InnoPhase Inc., DBA GreenWave Radios™, is at the forefront of innovation in Open RAN digital radios. Our cutting-edge solutions, powered by the Hermes64 RF SoC, are designed to enhance network energy efficiency while dramatically reducing operational expenses, with purpose-built silicon that is the heart of ORAN-based active antenna arrays.

Headquartered in San Diego, California, GreenWave Radios™ has established itself as a pioneer in delivering power-efficient digital-to-RF solutions. The company is supported by a talented team of over 100 engineers spread across four global R&D facilities. With an extensive portfolio of more than 120 global patents, GreenWave Radios™ continues to push the boundaries of radio technology and innovation.

To learn more about GreenWave Radios™ and hear what our employees have to say, visit the GreenWave™ certification profile at GreatPlacetoWork.com or explore our Home - GreenWave Radios website.

About the Role

We're looking for an experienced Principal Hardware Systems Design Engineer to lead PCB design and development for next-generation, high-performance cellular base stations. Our 5G base station architecture is unique. We co-designed every element, from silicon through firmware, to deliver a compelling value proposition. You'll architect/design the board-level circuitry that complements our custom silicon — spanning digital processing, high-speed SerDes, power management, and RF transmission/reception — to deliver a complete base station solution that's both high-reliability and low-cost/power.

This is a high-visibility technical leadership role in San Diego: you'll own the design from concept through qualification, working shoulder-to-shoulder with various domain experts to ensure everything comes together.

What You'll Do

Develop an in-depth understanding of the base station system architecture and how all the elements work together
The system is partitioned across several PCB hardware components, each providing a function and having various physical and electrical interfaces. These are the components you will develop.
Own PCB development end-to-end, from concept through production
Design and implement RF, analog, digital, and power circuits for high-performance base station products
Partner with experts on floor planning, design and PCB constraints for seamless integration
Lead and review schematic capture and PCB layout
Optimize PCB stack-up for performance and cost
Develop and maintain schematic symbols and component footprints
Work closely with your team on this detailed implementation and scale the team’s capability by deploying AI in all parts of the flow
Drive the PCB development flow to improve quality and productivity
Lead PCB vendor engagement through DFM review
Support board bring-up and debug

What You Bring

12+ years designing mixed signal circuits in an engineering role
BSc in Electrical Engineering or equivalent experience/training
Strong knowledge, intuition and experience in complete solution systems
Proven track record in PCB schematic and layout design, ideally in high-speed and RF/analog applications
Hands-on experience with Altium or Cadence Allegro with the ability to transition tools efficiently
Solid grasp of signal integrity, power integrity, and thermal management principles
Functional knowledge of common PCB digital interfaces e.g., UART, Ethernet, SPI etc.
Working knowledge of PCB fabrication processes and DFM best practices
Strong foundation in both analog and digital electronics
A track record of mentoring less experienced designers
Excellent cross-functional collaboration and communication skills — you'll work daily with experts across multiple domains

Nice to Have

Experience in 5G wireless systems and operation, especially in base stations
Ability to thrive in a fast-paced environment where innovation must align with real-world constraints
Exposure to AI-assisted EDA tools for schematic/layout design and optimization, or functional and DFM checking
General comfort adopting AI-augmented workflows to boost design productivity — this is a plus, not a requirement, for the right hands-on RF/analog expert