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PROJECT SHOWCASE

BUILDING THE WORLD'S FASTEST Humanoid Robot

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The Robo rumble project

RoboRumble unites a team of 20 engineers across mechanical, electrical, and software teams to design and build competitive fighting robots. This initiative fosters creativity, precision, and teamwork, while providing hands-on opportunities for beginner engineers to step into the field of robotics. RoboRumble aims to inspire innovation and collaboration – stay tuned for our next thrilling showdown!

  • Instagram
  • LinkedIn

Innovation and Education Project

The Innovation and Education initiative brings together students passionate about robotics and knowledge-sharing. Through a podcast, a speaker series, workshops, and hackathons, the team provides hands-on learning opportunities for both beginners and experienced engineers. This initiative fosters collaboration, creativity, and growth, inspiring the next generation of roboticists and driving progress in the field. Stay tuned for upcoming events and projects!

  • Instagram
  • LinkedIn
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RoboTum's humanoid Robot

We are building the world’s fastest humanoid robot. A team of 17 engineers, divided into sub-teams for mechanics, electronics & control, and simulation, is working together to deliver a working prototype by the 20th January 2024. Stay tuned as we prepare to showcase our creation at future humanoid robot competitions!

roborumble cover.jpeg

The Robo rumble project

RoboRumble unites a team of 20 engineers across mechanical, electrical, and software teams to design and build competitive fighting robots. This initiative fosters creativity, precision, and teamwork, while providing hands-on opportunities for beginner engineers to step into the field of robotics. RoboRumble aims to inspire innovation and collaboration – stay tuned for our next thrilling showdown!

  • Instagram
  • LinkedIn

Innovation and Education Programm

The Innovation and Education initiative brings together students passionate about robotics and knowledge-sharing. Through a podcast, a speaker series, workshops, and hackathons, the team provides hands-on learning opportunities for both beginners and experienced engineers. This initiative fosters collaboration, creativity, and growth, inspiring the next generation of roboticists and driving progress in the field. Stay tuned for upcoming events and projects!

  • Instagram
  • LinkedIn
Picture1_edited.png
Picture1.png
Picture1.png

RoboTum's humanoid Robot

We are building the world’s fastest humanoid robot. A team of 15 engineers, divided into sub-teams for mechanics, electronics & control, and simulation, is working together to deliver a working prototype by the 20th January 2024. Stay tuned as we prepare to showcase our creation at future humanoid robot competitions!

roborumble cover.jpeg

The Robo rumble project

RoboRumble unites a team of 20 engineers across mechanical, electrical, and software teams to design and build competitive fighting robots. This initiative fosters creativity, precision, and teamwork, while providing hands-on opportunities for beginner engineers to step into the field of robotics. RoboRumble aims to inspire innovation and collaboration – stay tuned for our next thrilling showdown!

  • Instagram
  • LinkedIn

Innovation and Education Project

The Innovation and Education initiative brings together students passionate about robotics and knowledge-sharing. Through a podcast, a speaker series, workshops, and hackathons, the team provides hands-on learning opportunities for both beginners and experienced engineers. This initiative fosters collaboration, creativity, and growth, inspiring the next generation of roboticists and driving progress in the field. Stay tuned for upcoming events and projects!

  • Instagram
  • LinkedIn
Picture1_edited.png
Picture1.png
Picture1.png

RoboTum's humanoid Robot

We are building the world’s fastest humanoid robot. A team of 15 engineers, divided into sub-teams for mechanics, electronics & control, and simulation, is working together to deliver a working prototype by the 20th January 2024. Stay tuned as we prepare to showcase our creation at future humanoid robot competitions!

roborumble cover_edited.jpg

The Robo rumble project

RoboRumble unites a team of 20 engineers across mechanical, electrical, and software teams to design and build competitive fighting robots. This initiative fosters creativity, precision, and teamwork, while providing hands-on opportunities for beginner engineers to step into the field of robotics. RoboRumble aims to inspire innovation and collaboration – stay tuned for our next thrilling showdown!

  • Instagram
  • LinkedIn

Innovation and Education Project

The Innovation and Education initiative brings together students passionate about robotics and knowledge-sharing. Through a podcast, a speaker series, workshops, and hackathons, the team provides hands-on learning opportunities for both beginners and experienced engineers. This initiative fosters collaboration, creativity, and growth, inspiring the next generation of roboticists and driving progress in the field. Stay tuned for upcoming events and projects!

  • Instagram
  • LinkedIn
Picture1_edited.png
Picture1.png
Picture1.png

RoboTum's humanoid Robot

We are building the world’s fastest humanoid robot. A team of 15 engineers, divided into sub-teams for mechanics, electronics & control, and simulation, is working together to deliver a working prototype by the 20th January 2024. Stay tuned as we prepare to showcase our creation at future humanoid robot competitions!

  • Instagram
  • LinkedIn

Foundations of RoboTUM

Mission

RoboTUM provides TUM students with a collaborative platform to excel in robotics through workshops, hackathons, and projects, bridging academia and industry, and fostering personal growth, skill development, and ethical practices.

Vision

RoboTUM aims to establish Munich as a leading robotics hub by fostering a collaborative, inclusive, and innovative community at TUM, promoting ethical practices, entrepreneurial spirit, and measurable impacts in robotics.

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Our Team

Applications closed

Applications reopen in the Summer Semester 2025

Academic Collaborations

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