A project by TUM and Hochschule München.

RepairGPT

AI-driven platform offering step-by-step repair guidance, connecting users with licensed repair professionals, and providing access to necessary spare parts.

Challenge

ProductGPT for product circularity

The challenge revolves around how ProductGPT can support the circularity of products and extend their lifetimes. This includes identifying, testing, and validating the most impactful use case, as well as enhancing and completing features and the overall user interface and experience.

Team

Eric Edelmann, Fabien Rieth, Lisa Schowalter, Bartholomew Sean Then, Moriz Trenkner, Abby Yue

About the prototype

Based on a digital product passport, RepairGPT allows users to virtually interact with their furniture, empowering them to manage repairs and refurbishments themselves. An integrated AI technology enables users to select their product from a comprehensive library through the click of a button, upload photos or videos of damages, and receive tailored guidance and help, including home remedies and step-by-step tutorials, expert assistance, or connections to the manufacturer’s repair program. Moreover, RepairGPT facilitates refurbishments as it lets users virtually visualize changes to their furniture, thus facilitating the decision-making process. In addition to that, it provides easier access to refurbishment options provided by the manufacturer as well as to resell possibilities. RepairGPT doesn’t only contribute to extending the lifetime of furniture, but also enhances the customer-manufacturer relationship.

Outputs

  • pdf
    Project report

    Further information about the progress, milestones, and roadblocks.

  • url
    Prototype

    Example of the prototype on Figma

  • Credits: Photo by students