With 623 professors, 10,000 employees and 50,000 students, the Technical University of Munich (TUM) is one of Europe’s leading technical universities. Its focus is on the engineering sciences, natural sciences, life sciences, medicine, and economics. Following numerous awards, it was named a university of excellence by the German Science Council and the German Research Foundation in 2006 and 2012.
In national and international comparative studies, TUM ranks among the best universities in Germany. TUM is committed to the mission statement of a research-driven, entrepreneurial university. TUM is represented worldwide with a research campus in Singapore and branches in Beijing (China), Brussels (Belgium), Cairo (Egypt) and Sao Paulo (Brazil).
The Faculty of Computer Science at TU Munich is always at the top of the university rankings. More than 45 professors conduct research at 25 chairs in core informatics and engineering informatics. This makes it one of the largest computer science faculties in Germany and covers almost the entire spectrum of computer science topics. The researchers work in an interdisciplinary and application-oriented way. The students benefit from close contact with the industry: they work in companies as working students or joint research projects or write their theses there.
© TU München
So far, the following projects have been realised in cooperation with TU München

R2D: From Requirements to Design: Leveraging LLMs for Augmented Software Design

IMKE: Interpretable Machine Learning for Clinical Decision Support

IFAN – An Interaction Framework for Artificial and Natural Intelligence

COGNOSCO: Conversational Graph-Based Navigation Over Semantically Connected Content

R2-LearN: Reliable Representation Learning for Networks

BEHAVE – Behavioral Modeling of Application Functions in Serverless Computing

MoMoTrack – Mobile Motion Tracking for Disease Prevention, Diagnosis and Treatment

CellPhaser – An intuitive machine learning solution for the analysis of holographic cell images

ProSec – Provable Security for Systems with Human Interaction

Sirrel – Safe and robust reinforcement learning

SELMA – SElf Learning Network MAnagement

X-DACE – The Next Generation Secure Big Data Analytics in Cloud Environments Based on de-identification methods

TFMT – From Transfer Learning to Multi-Task learning

SDET – Softwareentwicklung zur diagnostischen Einordnung von Tumorerkrankungen

MIxD – Ein Framework für touchbasiertes Interaktions-Design auf mobilen Endgeräten

NanoVis – Visuelle Navigationsmethoden für Nanokopter

Spreadsheet 2.0 – User-oriented tools for the analysis of complex networked data

OpenGridMap – Crowdsourcing power grid data

C3PS – Collaborative and Creative Complex Problem Solving

ReproFit – Automatische Extraktion von Reproduktionsschritten für Software-Fehler aus Benutzer-Interaktionen

IndRe – Organisation von Software-Entwicklungsartefakten zur Verbesserung von Wiederverwendung im Kontext der industriellen Software-Entwicklung

CAMPVis – Softwareplattform auf Game-Engine-Basis zur intra-operativen Echtzeitvisualisierung multi-modaler medizinischer Daten

eTextIDE – A development environment for eTextiles end users

MoReSys – Entwicklung eines Frameworks zur Verbesserung von mobile Empfehlungen

Darwin – Process support for collaborative knowledge work

ANSE – Analysis of usage data in the Software Evolution

AFTOS – Spezifikation und Analyse der Verfügbarkeit Fehler-toleranter Systeme

SiPrI – Situationsbedingte Privacy Interfaces

Krise 2.0 – Aufbereitung von nutzergenerierten Inhalten zur Entscheidungsunterstützung im Krisenmanagement

SEVA – Smart Energy InnoVAtion – Energiesteuerung der Zukunft

RE4SoS – Requirements Engineering in Systems of Systems

RMTM – Entwicklung eines Referenzmodells für Systeme im Bereich Telemonitoring

MENSSA – Simulationsplattform zur Modellbasierten Entwicklung einer dezentralen Smart Grid Steuerung mit geschichteten Autonomiekonzepten

EnergyFOCUS – Durchgängig modellbasierte Entwicklungsmethode für Informations- und Kommunikationstechnologien intelligenter Energieversorgungssysteme

FoMoStA – Formalisierung, Modellierung und Strukturierung von Anforderungen im Automobil der Zukunft




















