AI, Physics and Robotics Powered Digital Twin Based Solutions
Cutting-edge Solutions in Digital Twins, Radiation Physics Modelling, Nuclear Safety, and Robotic Applications in Hazardous Environments.
Services offered
- Digital Twin Development for Nuclear and Safety-Critical Facilities
AI and physics-powered modelling of industrial facilities and processes; Multi-physics and AI-driven simulation tools for facility operations, safety planning, and decision support; Custom-built digital twins integrated with BIM, sensors, and robotic fleets for enhanced situational awareness. - Radiation Protection and Exposure Modelling
Advanced Monte Carlo and deterministic modelling for radiation assessment; dose estimation; physics-based risk assessments - Robotic Solutions for Nuclear and Hazardous Environments
AI-assisted mobile robotics and autonomous fleets for monitoring, inspection, and intervention; robotics integration with sensor networks/digital systems; human-robot collaboration solutions for remote operations - Nuclear Fuels, Materials, and Radiation Physics Modelling
Advanced computational modelling of nuclear fuels, cladding materials, and radiation transport; deterministic and Monte Carlo radiation physics simulations; simulation-driven analysis of fuel behavior, material degradation, and activation effects; digital twin integration with radiation transport models; Risk assessments for radiation protection - Radiation Exposure Training and Simulation with VRdose
3D radiation physics-powered scenario simulation tool; virtual training and operational planning; real-time dose assessment, shielding optimization, and radiation work planning; scenario-based emergency preparedness training; integration with digital twins for enhanced radiation safety and decision support
HADRON Lab integrates nuclear physics, AI, data analytics and robotics for safety-critical applications