Junior Engineer: Applied Physics & Computational Modeling

A versatile Junior Engineer to contribute across our experimental and digital workstreams. This is a role designed for a candidate who is comfortable in high-performance computing and field-testing site. You will support the end-to-end lifecycle of thermal signature management from the physical measurement of platforms (drones, maritime vessels, vehicles) to the computational development (e.g., GPU-acceleration, radiometric simulations, AI-driven detection models).Job Responsibilities:Operate and maintain technical measurement equipment and sensors (cameras, thermal sensors, and radiometers.Support planning and execution of field tests across different platforms and environments.Ensure reliable data collection through proper setup, calibration, and basic troubleshooting.Participate in the building of complex 3D environments for thermal signature simulations.Contribute to improving software tools and data processing workflows (simulation codebases, GPU efficiency…)Support research and implementation of atmospheric effects on multi-spectral light transport.Assist in the development of AI algorithms for target detection & identification.Coordinate with internal and external partners for test planning.Qualifications and Experience:Education: Bachelor’s or Master’s degree in Engineering (e.g. Applied Physics, Aerospace, Optical) or a related field with computational focus.Exposure to one or more of the following is beneficial:Sensors, imaging systems, or measurement equipmentData analysis or scientific programming (e.g., Python)#J-18808-Ljbffr