Elevating Tomorrow’s
Workforce by Preparing Them
for the Ever-Evolving Workplace
With the VEX CTE Workcell, designed for Career and Technical Education, students gain hands-on experience designing and programming a realistic workcell with a robotic arm, conveyors, and pneumatics. Teach industrial robotics with real-life manufacturing concepts like material handling and layout optimization.
The robot arm both visually and functionally replicates a real industrial robot arm. The arm's six different rotational joints allow students to freely manipulate the end effector within the arm's workspace.
Arm maximum reach: 33 cm Platform size: 63,5x33 cm
Layout Optimization
Plan and then reconfigure a realistic industrial conveyor system to optimize factory throughput. Utilize linear and serpentine conveyors and connect multiple Workcells to create interactions between distribution systems.
Unit 1: Introduction to Robotic Arms Unit 2: Using the Teach Pendant Unit 3: Coding Movements Unit 4: Motion Planning Unit 5: Absolute vs. Relative Movements Unit 6: Transporting and Palletizing Objects Unit 7: Stacking Objects Unit 8: Pick & Place Capstone Project: Engineering Design Process
Unit 1: Introduction to Workcells Unit 2: Pick & Place Unit 3: Sorting by Color Unit 4: Material Transportation Unit 5: Loading and Sorting Materials Unit 6: System Automation Unit 7: System Integration Unit 8: Cooperative Systems Capstone Project: Automated Manufacturing
VEX Certified Educator program helps prepare you to successfully implement VEX Robotics in your classroom.
Once certified, you also gain access to a growing community of education professionals and resources, to collaborate and share experiences, materials, and teaching strategies.