28 Best Mechanical Engineering in Germany for 2025

The Digital Engineering Master's programme places a high premium on introducing you to current research issues that are jointly defined and supervised by industry partners at an early stage. The Digital Bauhaus Lab is a state-of-the-art university research facility offering optimal conditions for success.

The main goal of the online master's program in Wind Energy Systems (WES.online) is to build capacity in wind energy for research and industry. WES.online is aimed at natural scientists and engineers who want to learn about the mechanical and electronic operation and interaction of wind turbines. In addition, the program was created for specialists and managers who want to develop or improve the design of individual components of a wind turbine at a wind turbine manufacturer or supplier company.

Microsystems engineering makes our lives healthier, happier, more secure, comfortable, more varied, and, not to mention, easier. It enables us to manufacture tiny microcomponents that are 100 times finer than human hair. It makes it possible, for example, to create microsensors and actuators. Combined with electronics, intelligent microsystems that enable ever more complex functions in the smallest of spaces can emerge. Microsystems alter our world Microsystems can be found almost everywhere without your even knowing it: In the car: they trigger airbags, measure whether a vehicle is spinning, and help keep it safe when the roads are slippery. In communications technology: our innovations are helping to make the devices even smaller and more versatile. In medicine: they provide us with a whole laboratory on a microchip and find themselves in prostheses and implants. In the energy sector: our researchers set new standards and enable systems that operate independently without any external power supply. Small technology with huge potential Microsystems engineering is the engineering discipline with the broadest focus: elements from mathematics, physics, chemistry, electrical engineering, and materials science form the cornerstones of exciting innovations. We can help you obtain the necessary skills to develop these versatile systems for the applications of today and tomorrow. Your benefits as a Microsystems Engineering student: With around 440 students and 22 professors, we offer an excellent student-teacher ratio for optimal supervisory support. An interdisciplinary course of study with a well-balanced combination of theory and practice. State-of-the-art equipment with a designated cleanroom: Here you will become familiar with working in this special laboratory environment. Study at one of the world's largest and leading academic research centers in the field of microsystems engineering. The majority of our classes are recorded. You can always repeat the material, independent of time and place, for exam preparation, for instance.

The MSE study programme is offered by the Chair of Space Technology, one of the six chairs of the Department of Aeronautics and Astronautics at Technische Universität Berlin.

In times of energy crisis and climate change it is important to develop new solutions and strategies in dealing with energy production as well as storage and saving. Students who choose the specialization in Energy Engineering meet this exciting challenge and pave a way towards a climate-friendly future. The specialization in Energy Engineering is the best choice for those who want to pursue a future career in an ever-expanding and increasingly important sector.

In recent years automotive systems have increased in number, scope and complexity. The automotive industry is faced with an enormous challenge due to the rise in competition and steadily increasing requirements regarding cost, active and passive safety and fuel economy.

Are you enthusiastic about innovative technologies for the generation, transmission and use of electrical energy? Would you like to delve deeper into the development possibilities of intelligent systems and future-oriented concepts of Industry 4.0? Then the master’s degree in electrical engineering is just right for you.

Students receive a thorough background in physics, technology, and engineering, accompanied by current topics in mechanical engineering, electrical engineering and electronics, data processing, laser technology, and micro and nanotechnology. An interdisciplinary education ensures that modern engineers are able to deal with the complex problems that they will face in their careers. Read more about the course contents

The Bachelor of Science (B.Sc.) program in Mechanical Engineering (International) at Carl Benz School is completed over a duration of 3 years (6 semesters). The program begins with a so-called Pre-Semester, a preparatory course in Mathematics, Physics, Chemistry, and English.

The construction industry is evolving in many ways right now, and so are the courses on offer. With Building Products and Processes, the Deggendorf Institute of Technology primarily addresses the megatrends of digitalization, climate change, globalization, and internationality.

