Management & Leadership Programs at TU Wien Academy for Continuing Education

Welcome to the TU Wien Academy for Continuing Education, where we provide a comprehensive range of lifelong learning opportunities for professionals, academics and executives. Our mission is to empower our students with top-tier education and training, enabling them to excel in their chosen fields.

## Our Programs

Executive MBA

Executive MBA

Designed for experienced professionals seeking to advance their careers and develop leadership skills.

Master's Programs

Master's Programs

Comprehensive degree programs for students looking to specialize in a specific field and gain in-depth knowledge.

University Courses

University Courses

A range of individual certificate programs for students and professionals to enhance their skills and knowledge in various disciplines.

Compact Programs

Compact Programs

Short-term, focused programs for busy professionals seeking to quickly acquire new skills and stay competitive.

Excursion to the Freudenau Hydropower Plant – Real-World Insights for MSc Renewable Energy Systems Students

On April 13, MSc students from the Renewable Energy Systems program visited the Freudenau Hydropower Plant in Vienna for a two-hour technical excursion. The visit provided valuable insights into the operation of a major renewable energy facility and its role in Austria’s energy landscape.

REN Excursion to Freudenau

1 of 7 images or videos

REN Excursion to Freudenau

REN Excursion to Freudenau

1 of 7 images or videos

REN Excursion to Freudenau

REN Excursion to Freudenau

1 of 7 images or videos

REN Excursion to Freudenau

REN Excursion to Freudenau

1 of 7 images or videos

REN Excursion to Freudenau

REN Excursion to Freudenau

1 of 7 images or videos

REN Excursion to Freudenau

REN Excursion to Freudenau

1 of 7 images or videos

REN Excursion to Freudenau

REN Excursion to Freudenau

1 of 7 images or videos

REN Excursion to Freudenau

Commissioned in 1998, Freudenau is Europe’s largest urban hydropower plant and a key contributor to Vienna’s electricity supply. The guide began the tour with a brief overview of the historical and political context, explaining the plant’s controversial development and its importance in balancing energy production, environmental concerns, and urban development.

The guided tour focused on key technical aspects, including Kaplan turbine technology, grid integration, flood control, and river navigation. A highlight of the visit was descending about 15 meters into the active turbine chamber, where students could feel the vibration of the turbines and hear the Danube flowing above them—offering a striking demonstration of the scale and power of hydroelectric systems.

The plant’s multifunctional design and urban location provided a clear example of sustainable infrastructure. The excursion also reinforced key themes from our MSc curriculum, including the role of hydropower in the renewable energy transition, system integration, and long-term sustainability.

Our sincere thanks to the team at Verbund for their time and expertise. The excursion was a valuable learning experience that brought classroom theory to life.

Events

14. April 2025, 12:47 until

Excursion to the Freudenau Hydropower Plant – Real-World Insights for MSc Renewable Energy Systems Students

Other

On April 13, MSc students from the Renewable Energy Systems program visited the Freudenau Hydropower Plant in Vienna for a two-hour technical excursion. The visit provided valuable insights into the operation of a major renewable energy facility and its role in Austria’s energy landscape.

Commissioned in 1998, Freudenau is Europe’s largest urban hydropower plant and a key contributor to Vienna’s electricity supply. The guide began the tour with a brief overview of the historical and political context, explaining the plant’s controversial development and its importance in balancing energy production, environmental concerns, and urban development.

The guided tour focused on key technical aspects, including Kaplan turbine technology, grid integration, flood control, and river navigation. A highlight of the visit was descending about 15 meters into the active turbine chamber, where students could feel the vibration of the turbines and hear the Danube flowing above them—offering a striking demonstration of the scale and power of hydroelectric systems.

The plant’s multifunctional design and urban location provided a clear example of sustainable infrastructure. The excursion also reinforced key themes from our MSc curriculum, including the role of hydropower in the renewable energy transition, system integration, and long-term sustainability.

Our sincere thanks to the team at Verbund for their time and expertise. The excursion was a valuable learning experience that brought classroom theory to life.

Calendar entry

Public

No

 

Entrance fee

No

 

Registration required

No