VEX®
Robotics Explorer
Build. Drive. Code. Explore.
Program Overview
Foundation in Engineering Concepts
Students build simple, functional robots while learning core engineering principles like motors, gears, sensors, and movement through direct, hands-on experience.
Introduction to Visual Coding
Young learners use beginner-friendly, block-based programming to bring their robots to life, establishing a fundamental understanding of logic and sequence.
Guided Engineering Process
The course follows a structured "build-test-improve" cycle, teaching students to observe outcomes and make purposeful adjustments to their designs.
Teamwork and Strategy Development
While focusing on robot control and navigation, students collaborate to plan paths and solve challenges, fostering early teamwork and strategic thinking skills.
What Your Child Will Learn
Engineering Basics
Understanding motors, gears, movement, and sensors through hands-on robot building.
Visual Coding Foundations
Using beginner-friendly block-based coding to control robot behavior and logic.
Robot Control & Navigation
Practicing precise driving, path planning, and movement accuracy.
Problem Solving Through Testing
Testing ideas, observing outcomes, and refining designs based on results.
Teamwork & Strategy
Solving challenges collaboratively through planning, coordination, and shared decision-making.
Program Details
Your child will build various simple robots and mechanisms using the VEX GO and VEX AIM kits, such as cars, grippers, or basic autonomous machines designed to complete fun, age-appropriate challenges.
No prior experience is needed. The course is designed for absolute beginners, starting with basic building and intuitive block-based coding.
They will be introduced to fundamental ideas like cause and effect (motors make wheels turn), simple mechanics (gears and levers), and how sensors (like touch or distance) allow a robot to interact with its environment.
Unlike passive play, this program emphasizes a guided engineering process. Children learn to solve specific problems, test their solutions, analyze why something did or didn’t work, and iterate on their designs—developing critical thinking and problem-solving habits.
At this level, the focus is on exploration and skill-building through cooperative challenges. The environment is supportive and non-competitive, designed to build confidence and a love for STEM.
Start Your Child’s Robotics Journey
Give your child an engaging first experience with robotics through building, driving, and coding real robots in a fun, structured environment.
