Junior Engineer: Applied Physics&Computational Modeling

<div><p>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).</p><h3>Job Responsibilities:</h3><ul><li>Operate and maintain technical measurement equipment and sensors (cameras, thermal sensors, and radiometers.</li><li>Support planning and execution of field tests across different platforms and environments.</li><li>Ensure reliable data collection through proper setup, calibration, and basic troubleshooting.</li><li>Participate in the building of complex 3D environments for thermal signature simulations.</li><li>Contribute to improving software tools and data processing workflows (simulation codebases, GPU efficiency…)</li><li>Support research and implementation of atmospheric effects on multi-spectral light transport.</li><li>Assist in the development of AI algorithms for target detection&identification.</li><li>Coordinate with internal and external partners for test planning.</li></ul><h3>Qualifications and Experience:</h3><ul><li>Education: Bachelor’s or Master’s degree in Engineering (e.g. Applied Physics, Aerospace, Optical) or a related field with computational focus.</li><li>Exposure to one or more of the following is beneficial:</li><li>Sensors, imaging systems, or measurement equipment</li><li>Data analysis or scientific programming (e.g., Python)</li></ul></div>#J-18808-Ljbffr