Mechanical Engineering: All degree programmes at private universities

The best places to study mechanical engineering are in these cities

The following overview lists the most important cities for studying mechanical engineering at private universities. The offer of part-time and dual study programmes on site has been taken into account, but not locations of examination centres for purely distance learning programmes.

Machine engineering: these specialisations and majors are available

The field of engineering, especially mechanical engineering, is characterised by a wide variety of specialisations and majors. From general mechanical engineering to robotics, mechatronics and automotive engineering to process engineering, it offers a comprehensive education in a variety of technological fields.

General mechanical engineering

General mechanical engineering forms the basic framework of mechanical engineering studies. Here, the fundamentals of mechanics, thermodynamics, design and materials science are taught. Students gain a broad knowledge of the design, development and production of machines and systems. Specialisations in this field of study could be:

• Construction technology: Here the focus is on the design and development of mechanical systems. Students learn how to design concepts, create prototypes and optimise products.
• Production technology: This specialisation deals with the planning and optimisation of production processes in order to manufacture products efficiently.
• Technical mechanics: This is about the analysis and calculation of forces, movements and structures in machines and systems.
• Materials engineering: Students learn about the properties of materials and how they are used in design and manufacturing.

Robotics

The robotics major focuses on developing and programming robotic systems for various applications. Students learn how to design and program robots for automation, manufacturing, medicine and more. Specialisations could include:

• Industrial Robotics: Here, the focus is on programming and controlling industrial robots to perform complex tasks in manufacturing.
• Mobile Robotics: This specialisation deals with autonomous mobile robots that can be used in logistics, exploration or environmental monitoring.
• Artificial Intelligence for Robots: Students learn how AI technologies can be embedded in robots to make intelligent decisions.

Mechatronics

Mechatronics combines mechanics, electronics and computer science to develop intelligent systems. Students learn how to integrate these fields to develop advanced automation solutions. Specialisations could include:

• Robotics and Automation: Here the focus is on the development of mechatronic systems for the automation of processes and tasks.
• Sensing and Actuation: This specialisation focuses on the development of sensors and actuators that enable interaction between systems and their environment.
• Control Engineering: Students learn how to efficiently and precisely control complex mechatronic systems using controllers.

Vehicle technology

Vehicle technology deals with the design, development and production of vehicles of all kinds. Students acquire knowledge of drive systems, vehicle electronics and body development. Specialisations could be:

• Drive technology:The focus here is on the development of drive systems, be it through combustion engines, electric drives or hybrid solutions.
• Vehicle Electronics: Students learn how modern vehicle electronics and communication systems are designed and integrated.
• Vehicle Dynamics: This specialisation deals with vehicle handling, stability and safety.

Process engineering

Process engineering revolves around the planning, control and optimisation of production processes, especially in the chemical, pharmaceutical and food industries. Specialisations could be:

• Process optimisation: Here students learn how to design and improve production processes efficiently.
• Reaction Engineering: This immersion deals with chemical reactions and how they can be controlled on a large scale.
• Food Processing: Students learn how food can be processed safely and efficiently.

Machine engineering without NC: admission requirements for studying mechanical engineering at private universities

NC freedom and more flexible admission criteria at universities are helping to give more people the opportunity to develop their talents in a degree course without being limited by A-level grades

The application process at private universities aims to select a diverse group of students based on their individual strengths, abilities and interests.

The study programmes at private universities are generally NC-free, but direct admission often requires a general university entrance qualification or subject-restricted Abitur.

Nevertheless, many providers also allow admission to studies via the indirect route, via advanced training or sometimes also with completed training and sufficient professional experience in the desired subject area.

The indirect route, however, usually involves a multi-stage application procedure at the universities.

In addition to application documents such as curriculum vitae, references, possibly work references and letters of recommendation, this also requires a letter of motivation or a personal statement in which applicants explain their reasons for studying and their motivation.

That is often followed by either the university entrance examination, aptitude tests, subject interviews or trial opportunities to determine the applicant's ability to study.

This is what it costs to study mechanical engineering at private universities

The following overview highlights the costs of mechanical engineering degree programmes at private universities. Since the training companies bear the costs for dual courses of study, these have not been taken into account here.

