Robotics Program Planning Guide
A Practical Guide for Starting a Robotics Program in Schools
Robotics is becoming an important part of STEM and computer science education. Schools are introducing robotics in the classroom to give students hands-on experience with coding, engineering, and automation.
A well-planned K-12 robotics program allows students to build, program, and test robotic systems while developing problem-solving and engineering skills.
The Robotics Program Planning Guide helps educators understand the key steps for introducing robotics into a STEM program.
Whether you are launching a robotics class, starting a robotics club, or expanding an existing STEM pathway, this guide provides a clear starting point.
What This Guide Covers
- Key steps for starting a robotics program in schools
- Choosing robotics platforms for different grade levels
- Aligning robotics activities with STEM and computer science curriculum
- Teaching coding and engineering through robotics projects
Funding options including Perkins V and Title IV
Why Schools Introduce Robotics Programs
Robotics programs help students explore technology through hands-on STEM learning.
Schools use robotics to:
- Increase student engagement in STEM
- Teach coding through real systems
- Build engineering and problem-solving skills
- Introduce automation, sensors, and robotics technology
Many schools begin with a single class or club and later expand into broader STEM or CTE pathways.
Download the Robotics Program Planning Guide
Explore practical steps for starting or expanding a robotics program in your school.