HDRP/URP Intermediate skill with C# or another programming language You might also have: Experience with commercial/industrial data (CAD, BIM, GIS, LIDAR, point clouds, etc.) Production experience with developing headset AR/VR applications Product/studio lighting Rendering performance & optimization techniques Strong understanding of PBR workflows More ❯
london, south east england, United Kingdom Hybrid / WFH Options
Capgemini Engineering
HDRP/URP Intermediate skill with C# or another programming language You might also have: Experience with commercial/industrial data (CAD, BIM, GIS, LIDAR, point clouds, etc.) Production experience with developing headset AR/VR applications Product/studio lighting Rendering performance & optimization techniques Strong understanding of PBR workflows More ❯
powered by utilities scheduling largely by ground-based continuous monitoring. Transforming legacy infrastructure into smart grid solutions performance from space. Integrating real-time satellite, LIDAR in order to assess risk dynamically. Leverage scientific understanding of modelling the scale of lower field crew costs and improve efficiency with order OPTIMIZATION . More ❯
It relies on being credible and ensures money flows to projects that truly work! Tech-First Approach : They combine cutting-edge tech—think satellite LiDAR, AI models, and a proprietary Earth Data Hub—with deep policy and environmental expertise. It’s climate science meets big data. Hypergrowth Trajectory : Backed by More ❯
It relies on being credible and ensures money flows to projects that truly work! Tech-First Approach : They combine cutting-edge tech—think satellite LiDAR, AI models, and a proprietary Earth Data Hub—with deep policy and environmental expertise. It’s climate science meets big data. Hypergrowth Trajectory : Backed by More ❯
It relies on being credible and ensures money flows to projects that truly work! Tech-First Approach : They combine cutting-edge tech—think satellite LiDAR, AI models, and a proprietary Earth Data Hub—with deep policy and environmental expertise. It’s climate science meets big data. Hypergrowth Trajectory : Backed by More ❯
training and validating AI models that power autonomous navigation, object detection, and decision-making systems. Key Responsibilities: Pilot drones equipped with high-resolution cameras, LiDAR, thermal imaging, and other sensors to collect diverse datasets used for training AI algorithms, particularly for autonomous navigation, computer vision, and sensor fusion. Capture data … pilot, with significant experience in collecting data for industrial, research, or AI-focused applications. Expertise in flying drones equipped with advanced sensors such as LiDAR, thermal cameras, RGB cameras, and multispectral sensors. Familiarity with the nuances of autonomous flight, sensor integration, and machine learning workflows, especially those that involve real More ❯
