Revolutionising Building Information Modelling (BIM) technology with Scan2BIM robot – integrating robotics, LiDAR, and AI for high-precision 3D scanning and modelling of built environment!

Our humanoid robot uses deep learning techniques and control theory to demonstrate and measure locomotion performance.

Utilising prehensile manipulation, this project enables legged robots to grasp small objects, handle larger items with a mounted arm, and collaborate for complex tasks.

Versatile vacuum-cup gripper effortlessly reconfigures to handle any size or shape of pouched and boxed products.

Introducing our autonomous grouting robot, Fabrica AI. It uses Computer Vision and ROS to seamlessly navigate obstacles and perfect tile grouting in any space.

The team hopes to create a locomotion policy that enhances robot agility and adaptability by mimicking the way animals learn to move and replicating their neural structures.

Witness seamless mobility with our Autonomous Mobile Robot, navigating its surroundings using advanced cameras and LiDAR for precise scanning of its environment.

This pick and place robot is specifically designed to pick up objects from one location and place them in another – a crucial component in many manufacturing and production lines.

Experience unparalleled agility with our aerial manipulators – multi-rotor drones equipped with robotic arms – as they grasp while flying rapidly like eagles!

Inspired by ant colonies, our modular aerial robots can dynamically reconfigure and reshape, enhancing lift capacity for load transport, improving fault tolerance, and enabling agile navigation.

Inspired by manta rays, this robot features flexible flapping fins for highly efficient, eco-friendly swimming, heralding the future of underwater surveillance with minimal environmental impact.

What happens when your legs don't work like they used to before? Our quadruped robot is designed to adapt to limb failures, seamlessly switching from different gaits to just keep moving – even with 2 faulty legs!

Making headway in wearable tech! Check out our lightweight, battery-operated industrial exoskeletons that help reduce the risk of workplace injury! The exoskeletons use advanced sensors and algorithms to precise assist your joints when needed.

ConcreteAI: where we "mix" innovation with construction efficiency – its digitalised system enhances productivity by reducing concreting cycle time, laying the foundation for less concrete waste and earlier project completions.

Smarter Robots. Better World. Transforming AI and robotics to expand the realm of possibilities in automation.

Unleash the power of RoboHub: where cutting-edge automation slashes costs, skyrockets productivity and transforms industries with unmatched precision and ease!

Charting the future with state-of-the-art autonomous maritime vehicles, driven by a powerhouse of NUS innovators across different disciplines.