Club Vision

Nurturing a world-leading robotics club and future engineering leaders.

PolyU AI & Robotics Club is a Faculty of Engineering platform where students learn AI and robotics by building real systems, joining competition teams, and growing from curious beginners into capable engineers and leaders.

Competitions Projects Transparent tiers

Vision

Build a world-leading robotics club through student growth.

Our vision is to nurture a world-leading robotics club and a community of students who learn AI and robotics by building real systems, joining competition teams, and growing from curious beginners into capable engineers and leaders.

Project-Based Learning

Students work on real robots, autonomy software, embedded systems, and integrated prototypes.

Competition Readiness

Core teams prepare for applied robotics contests that emphasize rescue, navigation, inspection, and real-world deployment.

Responsible Innovation

Members learn to consider safety, privacy, sustainability, teamwork, and the social impact of intelligent systems.

Technical Areas

Four tracks, one integrated robotics workflow.

Members can start in one area and gradually work across disciplines as they join deeper projects.

Mechanical

Design & Structure

CAD, parts modelling, manufacturing awareness, structure, mounting, and robot packaging.

Electronics

Control & Hardware

PCBs, sensors, actuators, embedded systems, power, wiring, and low-level debugging.

Perception

AI Vision & SLAM

Computer vision, detection, localization, mapping, sensor fusion, and robotics AI workflows.

Software

Systems & Simulation

Programming, simulation, AI algorithms, autonomy logic, integration, testing, and tooling.

Student Growth Pathway

From interested student to core robotics leader.

Students can see what to learn, what to contribute, and how to move upward through transparent performance milestones.

Explore

Level 3 / Registered Participant

Join seminars, workshops, demonstrations, and introductory sessions. Discover the technical track that fits you.

Contribute

Level 2 / Developing Member

Receive training, join internal projects, complete practical tasks, and build reliable skills with senior mentorship.

Lead

Level 1 / Advanced Core Member

Lead modules, mentor teammates, prepare competitions, and deliver strong project or research outcomes.

3 → 2

Show Foundation

Move from interest to project contribution.

Attend 70% of workshops and training in one semester.
Pass one foundation check in programming, electronics, mechanical design, or AI fundamentals.
Contribute actively to at least one project.
Earn endorsement from one Level 1 member or PhD supervisor.

2 → 1

Prove Leadership

Meet at least four milestones to join the core team.

Complete a significant technical project or research contribution.
Make substantial contributions to a major competition.
Lead a sub-team or mentor at least two members.
Commit at least 10 hours per week for one semester.
Produce strong documentation or presentations.
Receive two Level 1 nominations with faculty approval.

Week 7 Progress Check

Weeks 13–14 Semester Review

4 Weeks Mentored Probation

1 Week Appeal Window

Leave Status Protected When Approved

Club Structure

Deep functional groups, integrated project teams.

The club uses a matrix structure: members build expertise in functional groups, then combine across groups for competitions, projects, and research initiatives.

Vertical Functional Division

Specialized groups develop mechanical design, electronics and control, perception and AI, software, integration, operations, and documentation skills under senior-member and PhD-student mentorship.

Horizontal Project Integration

Cross-functional teams assemble for rescue robotics, robot dog modules, self-driving logistics vehicles, UAV work, and other applied robotics projects.

Club Archive