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Our Team

The people behind Forge Robotics

Forge is a small UK team with a specific job: helping robotics manufacturers from China and around the world find the right customers, projects and delivery partners in the UK, and helping UK businesses put robots to work. Meet the people behind Forge Robotics and the specialist partners we work with, and explore their roles, experience and available public profiles.

Core team

Who runs Forge day to day

The founder, and the robotics engineers who scope, integrate and support Forge trials. Their experience is in getting robots to work reliably on real sites, not only in the lab.

Simon Bumford

Founder & CEO

Simon founded Forge Robotics after a career building and running technology businesses, including co-founding Simple Servers, a UK web-hosting company. He has travelled to meet robot manufacturers around the world to see for himself what their humanoid, quadruped and specialist platforms can do, and he works directly with manufacturers, UK customers and the engineering team to scope real problems and define the demonstrations, trials and pilots that prove what is possible. A computer science graduate of the University of Wolverhampton, he understands both the engineering detail and the commercial reality of bringing new technology to market.

Simon founded Forge Robotics after a career building and running technology businesses, including co-founding Simple Servers, a UK web-hosting company.

Skills and tools (18)
  • Business founding and leadership
  • Technology company operations
  • OEM and manufacturer partnerships
  • UK robotics market development
  • Commercial strategy and go-to-market
  • Customer problem scoping and solution design
  • C++
  • PHP development
  • Magento e-commerce development
  • MySQL database administration
  • cPanel / WHM server management
  • Linux server administration
  • Apache and Nginx web servers
  • Bash scripting
  • Web hosting infrastructure
  • DNS and domain management
  • Website performance optimisation
  • IT infrastructure and support
Bilal Rehman, Autonomy, Mapping & Localisation Lead at Forge Robotics

Bilal Rehman

Autonomy, Mapping & Localisation Lead

Bilal leads SLAM and localisation work for production autonomous service robots operating internationally, with more than seven years of robotics research and production experience across mapping, state estimation and multi-sensor fusion. He has built ROS 2 integration patterns around the Unitree Go2 SDK, including DDS communication, telemetry and safety-oriented posture services. At Forge that applies directly to customer-site trials, where a robot has to map an unfamiliar building, hold its position indoors without GPS and report when localisation confidence drops.

Bilal leads SLAM and localisation work for production autonomous service robots operating internationally, with more than seven years of robotics research and production experience across mapping, state estimation and multi-sensor fusion. At Forge that applies directly to customer-site trials, where a robot has to map an unfamiliar building, hold its position indoors without GPS and report when localisation confidence drops.

Skills and tools (40)
  • SLAM and robot localisation
  • Autonomous navigation systems
  • Multi-sensor fusion
  • LiDAR, IMU and camera integration
  • State estimation and inertial navigation
  • GPS-denied robot positioning
  • Visual-LiDAR SLAM
  • Multi-camera robotics systems
  • RGB-D camera integration
  • 2D and 3D LiDAR systems
  • Sensor calibration pipelines
  • Camera, LiDAR and IMU calibration
  • Robot mapping and lifelong map maintenance
  • Map updates and map healing
  • Global localisation
  • Relocalisation and place recognition
  • Robot pose estimation
  • EKF-based state estimation
  • Wheel encoder and odometry integration
  • GTSAM optimisation
  • Ceres Solver and g2o optimisation
  • ROS and ROS 2 development
  • DDS and CycloneDDS integration
  • Unitree Go2 SDK simulation integration
  • ROS 2 command and telemetry bridges
  • URDF robot models
  • Gazebo and MuJoCo simulation support
  • RViz visualisation
  • TF trees, odometry and robot-state monitoring
  • Robot diagnostics and localisation confidence monitoring
  • Fleet deployment support
  • Remote deployment diagnostics
  • Autonomous exploration and unknown-environment mapping
  • Computer vision and OpenCV
  • Point-cloud processing with PCL
  • Deep learning, object detection and semantic mapping
  • PyTorch and TensorFlow
  • C/C++, Python and MATLAB
  • Docker, Linux and Git-based robotics environments
  • CUDA, multi-threading and robotics performance optimisation
Mateo Kovačević, Robotics Integration & Field Deployment Lead at Forge Robotics

Mateo Kovačević

Robotics Integration & Field Deployment Lead

Mateo takes autonomous systems from development into safe, repeatable operation in the field. His experience spans ROS and ROS 2, autonomous navigation, MAVLink and MAVROS integration with ArduPilot and PX4, and sensor integration with RealSense, Velodyne, Ouster and RoboSense hardware, including autonomous wind-turbine inspection where he was responsible for real-hardware integration, failsafes and remote diagnosis. At Forge he assesses new robot platforms and their manufacturer SDKs, builds the ROS 2 integration layer and sets the safe testing procedures that take a pilot from simulation into a real site.

