Advanced Education for Executives and Professionals.

Additive manufacturing in its already great diversity makes it possible to get from a product idea to a finished product in record time. In addition, layer-by-layer construction can create structures with the most complex geometries, in multi-material construction or with integrated functionalities, which would not be so easy to realize with conventional technologies.

Standardized methodological knowledge is not enough. Digital transformation is complex and multidimensional and different in every case.

I really appreciate TUM’s efforts to improve the knowledge of people around the world through free education.

It was very interesting to learn about the various factors of factual and human performance requirements and their effects. Especially in the operating room, where work is often done under time pressure and with changing team members, errors can be consciously avoided through good patient safety management.

In a future where AI and quantum computing merge, the impossible becomes possible. This course has helped me to understand the difference between science fiction and reality.

Previous approaches in the area of patient safety have been primarily characterized by reacting to errors in order to avoid them in the future. However, patient safety concerns much more than just avoiding errors and certain complications. Rather, patient safety must be understood as an inherent characteristic of teams and organizations.

Graduates from this program will be well prepared for a wide range of professional activities to introduce innovation and to lead transformation. If you want to be an expert in topics such as digital transformation, workplace learning or research in VET or if you want to gain insights into the German dual system – come and join our unique program.

SITE has not only given me a deeper understanding of the core elements of successful strategizing, but has also provided me with valuable concepts and tools that enable me to transfer this knowledge to my everyday professional life. In particular, I liked the combination of teaching and practice-oriented workshops.

I did not know that the Internet had such a brilliant architecture! The knowledge from this course helps me not only with computer networks but also with scaling large software systems.

Venture capital and private equity are rather difficult sectors to access. It is tricky to understand the details and the mechanisms behind the scenes without talking to experienced professionals. The CPEA’s multi-faceted approach not only provides academic analysis of the industry as a whole, but also sheds light on the complex construct from a practitioner’s perspective.

Our Alumni Association creates a unique opportunity for lifelong learning and growth. I am happy to support this vibrant and strong community of professionals.

The goal must be to make agriculture more efficient, more resilient, more resource-efficient and even more sustainable. Technologies offer us powerful tools for this, but can only be successful in the long-term, if they are seamlessly integrated into everyday work.

One of the most valuable and rewarding experiences during the Executive MBA program has been being able to expand my professional network with extraordinary people from across industries, and different disciplines. I was able to gain new insights from their diverse backgrounds, cultures, and perspectives.

When you join this Executive MBA program, you become part of a group of interesting people from various backgrounds, who all want to improve as professionals. Working side by side with these experienced and accomplished individuals has taught me things such as: new ways of approaching problems, paths of execution entirely different from mine, insights, and advice from sources I never had access to. The side effect: a reliable personal network, that would have taken years to build up.

Timber construction has the potential to be reusable. We demonstrate which aspects of demountability are crucial for this – and how they can be integrated into design and planning strategies.

The course is for the Ag professionals from the Ag professionals. It is a perfect environment not just to stay up to date but to generate new ideas with sparring partners on the same level, from the same industry but slightly different disciplines, opening up completely new horizons. I enjoyed every second of it!

Whether in the classroom or virtually, our goal is the same – to enable our students to drive forward digitization and the use of new technologies, to build a network in which they can thrive, and to impart proven leadership qualities that will give them the tools they need to position their company sustainably in the marketplace.

The TUM.wood program takes a holistic approach to teaching wood construction. A team of lecturers and experts from theory and practice gives participants a comprehensive insight into the wood value chain. This is particularly interesting for experienced architects.

Wood as a material offers enormous design potential for architecture and engineering. It can be used in a wide variety of ways. What fascinates me about wood is not only the aesthetic expression of the material, but also the special tectonics and the precision of digital production methods.

What an outstanding course. The instructors make the videos engaging and convey the topics in a much more interesting manner than any other computer science lecturer I’ve ever seen. The course is structured very cleverly as well, with multiple video paths that you can take depending on how much support you need.