Advanced Education for Executives and Professionals.

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.

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.

Great: Good videos, interactive tasks, and integrated development environment.

Being part of the TUM TVET Master is an honor for me. Not only have I learned about TVET and Educational Innovation, but I have also created a solid network around the globe. The hybrid format has worked well for me, allowing me to balance work, study, and family time. The peer and individual mentorship system has been key to maximizing my learning opportunities and achieving my Master’s degree.

At the start of our project phase at Kärcher, we were introduced to the most important people from the robotics team who provided us with the materials we needed. Through group interviews, we gathered valuable information for working on the objective questions. There were weekly feedback meetings to ensure mutual knowledge exchange. And although we could not be on site due to ongoing contact restrictions, we received continuous support.

One of my decision criteria to join the Executive MBA program at the TUM was based on the modular setup offered. The split into modules which mostly took place Thursday to Tuesday helped me a lot to manage my full-time job, focus on the Executive MBA and still spend time with my family as I have two kids.

Functional integration, resource conservation, lightweight construction and highly complex component designs – these features characterize additive manufacturing processes. Consequently, additive manufacturing processes are ideal technologies for sustainable and green production. In order to be able to leverage this sustainability potential, an in-depth understanding of the manufacturing processes is essential.

From day one of my practical phase, Voith showed me that they were fully involved and that what I did was a real enrichment for them. They made me understand that my work would help the company to make real-life decisions in order to become more competitive. I think, good communication and the exchange of information were the key pillars of successful project development.

Digitization is making its way into industrial companies, which opens up great potential for production. In order to be able to harness this potential, both young professionals and experienced engineers need sound knowledge of data-driven methods. This training is an ideal introduction to the world of artificial intelligence. Its focus on use cases ensures that participants can immediately apply what they have learned to relevant data sets and to their companies.

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.

In the circular Earth system, a circular economy is the greatest, perhaps only, chance of ensuring a peaceful existence for humanity. In order to preserve the carbon cycle, we need durable, unmixed and demountable structures in timber construction.

I am truly grateful to the ‘Technical University of Munich’ for offering such a valuable certification program in ‘Strategic Supply Chain Management in Turbulent Times’. The course provided deep insights into concepts and practical applications as well as the analytics that will be instrumental to apply in real life scenarios. A special thanks to Professor (Dr.) Holly Ott for her exceptional teaching, guidance, and ability to simplify complex ideas into real-world solutions. The journey through this course has been both enriching and inspiring.

During my 2nd semester of the Master in Management & Innovation, I worked with Schunk GmbH, which was my first experience working in a German company. At Schunk’s R&D lab, I chose the topic which was always close to my heart – automobiles and what the future of mobility would look like. And I learned more than that as I experienced what it is like to work the German way – the sheer will to innovate and the perseverance it takes to constantly be ahead.

It is essential for companies to assess whether the “quantum advantage” provides them with a product advantage and whether the possible “quantum supremacy” may mean that their product’s technical and market conditions must be completely reassessed.

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.

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.

The program helped me to make our whole business concept way more scalable. We successfully developed our company from a consulting business to a technology driven business.

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.

It was a good mix of theory and application. I found the advice from the practitioners very helpful. Especially in the feedback sessions when we developed our projects. It was sometimes a bit overwhelming to understand all the theoretical parts of the lecture. But there are great additional resources to follow up on each topic to get a better understanding.

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.