Mateo takes autonomous systems from development into safe, repeatable operation in the field. At Forge he assesses new robot platforms and their manufacturer SDKs, builds the ROS 2 integration layer and sets the safe testing procedures that take a pilot from simulation into a real site.

Skills and tools (26)
  • ROS and ROS 2 development
  • C++ and Python robotics development
  • Robot SDK and API assessment
  • Vendor SDK wrapping and ROS interface design
  • MAVLink and MAVROS
  • ArduPilot and PX4 integration
  • Autonomous navigation and mission workflows
  • LiDAR integration and point-cloud processing
  • Velodyne, Ouster and RoboSense LiDAR systems
  • Intel RealSense stereo depth cameras
  • Sensor fusion and registration
  • Computer vision, object detection and tracking
  • Camera and gimbal integration
  • Sony camera SDK integration
  • Gremsy gimbal integration
  • Docker-based robotics environments
  • Gazebo simulation and sim-to-real validation
  • CI/CD and integration testing
  • Remote robot diagnostics (SSH, logs, recorded data)
  • Field deployment, safety procedures and operational validation
  • Failsafes, pre-flight checks and controlled test processes
  • Remote support for deployed robotic systems
  • Multi-platform robotics integration
  • Autonomous inspection systems
  • Wind-turbine inspection robotics
  • Technical documentation and repeatable deployment workflows
Aditya Kulkarni, Robotics Perception & Autonomous Systems Engineer at Forge Robotics

Aditya Kulkarni

Robotics Perception & Autonomous Systems Engineer

Aditya specialises in perception, localisation, sensor fusion and the data pipelines that let a robot work outside the lab. He has worked hands-on with a physical Unitree Go2 EDU quadruped, supporting LiDAR SLAM, data capture and motion-prediction workflows in ROS 2, alongside autonomous-driving development with vehicle-mounted cameras, LiDAR, IMU and CAN data on NVIDIA hardware. At Forge he covers the sensing layer of quadruped and mobile-robot trials: camera and LiDAR integration, mapping, obstacle awareness and operational data capture.

Aditya specialises in perception, localisation, sensor fusion and the data pipelines that let a robot work outside the lab. At Forge he covers the sensing layer of quadruped and mobile-robot trials: camera and LiDAR integration, mapping, obstacle awareness and operational data capture.

Skills and tools (26)
  • Physical Unitree Go2 EDU experience
  • ROS 2 robotics development
  • LiDAR SLAM and localisation
  • Robot sensor logging and data capture
  • LiDAR, IMU and camera integration
  • Multi-sensor perception pipelines
  • Motion prediction and future-pose estimation
  • Mapping and environmental awareness
  • Robot state estimation
  • Sensor calibration and synchronisation
  • Point-cloud processing
  • Autonomous navigation support
  • Real-world robotic validation
  • ROS bags, diagnostics and recorded-data analysis
  • Remote robotics support and troubleshooting
  • NVIDIA Jetson, Orin and edge-AI environments
  • TensorRT and high-performance model inference
  • Multi-camera perception systems
  • Autonomous-vehicle sensor stacks
  • LiDAR, IMU and CAN-data workflows
  • Object detection and perception-model integration
  • Data pipeline design for robotics systems
  • Simulation-to-real validation support
  • Python and C++ robotics development
  • Linux-based robotics environments
  • Robot-platform integration and technical evaluation

Hamza Iqbal

Robotics Deployment & Mobile Manipulation Engineer

Hamza deploys, tests and improves autonomous mobile robots in live operational settings, with experience on production warehouse platforms covering pallet handling, small-load-carrier handling and autonomous picking. He has developed robot behaviours, RGB-D perception pipelines and simulation-backed CI/CD, and has supported large customer deployments by tracing faults through logs, ROS bags, video and remote diagnostics. At Forge that experience applies to warehouse, logistics and manufacturing trials, where a robot has to navigate, handle loads, recover from faults and be refined through customer-site testing.

