Specialisations – Bachelor’s Degree in Mechanical Engineering

Smart Materials for High-Tech Innovations

Around 70 percent of all technological innovations are based on new materials and modern manufacturing methods. Whether in energy technology, medicine, or aerospace – smart materials are in demand everywhere. This specialization provides you with comprehensive expertise along the entire value chain: from the initial idea and design to the finished product.

In the Materials Engineering specialization, you will acquire in-depth knowledge of high-performance materials, functional materials, and surfaces, as well as modern manufacturing and joining technologies. You will learn how to identify the most suitable materials for new products.
A key focus is on hands-on training in our state-of-the-art laboratories. In this specialization, you will combine solid knowledge of mechanical engineering with forward-looking materials technology, actively shaping the technology of tomorrow.

Analyzing, Understanding, and Optimizing Complex Systems

Simulation and Artificial Intelligence (AI) are among today’s key technologies in mechanical engineering. They are indispensable tools for precise analysis, knowledge-driven innovation, and the optimization of complex components and systems.

In this specialization, you will acquire the fundamental skills needed to address structural and fluid mechanics challenges using simulation and AI methods. This enables you to develop practical engineering solutions that ensure component strength and enable the efficient operation of machines and systems.

Whether in turbine construction, rail vehicle technology, medical engineering, (additive) manufacturing, or fields such as refrigeration, heating, and power plant technology – simulation and AI have become essential to modern mechanical engineering. Those who engage with this exciting field not only learn to apply simulations but also actively help shape the future of engineering.

From Idea to Sustainable Product

Product development, production, and automation are the driving forces of modern industries – and this specialization focuses precisely on these areas. You will dive deep into the entire end-to-end product development process: from initial market requirements and conceptual design to automated manufacturing.

You will learn how mechatronic products are developed across disciplines, the roles of actuators, sensors, and control systems, and how modern production processes (Industry 4.0 and Smart Factory) can be designed efficiently. But that’s not all: ongoing digitalization (Digital Engineering) and the growing demands of the circular economy are fundamentally transforming the industrial landscape. You will explore how sustainable development and intelligent automation are shaping the future of product design.

By engaging with this exciting field, you will not only develop innovative technologies but also help shape the production of tomorrow – sustainable, efficient, and forward-looking.

Efficient Systems in Energy Engineering

Energy and fluid engineering form the core of modern mechanical and plant engineering and are key technologies for a sustainable future.

In this specialization, you will learn how heat pumps and refrigeration systems work and how to plan and use them efficiently – both in industrial processes and building technology. You will also explore hydrogen as a forward-looking energy source and discover how it can be used intelligently to develop powerful overall systems.

In addition, you can deepen your knowledge in systems and automation engineering or focus on modern computational methods for flow simulation (CFD) – addressing practical challenges from automotive and aerospace engineering or your own areas of interest.

This specialization provides you with a solid understanding of thermal systems and prepares you to actively contribute to interdisciplinary projects in your professional career – with technical depth and foresight.

Mechanics of the Human Body – Innovative Technology for Health

Would you like to apply engineering not only to machines but directly to the human body? Then discover the fascinating world of biomechanics and medical device development – where engineering meets biology and medicine.

In the Biomechanical Engineering specialization, you will learn to view the human body from an engineering perspective – with a particular focus on tissues, bones, joints, and their mechanical behavior. You will study the mechanics of biological structures, develop mathematical models for complex biological systems, and apply these insights to the design of innovative medical devices.

You will learn to measure movements and forces precisely, model them digitally, and translate them into practical solutions – for example, in rehabilitation, or in the development of implants, prostheses, and medical aids. You will also work with materials of the future: biocompatible, highly innovative, and suitable for direct use on or within the human body.

You will gain hands-on experience in our modern testing laboratory, where you will apply numerical simulation tools and see how your developments are later implemented in industrial settings. Those who engage in this exciting field actively shape the future of medicine, drive technological innovation, and lay the foundation for the next generation of medical engineering solutions.

The Full Spectrum of Mechanical Engineering – Freely Combined

Would you prefer not to commit to a single specialization but instead explore the full diversity of mechanical engineering? Then General Mechanical Engineering offers you the greatest possible flexibility.

Here, you can choose from a wide range of modules to create your own individual study program – from classical mechanics and energy or materials engineering to product development and digital methods.

This flexible model allows you to shape your personal profile and build targeted expertise in the areas that are most important for your professional future.