13 Electrical Engineering Degree Programs in Germany

The aim of the Master's programme is thus to enable graduates of a diploma or bachelor's programme to support the knowledge gained to date with further theoretical knowledge to meet the requirements of modern development tasks, particularly in high-tech areas, in a special way. The Master's degree paves the way for a later doctorate and thus also for work in scientific fields.

Electrical engineers play a vital role in the current technological transformation of mobility and energy technology. After graduating with a B.Eng. in Electrical Engineering from SRH University, you will have the skills to successfully plan, develop and maintain complex systems

The Bachelor of Electrical Systems Engineering degree is the basis of future key technologies, such as artificial intelligence, autonomous driving and Industry 4.0. An electronic control unit is working in practically every device of everyday life – also in communications technology and transport.

Over recent decades, extensive developments in microelectronics have triggered a digital revolution where computers take center stage. While we still think of a computer as a desktop or a laptop, digital computing and digital signal processing have become vital for many of the products in our everyday life, such as cars, mobile phones, tablets, cameras, household appliances, and more. The Electrical and Computer Engineering (ECE) program focuses on communications and digital signal processing, including the enabling digital processing elements and their programming. Those enabling technologies are mostly subsumed under the headline of embedded systems.

The Master's programme in Electrical Engineering offers an internationally recognised qualification. It meets the requirements of high-tech companies for highly qualified employees in research and development departments or for initial managerial roles. A strong practical relevance is thus of great importance. With the subject area of automation engineering, particularly with specialisations in control engineering, embedded systems, and robotics, knowledge is conveyed that is of great importance in both the automobile industry and its supply businesses as well as in other industrial sectors. The first year of the Master's programme in Electrical Engineering contains mandatory modules and mandatory electives that consolidate the knowledge and skills already acquired on the Bachelor's programme in the essential development and research-related branches of electrical engineering. The graduates acquire the skills for working creatively from project work. In the process, the knowledge already acquired is placed in a greater theoretical context. The Master's thesis consolidates these skills and competences through practical implementation.

Degree Electrical Systems Department Electrical Engineering and Information Technology Projected Length of Studies 3 Semester Start of Studies winter + summer semester Standard Class Size 15

The master’s program Electrical System Engineering (MS ESE) is a two-year-full-time program divided into four semesters, including 3-course semesters, and a 6-month Master's thesis. MS ESE offers two specializations: signal & information processing and electronics & devices.

The Master's programme in Vehicle Electrical Distribution Systems Development prepares students for professional activity in development, planning, and production in the fast-changing field of physical electrical systems. Future employment may be with automobile manufacturers, suppliers, development service providers, or tool manufacturers, or indeed with companies developing and producing electrical systems for aviation, the railways, or plants. The course conveys skills in, among other areas, electrical engineering (e.g. automotive electronics and electrical systems architecture), mechanical engineering (e.g. theory of mechanical vibration), production and manufacturing technology including logistics as well as management and business administration. The implementation of the programme is supported by companies that are involved in the field of physical electrical systems. There is also close cooperation with these companies. We recommend following this programme alongside in-depth practical experience (dual study). The university may be of assistance in finding a suitable company.

The increasing interconnection of various technical systems in production gives engineers who have a broad knowledge and also an overview of other specialist areas at an advantage. This is exactly what our professors, who have worked in industry for many years, impart to you.