Official VEX Video
See the scale of VEX Worlds
Top teams from around the world gather on one stage, taking on mechanical design, autonomous programming, driver control, engineering notebooks, and match strategy.
Official video by VEX Robotics
Cybot students at robotics competitions and VEX events.
Cybot Robotics Club · Vancouver
From curiosity to capability.
Real robotics training for students who want to build, code, compete, and understand the technologies shaping the future.
Vancouver · Ages 7-18
Real training. Real results.Scroll
Learning Path
Students do not just watch technology. They build with it.
Cybot classes connect mechanisms, sensors, code, strategy, and communication into one hands-on engineering pathway.
Build and test robots
Explain design choices
Debug under pressure
Think across subjects
Compete as a team
Improve with evidence
VEX World Stage
The world stage of student robotics.
VEX brings mechanical design, coding, autonomous systems, engineering documentation, teamwork, and strategy into a real global competition environment.
2,400+teams
20,000+students
60+countries
One of the world's largest student robotics competition ecosystems.
VEX IQ
Approachable robotics for younger builders.
Students learn structure, sensors, autonomous routines, driver control, and teamwork through a friendly competition format.
- Mechanical design
- Robot building
- Sensors
- Autonomous programming
- Team collaboration
- Competition skills
VEX V5
Advanced engineering for serious competitors.
Students move into metal robots, iterative design, complex mechanisms, match strategy, programming, and engineering notebooks.
- Advanced construction
- Metal robot design
- Programming
- Autonomous systems
- Engineering process
- Competition strategy
AI Literacy
AI is more than coding. The real trend is interdisciplinary learning.
Students learn how data, models, reasoning, bias, and real-world systems connect across subjects.
The real goal is for students to understand AI, use it responsibly, question it intelligently, and apply it in real environments such as physics, biology, finance, music, and game development.
01
Physics
Model motion, signals, sensors, energy, and robotic decisions.
02
Biology
Explore patterns in cells, genetics, health data, and living systems.
03
Economy
Explore supply chains, demand, resource allocation, forecasts, and policy effects.
04
Finance
Read market signals, model risk, analyze data, and test decisions.
05
Music
Explore rhythm, sound, composition, audio analysis, and AI-assisted production.
06
Entertainment
Learn recommendation, visual storytelling, game design, and responsible creation.
Observe
Understand where data comes from.
Learn
Find patterns and relationships.
Reason
Evaluate results and make judgments.
Create
Apply AI to robots, programming, and real projects.
Responsibility
Understand bias, limits, privacy, and responsible use.
Programming
Code is how ideas become systems.
Programming turns ideas into systems that can actually run. Students progress from logic and syntax into algorithms, data structures, robotics programming, and contest strategy.
- 01Logic
- 02Syntax
- 03Debugging
- 04Algorithms
- 05Data structures
- 06Contest strategy
Good coding is not typing fast. It is thinking clearly.
Future Innovation
Students learn to build with purpose.
The full Cybot journey connects robotics, AI, and coding into a practical innovation mindset: observe a problem, prototype a solution, test it, explain it, and keep improving.
Observe
Prototype
Program
Test
Improve
Start the Path
Book a free assessment.
Start with a conversation and a capability assessment.
Cybot Robotics ClubAddress
7545 Cambie St, Vancouver, BC, Canada
Phone+1 778 798 6860Emailkellychoi28@yahoo.comWeChat13076768117
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