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Principal Digital RTL Engineer

Roguebeam · Seattle · On-site

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About Roguebeam

One core technology. Comms and sensing. Backed by Space Capital.

About the role

We're looking for a Principal Digital RTL Engineer to set the architecture and technical direction for the digital control, beamforming, and interface logic at the heart of our phased-array products. As one of our earliest principal digital hires, you will define how we partition, specify, implement, and sign off digital silicon—not just execute a spec handed down to you.

What they're looking for

  • Bachelor's degree in Electrical Engineering, Computer Engineering, or a related field
  • 12+ years of digital RTL / ASIC or large-FPGA design experience, including ownership of a subsystem or chip-level digital architecture
  • Expert SystemVerilog/Verilog and industry-standard front-end tools (simulation, lint/CDC, synthesis, STA)
  • Deep command of synchronous design, multi-clock systems, CDC, FSMs, high-speed interfaces, and timing closure on real silicon
  • Multiple tape-outs or equivalent FPGA products shipped, demonstrated end-to-end ownership from architecture through bring-up
  • Proven ability to set technical direction, review others' designs at a high standard, and work as a peer with RF, DSP, and implementation leads
More about this role

Roguebeam is a startup developing advanced phased array systems for communications and radar applications. We design and manufacture complete systems in-house—RF, antenna, PCB, ASIC/digital, and DSP—giving our engineers end-to-end ownership of the technology and a direct line of sight from algorithm to deployed system.

We’re early, we’re growing fast, and the people who join us now will shape both the technology and the company.

We're looking for a Principal Digital RTL Engineer to set the architecture and technical direction for the digital control, beamforming, and interface logic at the heart of our phased-array products. As one of our earliest principal digital hires, you will define how we partition, specify, implement, and sign off digital silicon—not just execute a spec handed down to you.

You'll own the digital subsystem from architecture through RTL, synthesis/timing strategy, and silicon/FPGA bring-up, working as a peer with RFIC, antenna, and DSP leads. The decisions you make will define product capability and how the digital team scales.

Own digital architecture for beamformer control, phase/amplitude interfaces, calibration, high-speed datapaths, and system-level...

Read the full posting on Roguebeam's site ↗

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