Intelligent systems to benefit society.

Vision of the University of Stuttgart

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Ralf Gulde (left) and Marc Tuscher (right) with a humanoid robot (in the middle).

Start-up sereact is making robots smarter and has raised 110 million dollars in funding

  • Press Release
  • 5/13/26

Image: sereact / Marc Schultheiss
A bridge destroyed by flooding.

Enhancing resilience in post-flood reconstruction

  • Press Release
  • 5/11/26

Image: Hampel / University of Stuttgart
A group of students and faculty is standing together for a group photo. They are holding the German and Tunisian national flags together.

Interdisciplinary student project: Vertical farming in desert regions

  • News
  • 4/30/26

Image: Julia Rakoczy

Making children's dreams come true: MyMachine launches its second round

  • News
  • 4/30/26

Image: Galileo Bildungshaus
The image shows how the project team analyzes process data from compressed air systems in real time.

New AI assistant for the safe operation of compressed air systems

  • Press Release
  • 4/29/26

Image: EEP / Rainer Bez
Left: Anna Steiger, Chancellor of the University of Stuttgart; right: Rita Schwarzelühr-Sutter, State Secretary at the Federal Ministry for the Environment, Climate Action, Nature Conservation, and Nuclear Safety

Reliable testing of transport and storage containers for radioactive waste

  • News
  • 4/29/26

Image: University of Stuttgart
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Event tips

WOMEN OF TECH CONFERENCE ’26 – Connecting Human & Machine

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Mathis Wackernagel: Eine Welt ist nicht genug?

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Expedition Mars (Dr. Gernot Grömer)

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Cutting-edge research at the University of Stuttgart

A white electric airplane with the inscription 'e-Genius hybrid' flies in front of an impressive mountain backdrop with snow-covered peaks and green mountain slopes.

Aerospace Technologies

A modern, dome-shaped wooden structure with large glazed entrances, illuminated from the inside, standing in an evening landscape. In the background, a building and trees are visible, while the sky is covered with clouds.

Architecture and Adaptive Buildings

The image shows a three-dimensionally depicted lung tissue with a porous structure. A red laser beam is directed at the surface of the tissue. The lower areas of the tissue are highlighted in red, possibly indicating blood supply or vascular structures. In the background, natural lung lobes can be faintly seen. On the right side, a golden tool or component is visible interacting with the tissue. The scene has a scientific and technological character.

Biomedical Systems and Robotics for Health

Digital Humanities and Societies

Production Technologies

Close-up of a small, yellow diamond structure held with tweezers. The diamond lies on the tip of a finger. The background is blurred and dark, putting the diamond and the tweezers in focus.

Quantum Technologies

Abstract representation of a simulation of vortex formation with air flowing in diagonally from below. Filigree, luminous lines in shades of yellow, blue and orange can be seen. The structures appear to move dynamically and create the impression of energy and flow. The background is deep black, making the colors and shapes stand out strongly.

Simulation Science

Research

[Images: NASA, Unsplash, ICD/ITKE/IntCDC, University of Stuttgart / Roland Halbe, University of Stuttgart / SRCSB, University of Stuttgart / Uli Regenscheit, University of Stuttgart / ISW, Universität Stuttgart / Max Kovalenko, DFG / Jakob Dürrwächter, Daniel Kempf, Claus-Dieter Munz]

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