Work-study programme at DEUTA

The theoretical training (50% of the total training period) takes place at the Baden-Württemberg Cooperative State University (DHBW) in Mannheim in three-month blocks. The DHBW Mannheim offers an attractive study programme that is tailored to the real-world conditions and requirements of the labour market and businesses.

Bachelor of Engineering (B.Eng.) in Electrical Engineering

Engineers specialising in information technology are constantly faced with new challenges at the interface between computer systems and technical applications. They develop sophisticated models for controlling processes and then implement these in hardware or software. The Information Technology degree programme provides students with a solid grounding in the fields of information technology and business administration. In addition, students acquire important interdisciplinary skills such as project management, professional presentation techniques and IT law.

For anyone interested in the natural sciences and innovative technologies, electrical engineering offers a wide range of opportunities for professional and personal development. Prior knowledge of the natural sciences or engineering can help you grasp complex concepts more quickly.

Course objective:

• Basic knowledge of electrical engineering
• Specialist knowledge in five technical fields
• Good knowledge of circuit design, programming and system control
• Key skills such as interpersonal and methodological competence
• A solid grounding in business administration and technical management

Specialisation in Automation

Students specialising in Automation learn the concepts and functions of automation and control systems. Courses and laboratory sessions covering measurement and control technology, right through to the fundamentals of systems theory, round off the theoretical training. Two course projects on different specialisation topics ensure a broad-based education and provide in-depth knowledge of various specialist areas. Graduates of the ‘Automation’ programme are able to develop, monitor and control even complex processes within automation and monitoring systems

Specialisation in Electronics

Students specialising in electronics develop, monitor and control electronic devices, equipment and systems. They operate and manage sophisticated transmission systems and complex communication networks. By applying electronic components and semiconductor materials, as well as modern microelectronics, they implement innovative solutions and make everyday life easier for many people. Integrated micro-miniaturised circuits (ICs, microprocessors) in the form of embedded systems are now essential components of modern living and working environments.

I would like to do my bit to help advance technology and put it to good use.

In electrical engineering today, we are witnessing rapid progress, with many exciting questions and fascinating discoveries.

Markus Barkhorn, dual-study student in electrical engineering, DEUTA-WERKE

Bachelor of Science (B.Sc.) in Computer Science

Computer science is an integral part of everyday life. It opens up opportunities to design things and develop solutions that find practical application very shortly afterwards. Behind what most people today take for granted in their working and personal lives lie highly complex systems. Keeping these systems running, developing them and improving them is the challenging and creative task of computer scientists.

Course objective:

• The provision of sound, continuously updated knowledge in the fields of computer science, information technology, business administration and intercultural skills
• The ability to help shape and further develop future IT systems and applications
• Theoretical and practical preparation for participating in and leading IT projects across companies and countries:

Specialisation in Applied Computer Science

Was die Fachrichtung Angewandte Informatik so attraktiv macht, ist das Aufeinandertreffen von Informatik und Anwendungswissen. Aus neuesten wissenschaftlichen Verfahren und Informationstechnologien entstehen komplexe Lösungen, die über die Grenzen von Computer-Hardware und -Software hinausgehen. Sie umfassen auch unternehmerische und technische Abläufe, das Abgrenzen von Verantwortungsbereichen und Spezifika des jeweiligen Fachgebiets, für das Lösungen erarbeitet werden.

Ich wollte schon immer verstehen, wie Technik funktioniert!

Ich habe mich für ein duales Studium bei DEUTA
entschieden, da mich die Informationstechnik von klein 
auf fasziniert hat.

David Henkel, Dualer Student Informatik, DEUTA-WERKE

Fachrichtung Informationstechnik

What makes the field of Applied Computer Science so appealing is the convergence of computer science and practical knowledge. The latest scientific methods and information technologies give rise to complex solutions that extend beyond the boundaries of computer hardware and software. They also encompass business and technical processes, the delineation of areas of responsibility, and the specific characteristics of the respective field for which solutions are being developed.

Bachelor of Engineering (B.Eng.) in Mechanical Engineering

Almost everything around us is made by engineers. There is hardly a product that is not manufactured by machine. Machines shape the world we live in. They are designed, developed, produced and continuously optimised by mechanical engineers.

Course objective:

• Design Theory
• Engineering Mechanics
• Strength of Materials
• Materials Science
• Manufacturing Technology
• Thermodynamics
• Fluid Mechanics
• Management

Department of Design and Development

Graduates specialising in Design and Development shape every stage of a product’s lifecycle. Their ideas determine how appealing a product will be to the market. They influence the design of products and dictate how the majority of the budget is allocated.