Herrenknecht Tunneling is the practical part of my Bachelor Thesis and explores the potential of a real-time data visualization in the field of tunnel boring machines. The project seeks to gain new insights into Herrenknecht's operations by utilizing the company's web API, which provides access to real-time data from their tunnel boring machines.











What makes this project so interesting is its emphasis on revealing new insights into the tunnel boring projects as they progress in real-time. The data visualization provides a detailed overview of the projects, enabling viewers to gain an informative understanding of the company's operations. The use of real-time data and the dynamic adjustment of parameters in the visualization creates an immersive experience for viewers. The prototypes demonstrate the potential of real-time data visualization in providing valuable insights into complex operations and highlight the importance of utilizing innovative approaches to visualizing data.


A screen recording showing the interaction with the Herrenknecht Tunneling data visualization prototype using VVVV Gamma.
17K continued this project and created an immersive data sculpture for Herrenknecht that was based on a custom particle system. This approach focused on the pressure involved in pushing the boring head against the material and evaluated the pressure information to determine the amount and type of material being mined. The data sculpture represented the mined material through different colored particles, with harder material being represented by a different type of sediment.
By providing a visually stunning representation of the mining process and offering a more intuitive way to understand the data, the sculpture enriched the company's presentation and enhances their communication with clients, investors, and employees.








Herrenknecht Tunneling is the practical part of my Bachelor Thesis and explores the potential of a real-time data visualization in the field of tunnel boring machines. The project seeks to gain new insights into Herrenknecht's operations by utilizing the company's web API, which provides access to real-time data from their tunnel boring machines.



What makes this project so interesting is its emphasis on revealing new insights into the tunnel boring projects as they progress in real-time. The data visualization provides a detailed overview of the projects, enabling viewers to gain an informative understanding of the company's operations. The use of real-time data and the dynamic adjustment of parameters in the visualization creates an immersive experience for viewers. The prototypes demonstrate the potential of real-time data visualization in providing valuable insights into complex operations and highlight the importance of utilizing innovative approaches to visualizing data.


A screen recording showing the interaction with the Herrenknecht Tunneling data visualization prototype using VVVV Gamma.
17K continued this project and created an immersive data sculpture for Herrenknecht that was based on a custom particle system. This approach focused on the pressure involved in pushing the boring head against the material and evaluated the pressure information to determine the amount and type of material being mined. The data sculpture represented the mined material through different colored particles, with harder material being represented by a different type of sediment.
By providing a visually stunning representation of the mining process and offering a more intuitive way to understand the data, the sculpture enriched the company's presentation and enhances their communication with clients, investors, and employees.