Design, simulate, build, test, and deploy RF hardware for autonomous systems operating in Arctic environments. Responsibilities include developing filters, amplifiers, LNAs, antennas, and support circuitry; integrating LoRa, INS, GNSS, RTK, and PPK; leading RF integration across communications and autonomy platforms; conducting cold-chamber and field testing; and collaborating with systems, software, hardware, mechanical, and GIS engineers.

Designs, tests, and deploys cold-hardened mechanical hardware for autonomous Arctic systems. Responsibilities include materials selection, sealing, joinery, reliability engineering, cold-chamber and durability testing, QA standards, multidisciplinary integration, and field testing in Arctic environments. The role covers the full product lifecycle from concept and prototyping through production and deployment, with travel to Arctic sites and industry meetings.

Designs, integrates, and owns system architectures spanning hardware, software, electronics, autonomy, and rugged Arctic-ready equipment. Responsibilities include leading product integration, engineering reliability and safety, analyzing risks and vulnerabilities, complying with standards and regulations, and conducting Arctic field testing and client engagements. Requires hands-on systems engineering experience, cross-disciplinary communication, complex project delivery, and operational readiness in sub-zero environments.