À propos de ce poste ML Runtime Engineer chez Loftorbital
The AI Engineering team is where models meet the spacecraft. We own the full path from a partner's trained model to something that actually runs — fast — on flight hardware: compiling ONNX models into optimized engines for each accelerator, the Space Inference Engine and its execution providers, the SDK that packages models for flight, and the perf tooling that proves a model fits its power, thermal, and latency budget before it ever leaves the ground. As we open the platform to a growing roster of defense and Earth-observation partners, the team's scope and the range of silicon we target are expanding fast.
As our ML Runtime Engineer, you'll own model compilation and the performance tooling behind it. We're looking for someone scrappy — the kind of engineer who takes an unfamiliar model and an unforgiving power budget, digs into the graph, and gets it running on real hardware without waiting for the path to be handed to them. You'll move between model compilation, runtime internals, quantization, and hardware-in-the-loop CI, sometimes in the same afternoon.
About this role:
- Own model compilation: turn partner ONNX models into optimized engines per accelerator (TensorRT, Hailo, AMD/ROCm), within power & thermal budgets
- Build the ground-side compile & delivery path; define how a mismatched engine is detected/rejected on-node
- Build performance tooling: benchmarking, profiling, operator-coverage matrices, and budget validation
- Contribute to Space Inference Engine (execution providers) and the SDK (model build & packaging); coordinate the OBSW / Runtime team
Must Haves:
- Strong C++ and Python
- Model compilation: TensorRT (and/or equivalent graph compilers)
- ONNX Runtime, quantization & inference perf optimization
- Embedded / edge GPU deployment (NVIDIA Jetson)
- Benchmarking & profiling / perf tooling
- CI/CD incl. hardware-in-the-loop
Nice to Haves:
- Hailo SDK and/or AMD ROCm compilation (iX10)
- Writing custom kernels / operator plugins
- Remote sensing / large-image handling
- RF / IQ signal data exposure
- Meson build, Yocto / minimal Debian images
- Model-weight protection / secure execution