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Reliable Robotics

Autonomous aircraft automation for cargo

FPGA Design Engineer - Radar

Silicon & ASIC DesignConfirmed live in the last 24 hours
Full-timeSeattle, WA, USA$145k - $165k /yr

About the Job

Requirements

  • A bachelor's degree in Electrical Engineering, Computer Engineering, or equivalent is required.
  • At least 2 years of full-cycle electronics hardware development experience in a professional environment are required.
  • Professional experience designing FPGA digital logic using industry-standard design, simulation, and synthesis tools is required.

Responsibilities

  • Own the entire FPGA design lifecycle, including product architecture, implementation, synthesis, hardware integration, and testing for the Air to Air Radar solution.
  • Coordinate with the avionics and radar teams to establish high-level FPGA requirements and hardware/software interfaces.
  • Translate MATLAB algorithms to fixed-point VHDL implementations.
  • Conduct system architecture performance tradeoffs and verify real-time performance.
  • Participate in collaborative development, including mutual peer review, to maintain high product quality.

Desired Qualifications

  • An advanced degree in Electrical Engineering, Computer Engineering, or equivalent is preferred.
  • Experience working with radar, RF transceivers, and/or software-defined radio is preferred.
  • A proven track record of product ownership, including development and field support, is preferred.
  • Experience with safety-critical FPGA development (DO-254 Level A/B or equivalent industry standard) is preferred.
  • Experience architecting, implementing, and verifying fixed-point DSP algorithms is preferred.
  • Comfort with a fast-paced, agile/iterative development lifecycle is preferred.
  • A pragmatic, results-oriented work style is preferred.

About the Company

Reliable Robotics

Autonomous aircraft automation for cargo

Reliable Robotics builds automation systems for airplanes to enable autonomous flight. They focus on both cargo and passenger aircraft (Part 23 small planes and Part 25 larger jets) and work with customers by selling or licensing their systems and providing maintenance and support. Their technology integrates into aircraft to enable gate-to-gate autonomous operations, using a certification-forward process that emphasizes meeting regulatory safety standards early in development. This makes their systems safer and more reliable from the start and helps them gain regulatory approval faster. The company differentiates itself through a proven track record of fully automated gate-to-gate operations on a Part 23 aircraft and by combining aerospace engineering with robotics know-how to align with aviation rules. The goal is to make air travel safer, more affordable, and more accessible, while transforming how goods and people are moved around the world.

Company size
201-500
Company stage
Series D
Total funding
$445.6M
Headquarters
Mountain View, CA
Founded
2017

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