Where Future Engineers Are Built
The Challenge That Transforms Students Into Innovators
Imagine being handed a sheet of plywood and a mystery box filled with materials like PVC pipe, screws, piano wire, a bicycle inner tube, an irrigation valve cover, an aluminum paint grid, a BRAIN (BEST Robotics Advanced Instruction Node programmable platform), and a micro-energy chain system. Now imagine having just eight weeks to engineer a fully functioning robot capable of performing a series of precise tasks… all within a three-minute window.
This is the challenge (and the excitement) of BEST Robotics, a national competition designed for middle and high school students. Our mission is to ignite a passion for science, technology, engineering, and math (STEM), and to inspire the next generation of innovators, problem-solvers, and technology leaders.
Through this hands-on, project-based experience, students engage in the Engineering Design Process, learning to think critically, collaborate effectively, and build creatively. They develop real-world skills in engineering, coding, fabrication, and presentation… skills that are highly sought after in today’s workforce.
Each fall, more than 300 schools and over 5,000 students nationwide participate in BEST Robotics—and those numbers continue to grow every year. The result? Not just robots, but empowered students ready to take on the future of STEM.
BEST Robotics At A Glance


All schools are welcome, regardless of socioeconomic background, size, or geographic location. Public, private, charter, and homeschool organizations (excluding individual families) are eligible to participate.

Participation is entirely free. There are no registration fees for schools.

STUDENTS ONLY!
Students are at the center of the program, taking full ownership of the design, build, and presentation process. Mentors serve solely as advisors and guides.

Engineers and other technical professionals from local industries serve as team mentors.

Over 3500 volunteers help run the local competitions and regional championships by serving as event personnel, judges, and team mentors.
The Impact of BEST Participation
Through their involvement in BEST Robotics, students:
Develop a practical understanding of mathematical concepts and applied physics in real-world contexts.
Apply critical thinking and problem-solving skills to authentic science and engineering challenges. These are skills that are highly transferable across academic disciplines and career paths.
Gain a deeper interest in pursuing studies and careers in science, technology, engineering, and mathematics (STEM).
Acquire insight into the engineering profession, helping to demystify what engineers do and how they contribute to society.
Engage in a full product development cycle, from concept and design to prototyping and market-ready presentation.
BEST Gives Students What They Need
In The Context Of What They Want.
Empowering Students with Essential Skills for Success
- Analytical and Abstract Thinking
- Independent, Self-Directed Learning
- Collaborative Teamwork
- Effective Project Management
- Strategic Decision-Making
- Creative Problem-Solving
- Confident Leadership



