Apply EO/IR phenomenology and C++ expertise to sensor algorithms for True Anomaly’s space-based missile defense systems near Denver or Long Beach. Work onsite where specified.
This engineer transforms multi-band infrared and visible imagery into physical object understanding. The work includes radiometric calibration, band registration, adaptive detection, PSF photometry, signature modeling, and nonlinear tracking. Algorithms progress from first-principles design through software- and hardware-in-the-loop verification and flight software integration.
Key Responsibilities: Develop C++ processing for multi-band EO/IR imagery
Implement calibration, registration, stacking, detection, and photometry
Derive physics-based features from object signatures




Analyze algorithm performance using Monte Carlo campaigns
Validate algorithms with high-fidelity scene generation
Requirements: Bachelor’s degree in physics or related engineering discipline
Proficiency with C/C++ and Python
Two-plus years developing image processing algorithms
Two-plus years developing detection and tracking algorithms
Real-world deployment experience with implemented algorithms
Use EO/IR calibration, phenomenology, C++, and statistical validation to advance trustworthy perception for space-based defense.

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📌 EO/IR Sensor Algorithm Engineer (Ontario)
🏢 True Anomaly
📍 Ontario