As a new research assistant at the Feuchtwangen campus, Lana Wolfram is supporting the new EU technology transfer project. Together with regional companies, solutions are to be developed that intelligently connect modern energy systems with each other. Such networked technologies are a central component of sustainable building technology and are becoming increasingly important.

In an interview, she provided insight into her career to date and her motivation for the new role.

What has your career path been so far?

The foundation for my later career in energy technology was laid during my bachelor’s degree in industrial engineering at the University of Applied Sciences in Schweinfurt. I then worked in the areas of controlling and project management.

With the desire to work in a more technical field and gain a better understanding of sustainable energy systems, I went on to complete my master’s degree in energy management and energy technology at the University of Applied Sciences in Ansbach. During this time, I was able to get to know the Feuchtwangen campus a little better through my certification as an energy efficiency expert.

What interests you most about sustainable building technology?

What excites me about sustainable building technology is how technical system understanding and practical application come together directly. Today’s buildings are complex energy systems in which a wide variety of components interact with each other. I find it particularly exciting to understand these technical interrelationships and link them in such a way that efficient and stable operation is achieved.

What are your responsibilities on campus?

At the Feuchtwangen campus, I am responsible for collaborating on the new EU technology transfer project PRISMA. This project is co-financed by the European Union. The aim is to develop and establish a “platform for the resilient integration of smart energy systems.” The long-term goal is to support regional development in Middle Franconia, particularly in the district of Ansbach.

A key objective is to establish close cooperation with various regional partners in the future – from manufacturers and installation companies to tradespeople and energy consultants. Together, solutions will be developed over the course of the project that will enable a networked, intelligent, and resilient energy system of the future.

What particularly appealed to you about this job offer?

The regional connection was very important to me—I was born in Feuchtwangen and live nearby. That’s why it’s a matter close to my heart to help shape the energy future of my home region.

I was also particularly attracted by the fact that the position combines research and practice in an ideal way: scientific work and, at the same time, direct exchange with companies in the region. This combination gives me the opportunity not only to consider technical issues from a theoretical perspective, but also to witness their implementation and impact firsthand and to actively participate in them myself.