1 to 25 of 45 Lidar Jobs in the UK

cloud telemetry architectures. Experience developing iOS companion apps for robotics or IoT systems (Swift/SwiftUI), including real-time telemetry visualization and remote operation interfaces. Knowledge of computer vision, LiDAR, and AI inference using CUDA, TensorRT, or similar. Background in safety-critical or industrial automation systems (utilities, renewables, or energy). Exposure to simulation environments (Gazebo, Isaac, Unreal Engine, Unity More ❯

cloud telemetry architectures. Experience developing iOS companion apps for robotics or IoT systems (Swift/SwiftUI), including real-time telemetry visualization and remote operation interfaces. Knowledge of computer vision, LiDAR, and AI inference using CUDA, TensorRT, or similar. Background in safety-critical or industrial automation systems (utilities, renewables, or energy). Exposure to simulation environments (Gazebo, Isaac, Unreal Engine, Unity More ❯

years of production-level software engineering in robotics or related fields. Developed robotic manipulators (kinematics, dynamics, motion planning) using Python (NumPy) and C++ (Eigen). Integrated sensors (RGB, depth, LiDAR) for navigation/localisation on platforms like Clearpath using ROS2 . Worked in Agile (Scrum) teams, managing tasks with Jira , contributing to sprints and retrospectives. Applied CI/CD pipelines More ❯

years of production-level software engineering in robotics or related fields. Developed robotic manipulators (kinematics, dynamics, motion planning) using Python (NumPy) and C++ (Eigen). Integrated sensors (RGB, depth, LiDAR) for navigation/localisation on platforms like Clearpath using ROS2 . Worked in Agile (Scrum) teams, managing tasks with Jira , contributing to sprints and retrospectives. Applied CI/CD pipelines More ❯

years of production-level software engineering in robotics or related fields. Developed robotic manipulators (kinematics, dynamics, motion planning) using Python (NumPy) and C++ (Eigen). Integrated sensors (RGB, depth, LiDAR) for navigation/localisation on platforms like Clearpath using ROS2 . Worked in Agile (Scrum) teams, managing tasks with Jira , contributing to sprints and retrospectives. Applied CI/CD pipelines More ❯

years of production-level software engineering in robotics or related fields. Developed robotic manipulators (kinematics, dynamics, motion planning) using Python (NumPy) and C++ (Eigen). Integrated sensors (RGB, depth, LiDAR) for navigation/localisation on platforms like Clearpath using ROS2 . Worked in Agile (Scrum) teams, managing tasks with Jira , contributing to sprints and retrospectives. Applied CI/CD pipelines More ❯

ability to work with leaders and influencers across the organisation Optional (one or more) Experience as a site manager, engineer or surveyor using technology such as total stations, GPS, LiDAR, intelligent plant etc Design experience with Autodesk BIM Software (e.g: Revit, Civil 3D, Plant 3D, Navisworks) Experience with ESRI ArcGIS or similar GIS systems Data science background or experience with More ❯

and hardware control systems for UAV, UXV, autonomous driving or aerospace applications Working knowledge of C/C++ Experience working with ROS or robotics sensors (IMU, GPS/GNSS, LIDAR, RADAR, Cameras, etc.) Experience with model-based design and modelling tools such as UML and/or SysML Understanding of state-space control and advanced controller architectures (robust control etc. More ❯

accelerate the energy transition — like: -> Automated design tools for heat pump systems -> A survey app for collecting property data on-site -> 2D/3D floorplan creators (maybe even with LiDAR and CV!) -> Country-wide data tools through large-scale scraping + mapping -> Hardware integrations (e.g. bluetooth laser measures, sensors) -> Offline-first/PWA apps for installers on the move Tech More ❯

accelerate the energy transition — like: -> Automated design tools for heat pump systems -> A survey app for collecting property data on-site -> 2D/3D floorplan creators (maybe even with LiDAR and CV!) -> Country-wide data tools through large-scale scraping + mapping -> Hardware integrations (e.g. bluetooth laser measures, sensors) -> Offline-first/PWA apps for installers on the move Tech More ❯

accelerate the energy transition — like: -> Automated design tools for heat pump systems -> A survey app for collecting property data on-site -> 2D/3D floorplan creators (maybe even with LiDAR and CV!) -> Country-wide data tools through large-scale scraping + mapping -> Hardware integrations (e.g. bluetooth laser measures, sensors) -> Offline-first/PWA apps for installers on the move Tech More ❯

accelerate the energy transition — like: -> Automated design tools for heat pump systems -> A survey app for collecting property data on-site -> 2D/3D floorplan creators (maybe even with LiDAR and CV!) -> Country-wide data tools through large-scale scraping + mapping -> Hardware integrations (e.g. bluetooth laser measures, sensors) -> Offline-first/PWA apps for installers on the move Tech More ❯

