology and contributing to the next generation of mobile and IoT solutions.

Join Qualcomm to be part of a company that values innovation, collaboration, and professional growth, while working on projects that impact lives around the globe.