Senior SoC/RTL Design Engineer

Qualcomm Technologies, Inc. is seeking a Senior SoC/RTL Design Engineer to join their team in San Diego, California. This role offers an exciting opportunity to work at the forefront of wireless and wired ASIC development for cutting-edge hardware and software products.

The position involves working independently on digital architecture, design, Verilog RTL coding, implementation, and verification of next-generation ASICs. You'll be responsible for delivering complex solutions from functional specification to final product across established wireless standards and protocols in mobile, networking, computing, and consumer electronics markets.

As a Senior SoC/RTL Design Engineer, you'll collaborate with cross-functional teams, investigating solutions for concept designs and evaluating architecture proposals. The role encompasses high-speed digital and mixed signal board design, including requirements gathering, schematic capture, component placement, and layout review. You'll be involved in component evaluation, circuit optimization, and unit-level testing of mobile phone and wireless designs.

Qualcomm offers a comprehensive benefits package including world-class health coverage, financial planning programs, emotional and mental health support, and extensive professional development opportunities. The company fosters a supportive, inclusive culture where innovative ideas are valued and contribute to world-changing technologies.

The position offers competitive compensation ranging from $150,386 to $173,400, with flexible work arrangements including hybrid options. This is an excellent opportunity for experienced professionals looking to work with leading engineering and technology experts while contributing to breakthrough technologies that impact lives globally.

Requirements include either a Master's degree in relevant fields or a Bachelor's degree with 5 years of progressive experience. The ideal candidate will have strong expertise in digital architecture, Verilog RTL coding, and ASIC implementation, combined with excellent problem-solving and collaboration skills.