A close-up photo of a small, partially assembled robotic prototype. The robot is constructed from various electronic components, visible wiring (red, blue, orange), small motors, and a green-and-white chassis body.

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Creating inovattive solutions for tomorrow!

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BBC Micro:Bit

Cute Bot Pro

A detailed photo of a small, DIY robotic prototype resting on a white desk. The robot features a visible chassis, multiple electrical components, and wiring, including a central microcontroller board and two driven wheels.

This is the Micro:Bit Cute Bot Pro which can sense and recognise certain printed symbols.

This Micro:Bit robot has a Vision camera attached, which lets it recognise certain pictures or symbols that can be places around the map.

The Micro:Bit robot can also be coded to compete in line tracing competitons or even comtrolled remotely.

Vex Robotics

Vex V5

A large, complex, mechanical prototype structure built on the floor, assembled using numerous modular, silver metal rods and connectors. The robot appears to be highly articulated, featuring multiple vertical supports, linkages, and a base equipped with wheels, suggesting a sophisticated mechanical or lifting mechanism.

This is a skeleton robot for 25-26 season of Vex Robotics which main goal is to pick up and score objects around the field.

We are competiting in Vex Robotics at the University level and am using 3D CAD software to design our robots before making them with either the Vex offical materials, 3D materials or sheet metal inorder to complete the game's objectives.

The robot uses C++ language to communicate with the controllers and move the robot autonomosly.

RoboMaster

DJI RoboMaster S1

A photo of a tracked robotic prototype, sitting on a light-colored floor in a workshop environment. The robot has a large, black chassis and uses motorized treads for movement. Mounted on top of the chassis is an electronic assembly featuring a white vertical mount, various sensors, and wiring.

This is one of our Robomaster robots which we use for events and internal CCA competitions.

The robomaster robots shoot a laser to complete time trials or compete against other robots by shooting the sensors around the robots.

These robots have the capability to be modified inorder to fulfil different game objectives using 3D printed parts.

Miscellaneous

P1S Bamboo 3D Printers

A workshop setting featuring two industrial-grade 3D printers lined up on a white table. The printers are black and prominent.

These are our own 3D printers that are exclusive to RIG (Robotics Interest Group) students.

These are P1S Bamboo printer that we use to print 3D parts for our robots, competitions or events.

Miscellaneous

Waveshare UGV Rover

A mobile, autonomous robot prototype, designated ROVER P5-R3, resting on a light-colored floor. The robot has a sturdy black chassis and is equipped with four large wheels. A dedicated camera or sensor unit is mounted vertically on a mount at the front of the chassis.

This rover has a LiDAR (Laser Imaging, Detection, and Ranging) sensor that helps it map out and log items in a room.

This rover can be programmed to move around a room to identify objects and obstacles and record them in a seperate library.

The locations of the objects and obstacles are also recorded and can be recalled if needed.

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A blurred image of a preson controlling a robot.

Join Us

We are looking for people who have the following skills

manufacturing

Problem Solving

Help engineer innovative solutions for tomorrow.

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Organised

Able to keep working area organised.

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Creative

Able to solve problems by thinking outside the box.

Join NYP RIG

We hold our club sessions Every Friday from 2.30pm to 4.30pm at R.407.