Our study program for you!

Mechanical engineering combines a broad engineering education with a wide range of opportunities for specialization. At TU Dresden, after completing a common core curriculum, you can specialize in one of eight fields of study—ranging from energy engineering and manufacturing to lightweight construction and automotive engineering, all the way to aerospace engineering.

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Process Engineering and Natural Materials Technology combines the natural sciences and engineering with the development and optimization of technical processes. After completing a broad-based foundation program, you can specialize in one of five areas of study—ranging from food and bioprocess engineering to chemical engineering and wood and fiber materials engineering.

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Material Science deals with the structure, properties, and development of modern materials. During your studies, you’ll combine fundamentals from engineering, mathematics, physics, chemistry, and computer science with a specialization in either the fundamentals and methods of Material Science or applied Material Science—ranging from structural and functional materials to biomaterials and nanomaterials.

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Expected to begin in the 2027–2028 winter semester

In the Master’s program in Mechanical Engineering, you’ll deepen your knowledge of engineering and focus on the modeling, simulation, and further development of complex technical systems. From a wide range of required-elective modules, you’ll tailor your program to your individual interests and set your own academic focus—from drive technology and energy engineering to lightweight construction and mobility, all the way to production and computational mechanics.

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Expected to begin in the 2027–2028 winter semester

The master’s program in Aerospace Engineering provides in-depth engineering knowledge for the development, design, and analysis of aircraft, spacecraft, and complex technical systems. You can tailor your academic focus to your individual interests—for example, in aircraft development, flight dynamics, space technology, aircraft propulsion, or aircraft systems.

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Expected to begin in the 2027/2028 winter semester

How can materials and manufacturing processes be designed to be resource-efficient and sustainable? In this English-language master’s program, you’ll combine manufacturing engineering and Material Science with topics such as recycling, the circular economy, process optimization, and digitalization.

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You’ll combine mechanical engineering, textile engineering, and materials science to focus on the development of textile products and technologies—from fibers and materials to machinery and the finished product. Through elective modules, you can specialize in areas such as technical textiles, textile machinery, high-performance materials, or digital development methods.

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Voraussichtlich ab dem Wintersemester 2027/2028

In this English-language master’s program, you’ll explore bio-inspired materials and fiber systems for medical applications and lightweight construction. You’ll combine materials science, fiber technology, lightweight construction, and medical technology, and you’ll be able to tailor your academic focus to these specific areas.

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Expected to begin in the 2027/2028 winter semester

You’ll explore the structure of materials and how their properties can be analyzed and enhanced in a targeted manner. In doing so, you’ll combine methods from the natural sciences and engineering with current topics such as sustainable materials, materials for energy and mobility, and digital methods, and you’ll be able to tailor your academic profile to your individual interests.

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Expected to begin in the 2027–2028 winter semester

You’ll deepen your understanding of how chemical and process engineering processes can be developed, modeled, and optimized. You’ll explore challenging topics such as sustainable material cycles, digitalization, and process simulation, as well as sustainable energy processes, and you’ll be able to tailor your academic profile to your individual interests.

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Expected to begin in the 2027/2028 winter semester

You will deepen your knowledge of bioprocess engineering and explore how biological systems can be used in industrial processes and how biotechnological processes can be developed, modeled, and optimized. This English-language degree program combines engineering methods with biotechnology and current topics such as sustainable production processes, digitalization, and machine learning.

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Expected to begin in the 2027–2028 winter semester

You will deepen your knowledge of food technology and explore how foods, raw materials, and processing methods can be developed, analyzed, and optimized in a targeted manner. In doing so, you will combine methods from the natural sciences and engineering with topics such as food analysis, modern process engineering, product development, and sustainable production. Through required-elective and elective modules, you can tailor your academic profile to your individual interests.

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