VEX Robotics Competition; Design - Test - Modify; Critical Thinking & Problem-Solving; Teamwork and Communication;
Grade 5 - Grade 8 (ages 10–14)
Students don’t just learn theories — they build real robots to solve real challenges.
They apply science, technology, engineering, and math in a fun, practical way:
• Mechanical design
• Coding and automation
• Problem-solving through trial and improvement
→ Learning by doing makes STEM meaningful and memorable.
Each year’s challenge is new — students must analyze, design, test, and optimize their robots.
They learn to:
• Think logically and strategically
• Identify problems and find creative solutions
• Test hypotheses and use data to improve performance
→ Builds strong analytical and engineering mindsets.
VEX IQ combines mechanical building and programming:
• Students use VEXcode (Blocks or Python) to write autonomous programs
• They understand how sensors and motors work together
• They explore automation, loops, and algorithms
→ Early preparation for advanced STEM careers and future technologies.
Students work in teams to design, build, and present their robots.
They learn:
• How to collaborate and share ideas
• How to divide tasks and manage time
• How to present their designs confidently
→ Strengthens leadership, cooperation, and social-emotional skills.
When students compete and see their robot succeed, they gain pride and motivation.
They learn that success comes from effort, persistence, and teamwork.
→ Builds confidence, perseverance, and a growth mindset.
VEX IQ is one of the largest robotics competitions in the world, with events in 70+ countries.
Students can:
• Compete regionally, nationally, and internationally
• Meet peers from around the world
• Represent their school or community on a global stage
→ Inspires cultural exchange and global awareness.
VEX IQ participants develop skills that support academic success and future careers:
• Logical reasoning
• Communication and presentation
• Time management
• Creativity and innovation
→ Prepares students for high school robotics, STEM pathways, and even university-level engineering.
