Full Robot Track
Design and build a complete autonomous robot capable of performing complex tasks
Overview
Teams build a robotic solution inspired by any category of the competition. A robotic solution is a complete, functional system that combines hardware and software to use a robot (or robotic system), either autonomously, semi-autonomously, or via a controller, to solve a specific real-world problem.
Eligibility Requirements
Currently enrolled undergraduate or postgraduate students with valid student ID
Requirements
Booth space: 2m × 1m × 2m, Display team info and project development, Robot demonstration, Posters or visual aids
Technical Rules
Use of fully manufactured robots is discouraged, May use one or multiple robots, No restrictions on motors no sensors no controllers, Code must be written by team or use freely available open-source code with proper citation
Competition Themes
Competition Phases
Proposal Submission
Submit a written proposal describing the project idea and proposed robotic solution
Deliverables
Project Proposal Report (Max 2 pages, PDF format) including: Clear summary of project idea, Description of robotic solution, Innovation and uniqueness, Impact on society, System construction and main components, Key design and programming ideas, Optional: Photo of imaginary robot or 3D sketch
Evaluation Criteria
Innovation, Quality & Creativity (25 points), Social Impact & Needs (20 points), Technical Soundness (20 points), Feasibility and Development Plan (20 points), Proposal Structure and Professionalism (15 points)
2 to 3 minutes Intro Video
Create and submit a demonstration video showing robot functionality
Deliverables
2 to 3 minutes video (MP4 format, HD quality, uploaded to YouTube as Unlisted) showing: Robot functionality and performance, Design and build quality, System stability, Clear explanation of technical aspects
Evaluation Criteria
Robot Performance in Video (30 points), Innovation & Problem-Solving (20 points), Engineering Design and Build Quality (20 points), System Stability and Robustness (15 points), Video Presentation & Explanation (15 points)
Final On-Site Demonstration
Present and demonstrate robot live at the university in front of judging panels
Deliverables
Live demonstration: Physical robot operation OR validated simulation OR uncut performance video, Booth display, Technical presentation, Q&A with judges
Evaluation Criteria
Live Robot Performance (20 points), Innovation & Problem-Solving (25 points), Engineering Design, Build & Software Quality (40 points), Presentation and Technical Q&A (15 points)
Competition Timeline
Application and Selection
Announcement of the competition
Opening of team registration for participation
Submission of the project abstract
Submission of project video
Selection of finalist teams
Bookings and Arrival Details
Reception of international teams arriving from abroad
Final project presentations
Farewell to participating teams and departure to the airport
Full Documentation
Download the complete documentation for detailed requirements and guidelines
Download Documentation