Electromechanical Engineer
Rune Technologies builds mission‑critical software for military logistics and sustainment. Our flagship product is TyrOS, an AI‑enabled logistics command and control platform that gives commanders a single, real‑time operating picture of their sustainment fight, from inventory and distribution to medical and operational planning, even in degraded and contested environments. We’re a small, fast‑moving team that combines deep operational experience in and with the DoD with the software discipline of the best product companies, and we apply that combination to a customer set that desperately needs it. We stay close to our users by embedding directly with military units during exercises and rotations, and we ship constantly based on what we learn.
About the Role
Rune builds logistics and sustainment technology for the U.S. military. Our systems combine software, communications, sensors, electronics, and hardware deployed in demanding operational environments. We are looking for a hands‑on Electromechanical Engineer who can design, build, integrate, test, and manufacture rugged physical systems. This person should be comfortable moving between CAD, engineering drawings, schematics, datasheets, the shop, the bench, manufacturers, vehicles, and the field. The core expectation is simple: Turn system concepts into physical hardware that works—and can be manufactured repeatedly.
Responsibilities
- Own hardware from concept through production: drive physical design, electromechanical integration, prototyping, DFM/DFA, testing, qualification, and manufacturing maturation; take ownership of hardware through the full development lifecycle.
- Design rugged physical systems: design enclosures, mounts, assemblies, packaging, wiring, and mechanical integration; integrate sensors, electronics, power systems, connectors, antennas, and other components; design hardware intended for demanding operational environments.
- Design for manufacturing: apply DFM/DFA principles to move hardware from prototype toward repeatable production; make design decisions around tolerances, materials, manufacturing processes, assembly, inspection, servicing, cost, and quality; design hardware that can be manufactured, assembled, installed, serviced, and scaled reliably.
- Design to requirements & standards: translate system and engineering requirements into physical design decisions; incorporate applicable military, commercial, safety, environmental, electrical, and mechanical standards; develop appropriate verification and qualification approaches.