We’re hiring an RF Engineer to design and deliver the backbone of our comms and navigation stack — from PCB to polar deployment. In environments where GNSS is degraded or denied, your work will be critical to how our autonomous systems communicate, navigate, and stay mission-focused. You’ll design, build and deploy RF interfaces into field-ready hardware — working closely with systems, software, electronic, and mechanical engineers to ensure a seamless and uninterrupted comms layer in the harshest climate on Earth.

• Design, simulate, and build RF hardware from first principles — including filters, amplifiers, LNAs, and antennas
• Conduct evaluation tests (incl. cold-chamber testing) on circuitry to improve reliability and performance
• Build RF circuits (LNA’s, filters, power amplifiers) as well as support circuitry (power, digital control)
• Integrate LoRa, INS, and GNSS (incl. RTK & PPK) into full-stack platforms
• Lead RF integration across our comms and autonomy hardware — optimising for range, reliability, and power
• Collaborate with in-house engineering teams (Systems, Hardware, Software, GIS)
• Travel to the Arctic for R&D field testing and meetings with industry representatives

• 5+ years in RF experience across circuits, filters and antennas ideally in GPS denied/degraded environments
• Degree in Electrical, Systems, or Aerospace Engineering with a demonstrable portfolio of previous work
• Deep understanding of RF line-up design: input/output power and blocker/jammer tolerance
• Comfortable working across disciplines —from software devs to field operators
• The ability to operate with autonomy, take initiative, and consistently deliver high-quality, reliable solutions
• Readiness to operate in safe but cold environments while conducting R&D prototype field tests

• Stock options and a competitive compensation
• Mission-driven culture – focus on impact, not hours logged
• Real field exposure – travel to Arctic sites and Outposts when needed