FAQ
Would you like to learn more about the Master’s degree program in Light Weight Engineering? Here you’ll find answers to the most frequently asked questions about course content, prerequisites, part-time study, internships, and career opportunities. If your question isn’t listed here, our team will be happy to assist you personally.
Which bachelor's degree qualifies me to start a master's program?
The master’s program is intended for graduates of a relevant technical bachelor’s program, particularly in mechanical engineering or related engineering disciplines. Whether your prior education meets the academic admission requirements will be assessed on a case-by-case basis as part of the admissions process.
Do I need prior knowledge of FEM or simulation?
No. The fundamentals you learned in your bachelor’s program will be helpful. You’ll build on your understanding of FEM simulation, numerical computation, and component optimization step by step during your master’s program.
Will I be working with 3D printing during my studies?
Yes. You'll learn about modern manufacturing technologies such as additive manufacturing and 3D printing, and you'll apply them in practice in labs and project-based courses.
What role does lightweight construction play in university?
Lightweight construction is the focus of the master's program. You will explore modern materials, innovative design methods, simulations, and sustainable manufacturing technologies to develop high-performance, resource-efficient products.
Am I working on my own projects?
Yes. Project-based learning is a central component of the program. You'll develop components and systems from the initial idea to the prototype, gaining valuable experience in design, simulation, and manufacturing along the way.
Can I complete the degree program while working?
Yes. The program is structured in such a way that you can easily balance your studies with your career. This allows you to apply what you learn directly in your day-to-day work while continuing to develop your professional skills.
In which industries can I work in the future?
Expertise in lightweight construction is in demand in numerous future-oriented industries—including mechanical and plant engineering, automotive engineering, aerospace, energy and environmental technology, medical technology, and research and development.
What career opportunities will I have after I graduate?
With your master’s degree, you’ll be qualified for challenging technical and leadership roles—for example, in design, product development, FEM simulation, materials engineering, research and development, or technical project management.
Why is lightweight construction a technology of the future?
Lightweight construction helps conserve materials and energy, reduce CO₂ emissions, and make technical systems more efficient. That is why it plays a central role in the development of sustainable products and modern technologies.
Can I pursue a Ph.D. after completing my master's degree?
Yes. Upon successful completion of your master's program, you generally meet the requirements for admission to a doctoral or Ph.D. program—depending on the specific admission requirements of the university.