accelerate the energy transition — like: -> Automated design tools for heat pump systems -> A survey app for collecting property data on-site -> 2D/3D floorplan creators (maybe even with LiDAR and CV!) -> Country-wide data tools through large-scale scraping + mapping -> Hardware integrations (e.g. bluetooth laser measures, sensors) -> Offline-first/PWA apps for installers on the move Tech More ❯

using representation learning, behaviour cloning, and reinforcement learning. Partner with data and teleoperations teams to define quality standards and drive diverse data collection. Integrate multimodal inputs (vision, audio, proprioception, LiDAR/point clouds). Build and maintain end-to-end pipelines for simulation and real-world datasets, ensuring coverage and surfacing failure cases. Collaborate with MLOps teams to scale distributed More ❯

using representation learning, behaviour cloning, and reinforcement learning. Partner with data and teleoperations teams to define quality standards and drive diverse data collection. Integrate multimodal inputs (vision, audio, proprioception, LiDAR/point clouds). Build and maintain end-to-end pipelines for simulation and real-world datasets, ensuring coverage and surfacing failure cases. Collaborate with MLOps teams to scale distributed More ❯

using representation learning, behaviour cloning, and reinforcement learning. Partner with data and teleoperations teams to define quality standards and drive diverse data collection. Integrate multimodal inputs (vision, audio, proprioception, LiDAR/point clouds). Build and maintain end-to-end pipelines for simulation and real-world datasets, ensuring coverage and surfacing failure cases. Collaborate with MLOps teams to scale distributed More ❯

using representation learning, behaviour cloning, and reinforcement learning. Partner with data and teleoperations teams to define quality standards and drive diverse data collection. Integrate multimodal inputs (vision, audio, proprioception, LiDAR/point clouds). Build and maintain end-to-end pipelines for simulation and real-world datasets, ensuring coverage and surfacing failure cases. Collaborate with MLOps teams to scale distributed More ❯

managing geospatial databases Automating geospatial workflows and supporting project teams with spatial insights Working across sectors such as transport, energy, or urban development Added extras would be experience in LiDAR, Drones, photogrammetry, using AI driven tools in GIS, python programming Why BakerHicks? You’ll work on high-impact infrastructure and built environment projects across the UK You’ll be part More ❯

managing geospatial databases Automating geospatial workflows and supporting project teams with spatial insights Working across sectors such as transport, energy, or urban development Added extras would be experience in LiDAR, Drones, photogrammetry, using AI driven tools in GIS, python programming Why BakerHicks? You’ll work on high-impact infrastructure and built environment projects across the UK You’ll be part More ❯

managing geospatial databases Automating geospatial workflows and supporting project teams with spatial insights Working across sectors such as transport, energy, or urban development Added extras would be experience in LiDAR, Drones, photogrammetry, using AI driven tools in GIS, python programming Why BakerHicks? You’ll work on high-impact infrastructure and built environment projects across the UK You’ll be part More ❯

managing geospatial databases Automating geospatial workflows and supporting project teams with spatial insights Working across sectors such as transport, energy, or urban development Added extras would be experience in LiDAR, Drones, photogrammetry, using AI driven tools in GIS, python programming Why BakerHicks? You’ll work on high-impact infrastructure and built environment projects across the UK You’ll be part More ❯

managing geospatial databases Automating geospatial workflows and supporting project teams with spatial insights Working across sectors such as transport, energy, or urban development Added extras would be experience in LiDAR, Drones, photogrammetry, using AI driven tools in GIS, python programming Why BakerHicks? You’ll work on high-impact infrastructure and built environment projects across the UK You’ll be part More ❯

life balance. What we're looking for from you: A well-rounded, technically-minded scientist or engineer with an understanding of electro-optic systems; experience of infrared imaging or Lidar systems is desirable but not essential Have a proven track record of on-time delivery; particularly in a dynamic working environment. Able to engage with a broad range of internal More ❯

close the gap between sim and real. Run pre-/mid-/post-training on multimodal LLM/VLM/VLA stacks; plug in new modalities (vision, audio, proprioception, LiDAR/point clouds, ...) without breaking existing ones. Build and maintain continuous pipelines: ingest simulation + tele‐op logs, version them, apply weak‐supervision labelling, curate balanced datasets, and auto More ❯

close the gap between sim and real. Run pre-/mid-/post-training on multimodal LLM/VLM/VLA stacks; plug in new modalities (vision, audio, proprioception, LiDAR/point clouds, ...) without breaking existing ones. Build and maintain continuous pipelines: ingest simulation + tele‐op logs, version them, apply weak‐supervision labelling, curate balanced datasets, and auto More ❯