The StackBot - A student project at Bielefeld University of Applied Sciences

StackBot: Students Develop a Robotic Version of "Make 'n' Break"

Students at FH Bielefeld have successfully transformed the classic game "Make 'n' Break" into a modern, robotic version called StackBot. In this version, an articulated-arm robot replaces one of the human players, competing to build a specified tower of blocks. The project was fully documented, showing each step—including frame construction, robot assembly, control cabinet setup, and programming—in time-lapse. This educational initiative highlights the importance of low-cost robotics in the education sector, providing students with the opportunity to apply theoretical concepts practically and unleash their creativity. The result is an innovative and fully functional product that demonstrates both technical skill and creative thinking.

What is the Application?

The robotic system automates block stacking challenges, simulating interactive tasks and enabling students to explore robotics in gaming applications.

What are the Advantages of the Solution?

• Hands-On Education: Encourages practical application of theoretical knowledge.

• Affordable Setup: Low-cost robotics make advanced projects accessible to students.

• Innovation Driven: Combines creativity with functional automation.

What are the Advantages of the Robot?

The articulated-arm robot enables:

• Interactive Applications: Adds dynamic functionality to gaming tasks.

• Scalable Learning: Supports diverse programming scenarios for students.

• Reliable Operation: Ensures consistent precision in stacking tasks.

Empowering Education with Robotic Creativity

The StackBot project showcases the potential of low-cost robotics in education, enabling students to explore practical applications and innovative ideas. By merging technical precision and creative problem-solving, the project highlights how robotics can transform learning into engaging real-world solutions.