There are many different study options and price offers for studies in general mechanical engineering. For example, the Wilhelm Büchner University of Applied Sciences offers a Bachelor of Engineering as a distance learning programme. This course has a duration of 7 semesters and the estimated total cost is around €16,254 . A cost-effective alternative would be to study full-time at the Georg Agricola University of Technology, which can be completed in 6 semesters. Here, the estimated total cost is about €1,446 with a semester fee of about €241.

For the specialisation Robotics, the IU International University of Applied Sciences offers a Bachelor of Engineering as a distance learning programme. This programme is spread over 6 semesters and the total estimated cost is approximately €14,739.

Those interested in mechatronics could opt for the Bachelor of Engineering distance learning programme at AKAD University. The duration of study is 6 semesters and the estimated total cost is around €13,284 . An alternative option is the full-time Bachelor of Engineering programme at DIPLOMA University of Applied Sciences, which also takes 6 semesters. Here, an estimated total cost of about 14,885 € is given.

In the field of automotive engineering, AKAD University offers a Bachelor of Engineering as a distance learning programme. The duration of the course is 6 semesters and the estimated total cost is around €13,284 . Likewise, interested students can complete a distance learning programme at the Wilhelm Büchner University of Applied Sciences leading to a Bachelor of Engineering in Automotive Engineering. This course extends over 7 semesters and the estimated total cost is about 16,254 €.

The AKAD University of Applied Sciences also offers a Bachelor of Engineering in Process Engineering as a distance learning programme. The duration of study is 6 semesters and the estimated total cost is around €13,284 . Alternatively, there is the full-time study at the Georg Agricola University of Technology. The duration of study is also 6 semesters and the estimated total cost is approximately €1,446 with a semester fee of approximately €241.

Dual study in mechanical engineering at private universities

The dual study programme combines academic learning with practical experience in companies, which enables students to apply theoretical knowledge directly in the real working world. This close link between university and company not only offers insights into professional practice from the very beginning, but also opens up opportunities for networking in the industry at an early stage.

The fact that employers cover the tuition fees and pay remuneration for the students' practical work is an additional advantage that makes the dual study programme attractive.

The training companies, in turn, benefit from being able to familiarise the students with everyday business and later take them on directly.

Here is an overview of the dual study programmes offered by private universities in mechanical engineering:

Distance learning in mechanical engineering at private universities

The bulk of offerings for mechanical engineering studies at private universities can currently be found among the distance learning courses.

Distance learning allows students to study from home or anywhere else without being tied to fixed lecture times. This flexible structure makes it particularly attractive for working people, parents or, in general, people who are geographically bound and need to balance studying with their personal commitments.

Here is an overview of the distance learning courses in mechanical engineering:

Studying mechanical engineering part-time at private universities

With part-time study, some private universities also offer a tailor-made course of study for working people that combines work and further education.

This form of study is a long-established option that should appeal in particular to those who value live lectures or classroom events as well as an interactive learning environment.

In the field of mechanical engineering, the range of private universities is currently manageable:

Machine engineering: these Master's programmes are available at private universities

For students who want to remain loyal to engineering after the Bachelor of Engineering and pursue a Master's degree, private universities offer the following courses:

Job prospects with a mechanical engineering degree

Thegeneral mechanical engineering offers diverse career prospects as it serves a wide range of industries. Graduates can work in areas such as design, manufacturing, quality assurance and technical sales. The ongoing automation and digitalisation of manufacturing ensure a constant demand for mechanical engineers who develop innovative solutions.

The robotics industry continues to grow as robots are used in various industries, including manufacturing, healthcare, logistics and entertainment. As the adoption of collaborative and intelligent robots increases, so does the demand for graduates who specialise in robotics.

Mechatronics engineers are in demand as they can develop holistic solutions for space, automotive, medical devices and consumer electronics. The growing demand for smart and connected products contributes to the job prospects in this field.

Vehicle technology continues to focus on the development and optimisation of vehicles - and now also in Germany on electric and autonomous vehicles. With the transition to greener powertrains and advanced driver assistance systems, there is a need for professionals to drive innovative technologies in the vehicle industry.

Process engineers are increasingly involved in the development and optimisation of production processes of chemicals, food, pharmaceuticals and other products after graduation. Given the demand for more efficient and sustainable manufacturing methods, good process engineers are in great demand.