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Senior AI and Computer Vision Engineer (Spacecraft Pose Estimation & Autonomous Systems)

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Build and deploy deep-learning models for 6-DoF pose estimation of non-cooperative spacecraft using synthetic/lab data, optimizing for embedded and neuromorphic hardware. Own the full pipeline—from dataset generation to model deployment—while ensuring robustness, explainability, and certification-readiness in a fast-paced aerospace R&D environment.

Key Highlights
Develop and optimize deep-learning models for autonomous spacecraft pose estimation in constrained flight hardware.
End-to-end ownership of training pipelines, including synthetic-to-real domain adaptation and hardware deployment.
Collaborate with GNC/FPO teams to define validation criteria and hardware-in-the-loop testing for space-qualified systems.
Key Responsibilities
Design, train, and evaluate deep-learning models for 6-DoF pose estimation of non-cooperative spacecraft.
Manage synthetic/lab-to-real domain adaptation, augmentation, and experiment reproducibility pipelines.
Optimize models for flight hardware (quantization, distillation, pruning) and benchmark latency/memory/energy trade-offs.
Port and evaluate models on embedded/neuromorphic hardware, ensuring accuracy-energy balance.
Integrate explainability and uncertainty quantification for certification and failure-mode debugging.
Prototype self-supervised refinement methods for in-flight model adaptation on unlabeled imagery.
Define validation requirements, test scenarios, and hardware-in-the-loop testbed campaigns.
Collaborate with GNC/FPO teams to select and characterize space-qualified camera sensors.
Efficiently manage distributed training compute across cloud GPU and internal HPC resources.
Technical Skills Required
Python Deep Learning Frameworks (PyTorch) Computer Vision (3D Geometry, Camera Calibration)
Benefits & Perks
Relocation assistance provided
Visa sponsorship where applicable
Equal opportunity employer with diversity focus
Nice to Have
Experience with spacecraft rendezvous/docking or vision-based navigation
Familiarity with neuromorphic hardware (spiking neural networks, event-based cameras)
Knowledge of federated learning, differential privacy, or secure aggregation
Rendering/synthetic data generation (Blender, Unreal Engine, Isaac Sim)
Space or safety-critical software assurance experience

Job Description

Here at The Exploration Company, we are building innovative aerospace technologies that advance the future of space transportation.We want you as a hands-on AI and Computer Vision Engineer to build the perception capability behind autonomous close-proximity operations: models that estimate the relative position and orientation of non-cooperative spacecraft from camera images, trained largely on synthetic and lab data, and optimized to run on the compute we can actually fly.This is a builder role. You write the training code, run the experiments, take the models onto embedded and neuromorphic hardware, and own the results.
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