Hamza deploys, tests and improves autonomous mobile robots in live operational settings, with experience on production warehouse platforms covering pallet handling, small-load-carrier handling and autonomous picking. At Forge that experience applies to warehouse, logistics and manufacturing trials, where a robot has to navigate, handle loads, recover from faults and be refined through customer-site testing.

Skills and tools (28)
  • ROS 2 robotics development
  • Python and C++ robotics software
  • Warehouse robotics and logistics automation
  • Autonomous mobile robots
  • Mobile manipulation
  • Pallet detection and handling workflows
  • Small-load-carrier and tote handling
  • RGB-D camera integration
  • 3D perception and object segmentation
  • Depth-camera APIs and sensor utilities
  • LiDAR and laser-scanner integration
  • Robot behaviour and task-skill development
  • Navigation and path-planning support
  • Sensor calibration and validation
  • Customer-site robot testing
  • Deployment diagnostics and regression testing
  • ROS bags, logs and video-based fault diagnosis
  • Robot debugging tools and monitoring workflows
  • Hardware and software fault isolation
  • Lighting, environment and perception-edge-case diagnosis
  • Docker-based robotics environments
  • Simulation and CI/CD validation pipelines
  • Linux robotics environments
  • Git-based development workflows
  • Remote support for deployed robots
  • Robot commissioning and operational readiness
  • Production robotics support at customer sites
  • Repeatable deployment and testing processes

Not every member of the team keeps a public professional profile. Where one is available, it is linked from the card.

Partner network

The people and organisations we work with

The people we work with at our partner organisations, shown with their position there. A company appears as a Forge partner only where it is listed under Partner organisations below.

Peter Jarvis

Partner organisation: Contechs Consulting

Group Chief Executive Officer

Peter leads Contechs Consulting, the automotive and manufacturing engineering consultancy that is Forge’s partner for taking robots from concept into working production systems. A director of Contechs since 2003, he was previously a Chief Engineer at Jaguar Land Rover, responsible for taking vehicle designs from concept through to launch. In 2020 he was named IoD Midlands Director of the Year in the large business category.

Peter leads Contechs Consulting, the automotive and manufacturing engineering consultancy that is Forge’s partner for taking robots from concept into working production systems.

Chris Innes

Partner organisation: Contechs Consulting

Operations Director

Chris is Operations Director of Contechs Consulting, Forge’s partner for taking robots from concept into working production systems, where he runs operations and systems across the group and manages its commercial operations outside finance. Before joining Contechs he spent more than 35 years in senior commercial roles with automotive suppliers, and he holds an MBA.

Chris is Operations Director of Contechs Consulting, Forge’s partner for taking robots from concept into working production systems, where he runs operations and systems across the group and manages its commercial operations outside finance.

Clive Wheeldon

Partner organisation: Macaw Security Solutions

Chairman

Clive is Chairman of Macaw Security Solutions, an accredited security company based in the West Midlands and operating nationally. The company is Forge’s partner for patrol and monitoring robots inside a managed security operation. His company directorships date back to 1993 and have included BAX Global Limited in freight logistics and the TP3 Global pharmaceutical thermal packaging group; he has been a director of his own company, Macaw Limited, an independent supply-chain consultancy, since 2002.

Clive is Chairman of Macaw Security Solutions, an accredited security company based in the West Midlands and operating nationally. The company is Forge’s partner for patrol and monitoring robots inside a managed security operation.

Partner organisations

Contechs Consulting logo

Contechs Consulting

Automotive & manufacturing engineering

Vehicle and manufacturing engineering from the automotive world, brought to the environment a robot has to work in, so the operation around it is engineered properly.

Macaw Security Solutions logo

Macaw Security Solutions

Security & remote monitoring

Monitored security operations from an accredited UK security company, so a patrol robot works inside a real security operation with detection, monitoring and a human response behind it.

Work with us

Talk to the people on this page

Whether you build robots and want a credible route into UK industry, or you run a UK business and want to see what a robot could do on your site, the conversation starts with us.