The Role
We’re looking for an RFIC Engineer to design the advanced beamformer integrated circuits at the heart of our phased array solutions. As one of our early RFIC hires, you won’t just execute against a spec handed down to you—you’ll contribute to the architecture and design methodology behind our products and help shape how the team works as it grows.
You’ll own RFIC design from architecture through tape-out and bring-up, working shoulder-to-shoulder with antenna, digital, and DSP teams. The decisions you make will ripple through every product we build.
Responsibilities
- Design RFIC beamformers and associated RF/mm-wave building blocks (phase shifters, attenuators, LNAs, PAs, mixers, switches) for phased array systems
- Drive designs from specification and architecture definition through schematic, layout, tape-out, and silicon validation
- Run circuit and system-level simulations covering linearity, noise, gain/phase control accuracy, and power
- Collaborate with antenna, digital, and DSP teams to ensure RFIC performance meets full-system requirements
- Support lab characterization, debug, and design iteration of fabricated parts
- Contribute to design reviews, documentation, and the technical culture of a growing company
Minimum Qualifications
- Bachelor’s degree in Electrical Engineering or a related field
- 3–5 years of relevant experience in RFIC or RF/mm-wave circuit design
- Proficiency with industry-standard design and simulation tools (e.g., Cadence Virtuoso, Spectre, ADS, and EM simulators such as EMX, HFSS, or Momentum)
- Solid grounding in RF fundamentals: matching, noise, linearity, and S-parameters
Preferred Qualifications
- MSc or PhD with a focus on RFIC design
- Experience designing beamformers or phased array front-end ICs
- Familiarity with mm-wave design and silicon technologies (SiGe BiCMOS, CMOS, GaAs/GaN)
- Experience taking designs through tape-out and post-silicon validation
- Background in communications or radar system requirements
Why Roguebeam
This is a rare ground-floor opportunity. Joining a startup at this stage means your work has a direct, visible effect on whether the company succeeds—and a corresponding upside as we grow. Because we build the entire system in-house, you’ll see your RFIC designs integrated into real phased arrays and deployed in working systems, not handed off and forgotten. You’ll have real ownership and a seat at the table on technical direction.