top of page

Jr. Robotics

This course provides an introduction to robotics including circuits, coding, and 3D printing.

Springville|Lehi

About the Class

Welcome to our Jr. Robotics League!  We have an immersive educational experience that goes beyond the traditional classroom, providing hands-on learning in the realms of circuit education, C++ coding, 3D design using Blender, and the fascinating process of 3D printing. Arduino, Coding, Design, 3D Printing ​ Benefits: Hardware and Software Skills Coding for All Levels Hands-On-Projects Expert Instruction Take Home Robotics Kits Certificate of Completion No Prior Experience Needed Access to 3D Printers Individualized Projects Flexible Class Schedules​ Our program is uniquely designed to unlock the full potential of your child, fostering critical thinking, problem-solving, and creativity. As they dive into the world of circuits, students will gain a foundational understanding of electronics, which is vital in today’s technology-driven world.  Understand Coding Our expert instructors will guide them from the basics to more complex programming constructs, all within an engaging and supportive environment that makes learning code as natural as learning a spoken language.  (C++ is taught in this course) Learn to Design with Blender Your child will harness their imagination, transforming ideas into digital 3D models. Present Final Project 3D Printing. All these skills come together in a final project where students design, code, and print their own simple robots, encapsulating the knowledge and skills they’ve gained throughout the course. What to expect after class completion? All of our students in the Jr. Robotics League will be presented a certificate of completion by the Academy.  This will make them eligible to move to onward to the VEX Robotics Competition Program. 


Contact Details

  • Springville

    Springville, UT, USA

    435-246-2921

    admin@utahsaa.com

  • Lehi

    4275 North Thanksgiving Way, Lehi, UT, USA

    435-246-2921

    admin@utahsaa.com


bottom of page