Advancing Research in AI and Machine Learning
The Munich Center for Machine Learning (MCML) is one of Germany's leading research centers for artificial intelligence and machine learning. It is a joint initiative of the Ludwig-Maximilians-Universität München (LMU) and the Technische Universität München (TUM). The center brings together the expertise of numerous renowned researchers and young talents from around the world. It now consists of international research teams of around 60 professors with over 330 junior researchers. Almost a third of the professors are involved in the AI professorships of the Hightech Agenda Bavaria, the State's €5.5 billion investment program for science and technology.
Meet three international junior researchers from the MCML who will give you an insight into their work: Jesse Grootjen, Azade Farshad and Gabriel Marques Tavares. All three have moved to Munich to pursue exciting opportunities in their academic careers.
Jesse Grootjen: Understanding Vision Loss and the Need for Early Treatment
After completing his Masters in AI at Utrecht University, Jesse Grootjen moved to Munich to start his PhD with the Human-Centered Ubiquitous Media Group at LMU where he is trying to understand vision loss with the help of machine learning. "People often combat vision loss with compensation mechanisms, like squinting the eyes to be able to see from a distance," he explains.
Due to this compensation, some people can live with vision loss for months, sometimes even years. This is also the case for severe visual impairments like cataracts (cloudy areas in the lens of your eye), age-related macular degeneration (loss of central vision) or glaucoma (loss of peripheral vision). However, waiting for treatment can have negative consequences, for example permanent damage to the vision. This is where Grootjen's research comes into play: "I conduct research on how these compensation strategies look in terms of eye movements, and how we can use machine learning as a means for early detection, so that people affected by these visual impairments can get treatment earlier and we can preserve as much of their vision as possible."
Azade Farshad: A Journey into AI and Computer Vision
For Dr. Azade Farshad, originally from Iran, the academic journey began with a bachelor's degree in her home country. Her desire for a top-tier education in informatics led her to TUM. During her master’s studies, she discovered the international and dynamic research culture in Munich.
As one of the first PhD candidates supported by the MCML, Farshad conducts research in semantic scene modeling with limited data and supervision, applied to computer vision and healthcare. Her research is especially valuable in medical imaging and surgical applications, where predicting the outcomes of specific actions or parameters is crucial for planning. After successfully completing her PhD in 2023, she stayed in Munich and continued as a postdoc at the Chair for Computer Aided Medical Procedures and Augmented Reality. Her long-term vision is to continue in academia: "I believe that the academic environment is particularly suited to high impact research in healthcare, especially when addressing challenges like patient privacy and data security."
Gabriel Marques Tavares: Improving Business Processes
Dr. Gabriel Marques Tavares is originally from Arapongas, a small town in the south of Brazil. Before coming to Munich, he pursued his PhD at the Università degli Studi di Milano in Italy. "Choosing a career path after the PhD is a challenging task since one needs to go very deeply into a particular topic and once the diploma is awarded, there are two options: shaping a profile for industry or continuing in academia. Although industry offers interesting positions and projects, my love for research has always been stronger," he explains and therefore decided to start his postdoc the Chair of Database Systems and Data Mining at LMU.
Marques Tavares has been doing research in the field of process mining, which investigates the execution of business processes within organizations, aiming at improving their performances, saving resources and identifying bottlenecks. Besides his research, he continues to explore Munich, its districts, and its cultural and historical attractions: "The city provides everything one can imagine," he says.
Transforming AI Research into Real-World Applications
Driven by talents like Jesse Grootjen, Azade Farshad and Gabriel Marques Tavares, the MCML became an international center for AI research. As AI and machine learning continue to reshape our world, the MCML does not only advance scientific knowledge but also applies it to real-world problems. The center’s research strengthens Munich’s reputation as a global hub for AI, fostering collaboration, creativity, and cultivating community building.
About the Munich Center for Machine Learning (MCML)
The MCML is one of six national AI Competence Centers. It is institutionally funded by the Federal Ministry of Education and Research and the Bavarian State Ministry of Science and the Arts.
Research Focus
The MCML covers a broad spectrum of research topics. The research is focusing on three main areas:
- Foundations of Machine Learning as the groundwork for methodological advancements.
- Perception, Vision, and Natural Language Processing as a dynamic research domain at the intersection of computer science and cognitive sciences.
- Domain-Specific Machine Learning in order to facilitate the development of machine learning methods and to address application-specific and socially significant issues—for example in medicine, ethics, biology, geography or social sciences.
Besides its excellent research, important components of the MCML are its collaboration formats, its service, transfer and training activities.
The MCML also offers a tailored program for young scientists. It includes a doctoral program, a large number of postdoctoral positions, dedicated junior research groups and the newly established Thomas Bayes Professorship program.