Skip to content
Technical University of Munich

Sustainability

Aerial view of the photovoltaic system on the roof of the Mathematics and Informatics Building on the Garching Research Campus
Photovoltaic system on the roof of the Mathematics and Informatics Building on the Garching Research Campus; photo: TUM

The world is facing complex challenges that demand bold and sustainable solutions. The Technical University of Munich (TUM) has set itself the goal of generating knowledge while also serving as a model for a sustainable future. Through a holistic strategy centered on environmental integrity and social responsibility, TUM aims to shape the path toward a climate-neutral and equitable world.

At the TUM School of Computation, Information and Technology (CIT), we bring this ambition into the digital realm. We view computer science, information technology and digital systems not only as tools for efficiency but also as essential enablers of a sustainable way of life. We research and develop technologies designed to conserve resources, reduce emissions and generate a positive societal impact. Below, you will find projects from the TUM School of CIT that demonstrate how we implement sustainability in practice and drive it forward through pioneering technology.

News from TUM

Studies, Awards, Sustainability |

Project "Zukunft digitale Bildung – Digital Changemaker" Wins Award

A student project receives an award for social sustainability: students developed a platform that connects education stakeholders, increases the visibility of projects, and enables targeted collaboration between teachers, policymakers, and innovation drivers.

School, Sustainability |

TUM Freezer Challenge for Laboratories

Ultra-low temperature freezers are indispensable in the lab, but they consume a lot of energy. Join the TUM Freezer Challenge and implement sustainable practices by October 30, 2026! Lab teams can collect measures, advance through levels, and earn the chance to win attractive prizes.

School, Sustainability |

Shaping sustainability together

Sustainability, as the basis for future life, is considered a central technological and transformation task. At this year’s TUM Sustainability Day on the Garching Research Campus, members of the TUM community presented concrete solutions and concepts – from idea to practice.

Sustainability Projects at CIT

Sustainability |

ecoBay: Preventative Care for Bavaria's Lakes

How are our lakes doing? The ecoBay project by LMU and TUM examines the health of Bavarian waters. Combining innovative robotics, AI, and genetic monitoring, it creates a modern early-warning system to detect ecological changes in due time.

Sustainability |

SeaClear2.0: Mission Possible

SeaClear2.0 makes restoring, protecting and preserving the health of our oceans their mission. Co-funded by the EU, 13 partners collaborate to revolutionize marine restoration using robotic technologies and active citizen participation.

Sustainability |

GreenDIGIT: Make Digital Infrastructures Greener

GreenDIGIT reduces the environmental impact of digital research infrastructures through sustainable architecture, energy-efficient technologies, and reproducible research. The goal is to conserve resources, lower emissions, and make Open Science more efficient.

Sustainability |

Nanotechnology Meets Machine Learning

At the Chair of Simulation of Nanosystems for Energy Conversion, researchers use machine learning (ML), especially deep learning, to efficiently develop, simulate, and reliably test new materials for renewable energy and medical applications.

Sustainability |

WarmWorld: Supporting Climate Research

WarmWorld makes climate models faster, more accurate, and more sustainable. Optimized ICON simulations provide more reliable predictions of local climate changes and extreme events – for greater safety and a deeper understanding of our climate.

Sustainability |

Teaching Conscious Design: An Idea Comes With Responsibility

Teaching Conscious Design shows how students may learn how to create sustainable products, make deliberate choices and take responsibility – shaping a socially and environmentally just future.

Sustainability |

SLICES-Sustainability: Large-Scale Computing & Communication Infrastructure

Digital infrastructures are essential but often inefficient. The project SLICES-Sustainability creates a platform that unites research in information and communication technology (ICT) and boosts sustainability, paving the way for a more resource-efficient and effective digital future across Europe.

Sustainability |

ecoNIC: Ecological Network Interface Card

ecoNIC shows that networks can become significantly more energy-efficient without slowing down. By using so-called SmartNIC-based load balancing and dynamic compute scaling, energy savings of up to 62% are possible – while maintaining high service quality.

Sustainability |

CoNeMEsSA: Competence Network Mathematical Epidemiology in Sub-Saharan Africa

The COVID-19 pandemic highlighted the importance of interdisciplinary collaboration. The CoNeMEsSA project unites universities from Kenya, Ghana, Nigeria, and Germany to strengthen scientific exchange in the health sector.

Sustainability |

Computation Offloading: Minimizing Energy Consumption

Compute-intensive mobile apps drain smartphone batteries. The researchers show that offloading tasks to Edge or Cloud servers saves energy even under realistic conditions and develop a graph-based scheduling algorithm to minimize consumption efficiently.

Sustainability in Education

True sustainability begins with an awareness and understanding of the root causes of environmental issues and social injustice. At CIT, we sensitize students to these challenges through targeted educational programs. From identifying critical conditions to developing concrete mitigation strategies, we foster a continuous dialogue to find collective answers to the pressing questions of our time.

Digital Changemaker Course

In this course, students acquire practical soft skills while forward-mindedly analyzing real-world, technology-driven challenges and building valuable industry connections. Working in small groups, they will develop a tailored solution to a specific corporate problem within 12 weeks. An excellent solution is characterized not only by its economic feasibility and practical applicability but also by its careful consideration and reflection of ethical aspects.

Ethics for Nerds

This course teaches students to critically assess the societal impacts of information and communication technology inventions. Students question new and established technologies – a balancing act between progress and the associated risks for individuals, society, and politics.

Technical Acoustics and Noise Abatement

This course provides students with practical tools to independently analyze acoustic problems. Students learn the fundamentals of engineering acoustics and noise control. Upon completion of the course, they will be able to conduct measurements, calculate noise insulation measures, and evaluate noise control situations in accordance with current standards and legal limits. In this way, the course bridges the gap between physical calculation, measurement practice, and legal assessment.

To top