Robotics STEM Education Curriculum

At NextWaveSTEM®, our Robotics STEM Education Course introduces students in Grades K-8 to the fundamentals of robotics and the world of coding. Using Code & Go Robot Mouse, mBot, and mBlocky, students gain practical experience with sequencing, problem-solving, and logical thinking—essential skills for today’s technology-driven world.

With over 15 hours of structured lessons, students will learn to complete step-by-step algorithms, debug errors, navigate mazes, and even build robotic projects. Designed for schools, our turn-key curriculum includes in-person and virtual options, teacher training, and standards-aligned robotics classes. Easy to implement during school, after-school, or as summer programs, these robotic classes prepare students for the future of robotics and AI.

Make Robotics a Part of Your School! Get in touch with us today!

 What is Robotics?

“Robotics is an interdisciplinary sector of science and engineering dedicated to the design, construction and use of mechanical robots.” - BuiltIn

Robots might seem like something of the future - think R2D2 or WALL-E - but the reality is robots are being used today for simple repetitive tasks like tightening screws to an engine and complex tasks such as helping surgeons perform extremely intricate operations.

A robot is a programmable machine that was originally built to help humans handle monotonous tasks, and they can be fully controlled by humans or can perform tasks without much input. 

Who Can Learn Robotics?

At NextWaveSTEM®, we offer Robotics and Stem Education courses for kids and professional development for teachers.

Grades K-2

Introduction to Robots:
What is a Robot?

In this Robotics STEM Education course, students are introduced to robots using Colby the Robot Mouse. They learn how to complete algorithms, how to give and follow directions, read maps, and apply them to Colby for results.

Tools/Software/Technical Requirements: Code & Go® Robot Mouse, Colby

Grades 9-12

Creation and Evaluation: Coding Microbit for Manufacturing

In this STEM course designed for high schoolers, students will engage in the engineering design process to design, build, and program robots to solve real-world problems.

Tools/Software/Technical Requirements: Micro:bit microcontrollers, various sensors (light, ultrasonic, temperature, color), motors, breadboards, jumper wires, PC/Mac computers with the MakeCode editor.

Why Robotics?

Why should we learn and teach robotics? Because we need designers, developers, and engineers to make today’s robots better and to create new innovations that will improve our lives in the future. We need more people saying, “Hey, I can build a robot that will solve that problem!” Let’s learn some more reasons why students should learn STEM and robotics:

Learn 3 reasons to teach Robotics in 2022!

Developing Advanced Problem-Solving Skills

Robotics classes teach students how machines think and operate, challenging them to debug code, optimize movement, and improve robotic functions. They learn how to build efficient, task-oriented robots that can navigate obstacles, follow commands, and complete complex operations.

Preparing for a World Driven by Automation

From self-driving cars to robotic arms in manufacturing, robotics and AI are transforming industries. Teaching robotics ensures that students understand and contribute to the future of automation rather than just being passive users of technology. 

Robotics uniquely combines coding, electronics, and mechanical engineering, allowing students to see firsthand how software controls physical machines. Unlike traditional programming, robotics provides a hands-on way to test and refine algorithms, making abstract coding concepts more interactive and practical.

Making Learning Robotics Engaging and Impactful

Robotics isn’t just theoretical—it’s hands-on, interactive, and fun. Students don’t just read about technology; they build, code, and experiment with real robots, seeing their creations come to life. This engagement fuels curiosity and innovation, encouraging students to explore future careers in robotics, artificial intelligence, software development, mechatronics, and beyond.

Strengthening Math and Physics Understanding

When students work on robotics projects, they naturally apply concepts like angles, force, acceleration, speed, friction, and energy—all core ideas in math and physics. Instead of solving equations on paper, they’re calculating how far a robot needs to move or what speed it needs to climb a slope without tipping over. These practical application makes math and science more meaningful and easier to grasp, as students can see and feel the results of what they’re learning. It’s STEM education in action—and it sticks.

 How Can I Bring Robotics to My School?

Anyone can teach Robotics! With all NextWaveSTEM® courses, Curriculum & LMS Access, Equipment Kits, and Student Connection Materials are included. The only thing left to decide is whether you want to teach the course or you want a NextWaveSTEM® certified mentor to teach.

 FAQs