VEX Robotics
Robotics programming and competition practice, comprehensively developing STEM abilities and teamwork
Course Introduction
COURSE INTRODUCTION
The VEX Robotics course brings students into the exciting world of robotics programming and competition. Starting from basic mechanical assembly and block-based programming, the course progressively advances to sensor applications, advanced programming, and competition strategy development. Students learn mechanical design principles, programming thinking, and engineering methodology through hands-on practice, while developing teamwork and problem-solving abilities. Our student teams consistently achieve excellent results in VEX competitions at all levels, and robotics competition experience has become a highlight activity for many students' college applications.
Course Features
COURSE FEATURES
Mechanical Design
Learn robot structural design principles, mastering gears, drivetrain, balance, and other mechanical fundamentals
Programming Introduction
From block-based programming to C++/Python text coding, progressively master robot programming skills
Competition Practice
Participate in VEX IQ and VEX EDR competitions, testing learning outcomes on real competition fields
Teamwork
Develop collaboration skills, leadership, and communication through team projects
Target Students
TARGET STUDENTS
Elementary and middle school students interested in robotics and programming
Student teams who want to participate in VEX robotics competitions
Students who want to develop comprehensive STEM abilities and hands-on skills
High school students planning to apply to STEM universities who need competition experience
Curriculum
CURRICULUM
Robot Basics
Learn about VEX robot components, basic assembly, and mechanical principles
Programming Introduction
VEXcode block-based programming introduction, mastering basic control logic
Advanced Programming
Sensor programming, PID control, and autonomous movement program writing
Competition Rules
In-depth understanding of current season competition rules and strategy development
Practice Training
Build competition robots, iterative debugging and optimization, and scrimmage practice
Competition Participation
Team up for regional, state, national, and world-level VEX competitions
Get Your Custom Plan
Submit your information to receive a personalized education plan