At the beginning of the master’s program there is a block of four large modules with which the mathematical and engineering fundamentals are deepened. The aim of these modules is to bring students with different entrance qualifications to a uniform level of knowledge. The students set their own priorities in their master’s program: Depending on their inclination and interest, they choose applied engineering content from extensive catalogs. Experimental and programming technical laboratories in small groups serve to deepen and supplement the knowledge imparted. The students develop their skills with comprehensive modules: The module P4 "Ergonomics" establishes the relationship between engineering and ergonomic knowledge (interface "man-machine"). The elective module W8 enables the in-depth study of a foreign language (English, French or Spanish) and thus improves the international perspective. In addition, business knowledge is acquired. The mandatory six-week industrial internship creates opportunities to apply the theoretical knowledge acquired to practical issues and to get to know some practical issues for scientific processing. With the final master's thesis, the students finally prove that they can independently work on a scientific question or a typical occupational task using scientific methods and present the results appropriately.

Students learn to design innovative biomedical products including imaging processes such as x-rays or magnetic resonance imaging equipment, life support systems such as pacemakers or breathing apparatus, or diagnostic tools using biological and chemical substances on a molecular level, such as blood sugar measurements or DNA analysis.

The English-taught master’s degree program Sustainable Systems Engineering (SSE) with its international focus is addressed in particular to graduates with a bachelor's degree in engineering or natural sciences. An in-depth knowledge will be taught in the following areas: Sustainable Materials; Energy Systems (in particular Solar Energy); Resilience Engineering; and Technology and Society. Depending on the individual interests and focus, students can acquire and deepen their knowledge in these areas. The central objective of this master's program is to guide students to independent scientific work in these fields.

Production management is a vital key to the operation of companies. This specialization opens doors to countless career opportunities, including the hands-on training program SmartFactory∂Industry. Students learn about production planning and control, production logistics, distribution centers, the optimization of logistical networks, material flow processes and project management. The evaluation of methods in terms of technical and economic aspects and virtual product development processes (product lifecycle management) are also important.

Internationality is a very important feature at Esslingen University. We offer the opportunity for students from diverse cultural backgrounds to study, work and live together. Open admissions here: https://hsessling.moveon4.de/form/652d157021de75d3510f2e4b/eng

The degree program International Bachelor of Engineering at each Campus Rosenheim and Campus Burghausen specifically aims at young internationals interested in a broad range of technical engineering subjects.

Graduation Master of Engineering (M. Eng.) Faculty mechanical engineering Normal period 3 semesters Start of studies Winter and summer semester Study places 15th application time 01.Dec for the summer semester, June 01 for the winter semester requirements Bachelor's degree in mechanical engineering or electrical engineering Accreditation ZEvA

In modern-day life, unlimited access to a power supply at any time and in almost any place is expected. However, the future of this supply lies in renewable energies such as wind power, geothermal energy, or solar energy. As a student of Energy Systems Engineering, you will be trained as an Engineer with the skills to convert power supplies from fossil fuels to renewable sources of energy, involved in a range of areas such as power generation, conversion, transport, usage, and storage. You will learn through practical and theoretical instruction to explore the technical and economic aspects of current energy systems, to gain in-depth cross-sectional expertise in the supply, integration, and storage of future energy systems.

Students studying Mechanical Engineering International can choose a specialization in their 4th semester. Students who choose to specialize in Automotive Engineering profit from the fact that the automotive industry is Germany’s largest industry sector with a turnover of approximately 404 billion Euros in 2015, covering 20% of Germany`s industry revenues overall. Ten out of the 100 largest automotive suppliers have either their headquarters or one of their subsidiaries near Karlsruhe. At the KIT more than 40 institutes with 800 scientists are conducting research for safer, more comfortable and more efficient cars.

The Master's degree in "Lightweight Engineering & Composites" is intended for engineers and graduates of mathematics and natural sciences with professional experience, who would like to gain a qualification in the area of composites via the professional development route. The particular focus of the study program is on both carbon fiber-reinforced plastics (CFRP, colloquially known as "carbon") and glass fiber-reinforced plastics (GFRP).