Hardware Engineers
Radiation-aware compute architecture, data locality and the physical design of matrix and stochastic execution paths.
Careers
Open roles coming soon.
EnergyIR is building a team across hardware, physics, electronics, machine learning, software and data — the disciplines it takes to put verifiable low-energy compute on a spacecraft.
Roles we are building for
The work will sit at the intersection of compute, spacecraft and verification.
Formal openings are not posted yet, but relevant candidates and partners can introduce themselves now.
Physicists
The thermodynamics underneath the stack: energy bounds, dissipation, device behaviour and the theory that keeps the claims honest.
Electronic Engineers
Analog and mixed-signal design, crossbar and periphery circuits, board bring-up and silicon validation.
Machine Learning Engineers
Models that hold their accuracy under tight power and fidelity budgets, and the inference paths that run them onboard.
Software Engineers
Compiler passes, graph lowering, mission-aware runtime scheduling and the developer interfaces on top of them.
Data Engineers
Benchmark harnesses, telemetry pipelines and the measurement infrastructure behind every published figure.
Contact path
Send a concise note with your background and the mission problem you want to work on.
Include links to technical work, publications, shipped systems or relevant aerospace experience.
Trust signals
Built for mission environmentsDesigned for radiation-aware computeBenchmark-backed architectureExport-control aware collaboration