Electrical Engineering

The Study Programme

Engineering - Electrotechnology

Commencement of studies
Full-time course: 1 April and 1 October | Part-time course: 1 March and 1 September

Duration of the full-time course
3 years or 6 semesters - 1,800 hours | 6 weeks holiday are scheduled for each year of study.

Duration of the part-time course
4 years or 8 semesters - 1,800 hours

The part-time course takes place in Berlin on two evenings per week from 6:00 pm - 9:15 pm

and on two Saturdays per month from 8:30 am - 5:30 pm.

Course of study

General engineering knowledge and skills are imparted in the core subjects of the foundation course and application-based curriculum, which are compulsory modules to be completed by all course students.

In the foundation course component, students primarily acquire basic engineering knowledge and are supported in the acquisition of social and communications skills and the development and mastery of scientific working methods. The foundation course is complemented with multidisciplinary modules (jurisprudence, competence basics, student consulting analysis and practical phases).

The aim of strengthening the profiles of students through their early orientation towards area-related career fields that suit their aptitudes, is bolstered by the sector-focused Special study component. Here the students learn the fundamental knowledge of a specific area. They become able to specifically direct their career perspectives to this area.

During the practical phase, students' engineering knowledge and skills will be enhanced, consolidated and treated within an overall context.
Students are thereby able to analyses complex, operational problems and to identify a solution. The acquisition and application of management-focussed knowledge is also taught. The expertise acquired in the previous study segments and partly tested in practice will be expanded and strengthened.

The full-time course has two integrated practical phases, which can be completed in Germany or abroad. The final element of the course is the composition of a bachelor thesis with a practical focus. Successful course graduates receive the academic title "Bachelor of Engineering".

Learning methods

All teaching content will be conveyed in accordance with the latest teaching methods and through networked systems. Furthermore, the defining elements of the course of studies include lectures, case studies and expert debates, alongside subject-based internships, excursions and guest lectures. In addition to face-to-face tuition, the specialist knowledge acquired will be reflected upon and applied through self-tuition, organised group work and in accompanied learning (e-learning). In this context, the various personal and professional backgrounds of students will be viewed as an important enrichment. Students can and should contribute their own questions and case studies to the teaching/learning mix. This didactic method is conducive to establishing a direct link between theoretical knowledge and the real working environment.

Study contents

1. Basic studies

Mathematics for Engineers
Fundamentals of Economics
Engineering Graphics and Scientific Working
Physics
Principles of Materials Science and Design
Algorithms and Programming
Computer Engineering
Electrotechnology/Circuit Technology
Project Management, Quality and Environmental Management
Control Technology
Electrotechnology
Signals & Systems/ Measurement Technology
Student Consulting Analysis
Practical Phase

2. Special studies (Specialisation Electrotechnology)

Principles of High-frequency Engineering*
Energy and Systems Engineering*
Digital Electronics
Electric Drives and Mechatronics Systems
Communication networks and Transmission Technology*
Measurement and Control Technology/ Intelligent Networks*
Microcomputers
Optics and Optoelectronics
Practical phase

*Elective module

3. Application studies

Technical English
Technology and Innovation Management
Intercultural Management/ Business Ethics/ Diversity*
Business law*
Electronic Design
Student Consulting Analysis
Bachelor thesis and colloquium

*Elective module

Admission requirements

Admission requirements

(Technical) university entrance qualification or
a vocational qualification eligible for the course of studies, together with at least three years of professional experience
(according to Section 11 Berlin University Act) or
a qualification as Meister/in [master technician], state certified technician, certified business administrator

Technical requirements

Access to an internet-ready computer is necessary for academic support via the e-learning platform.

For international applicants

German language proficiency certificate: language level C1 according to Common European Framework of Reference for Language

Prospects following studies

Students who choose the Electrical Engineering course will become superbly equipped to subsequently enjoy successful careers in a diverse range of sectors such as medical technology or the energy industry. Typical future career profiles included activities in research and development, in quality assurance or in project, technology or innovation management. Areas such as design, manufacturing, production, sales and consulting also offer exciting challenges and good job opportunities. The course's elective modules offer the student the opportunity to specialise - in specialist areas such as information technology, e-mobility and energy systems, networks and storage technology.