Renewable Energy and E-Mobility

Master Program

You have completed your first engineering degree in electrical engineering, power engineering, regenerative energies, mechanical engineering, physics or a degree in a related field and are interested in future topics! Congratulations! Now you can prove and expand your abilities in the master program "Renewable Energy and E-Mobility" at the University of Stralsund.
In the coming semester, we will continue to rely on classroom teaching, whereby we take health protection on campus seriously. However, the lecturers in the Renewable Energy and E-Mobility programme also offer digital teaching formats in which you can learn online with your fellow students.

Overview

Program	Renewable Energy and E-Mobility
Faculty	School of Electrical Engineering and Computer Science
Starts in	summer and winter term (3 semester variant)
	only summer term (4 semester variants)
Admission	no admission restriction (see requirements below)
Length of Study	3 or 4 semesters (depending on the first degree)
Credit Points	90 ETCS (3 semesters) or 120 ECTS (4 semesters)
Degree	Master of Engineering (M.Eng.)
Main Language of Instruction	English

Requirements

Even if you have not received your final degree certificate by the application deadline, you can still apply for a master’s program with your current transcript of records. This should include the amount of ECTS points that you have already gained by the time of application, the preliminary final mark and the expected date of completion.

General mandatory requirements:

- Completed first degree in electrical engineering, energy technology, renewable energies, mechanical engineering, physics or related degrees and

- Proof of knowledge in the following fields (e.g. official course description as provided by the university):

Measurement technology of at least 4 hours per week for one semester or 5 ECTS points and
Control engineering amounting to at least 4 hours per week for one semester or 5 ECTS points and
Fundamentals of electrical engineering amounting to at least 4 hours per week for one semesteror 5 ECTS points and
Electrical machines amounting to at least 2 hours per week for one semester or 3 ECTS points and
The usual mathematical foundations underlying these fields

At least three of the four modules demonstrating the respective subject knowledge must also be completed with a grade of at least 2.7 or, in the case of another grading system, with a comparable grade (70% of the applied grading scale).and

- Proof of English proficiency (level B2 according to the European Framework of Reference for Languages)

- an average mark of the bachelor's degree of at least 1.8.
An average mark of 1.9 to 2.3 is subject to a special individual assessment. For this purpose, a letter of motivation in German or English (approx. 500 words) and, if applicable, further proof of the subject-specific and program-specific qualification have to be submitted. Applicants with an average mark of 2.4 or lower will be rejected!

and further requirements depending on the duration of the study:

3-semester Master REEMM = Applicants with a first degree of 210 ECTS-Points

An undergraduate degree with at least 210 ECTS-Points
A relevant internship of at least 12 weeks or professional experience (internships during undergraduate degree will be credited)
If no internship has been completed, this must be provided before you register for your master’s thesis.

4-semester Master REEMM with internship = Applicants with a first degree of 180 ECTS-Points

An undergraduate degree with at least 180 ECTS-Points

4-semester Master REEMM without internship = Applicants with a first degree of 180 ECTS-Points

An undergraduate degree with at least 180 ECTS-Points
internships of at least 12 weeks (internships during undergraduate degree will be credited)
If no internship has been completed, this must be provided before you register for your master’s thesis.

An Admission Commission considers the provided expertise and decides on admission.

Information for foreign applicants: Incoming

Application Deadlines

Short Description

Rethinking the energy supply and use of tomorrow requires scientific methods as well as insights and practical experience to successfully solve difficult and complex problems in research and practice. Based on mathematical-technical basics and with the help of comprehensive qualifications, you acquire theoretical and application-related competences in elective modules. In the master thesis you can prove these scientific competencies, abilities and skills.

The focus of the study contents is scientifically application-oriented and should to teach the qualification for a doctorate at a university.

This master's program is offered in entirely English.

Program Management

Prof. Dr.-Ing.
Michael Bierhoff

Lehrangebot

Tel:

+49 3831 45 7317

Room:

102c, Haus 4

michael.bierhoff@hochschule-stralsund.de

General Student Advice Office

Christina Wanke

Studienberaterin

Tel:

+49 3831 45 6513

Room:

117, Haus 1

studienberatung@hochschule-stralsund.de

Goals and Career Prospects

Renewable energy and e-mobility – these are particularly innovative, rapidly growing and future-oriented sectors in Germany and abroad.

A rethink in the area of energy supply and use is indispensable in times of climate change and finite nature and instability of fossil fuel supply. Particular attention is given to the use of renewable energy sources such as solar radiation in PV and solar thermal systems, biomass, wind and hydropower as well as the development alternative storage concepts and electric vehicles. The electrification of the automobile can be a major step towards avoiding the consequences of climate change and at the same time a major step towards the future competitiveness of our automotive industry. The new study program is designed to address these future topics and help to meet the growing need for engineers.

Graduates will be able to uses scientific methods and analyses for solving complex problems in both practice and research. The Master‘s program offers a number of optional modules in the fields of renewable energies or electromobility. In addition to compulsory modules based on mathematical and technical principles as well as interdisciplinary qualifications, application-specific expertise is conveyed in elective modules on different topics of the two focus areas.

See You - on the modern campus right at the Baltic Sea!

And after the graduation?

With the degree "Master of Engineering" you are qualified to work different following fields. These include among others: renewable energy production and use, energy storage, electromobility, automotive industry. You can work in the areas of basic research, development, application of new technologies as well as construction, commissioning and service. You are also suitable for middle and senior management of companies and can also fill a position in the higher service of public institutions.

Potential field of activities: research and development, controlling, project, middle and senior management

We offer our master program Renewable Energy and E-Mobility in three different variants, which differ in terms of duration and practical semester. Depending on your academic background (first degree), the Master can be reached in 3 or 4 semesters:
•   3-semester Master's degree (first degree: 210 ECTS credits)
•   4-semester Master's degree with internship semester (first degree: 180 ECTS credits)
•   4-semester Master's degree without internship semester (first degree: 180 ECTS credits)

Curriculum 3-Semesters

Summer Term (1st Semester)

Winter Term (2nd Semester)

3rd Semester

Curriculum 4-Semesters

Summer Term (1st Semester)

Winter Term (2nd Semester)

3rd Semester

4th Semester

Curriculum 4-Semester without Internship

Summer Term (1st Semester)

Winter Term (2nd Semester)

Summer Term (3rd Semester)

4th Semester

Colour Key

Mathematical - Science and Technical Basics

Selected Technical Fundamentals of Renewable Energies

Elective Modules

Interdisciplinary Qualifications

Internship Semester (for 5 month)

Project Work

ETCS & Teaching Hour per Week

The allocated ECTS (European Credit Transfer System) points mirror the workload for the respective module (1 ECTS point is equivalent to 30 hours of work). ECTS make is possible to compare and recognise study achievements, for example if you want to transfer to or from another university.

The teaching hours per week (SWS = Semesterwochenstunden) represent the weekly teaching hours of one course.

1 unit = 2 SWS = 90 minutes.

Explanation:

*) If already taken in the Bachelor's program, another elective module must be chosen.
**) One of these two modules has to be chosen. Upon request, additional modules from the pool of "Interdisciplinary Qualifications" can be selected from other master programs of either the Faculty of Electrical Engineering and Computer Science or the Faculty of Mechanical Engineering.

Elective Modules:

AO = application-specific profiling;

F = freely selectable profiling

Facts about Types of Study

Download the latest Curriculum for the 3-Semester Master's Program.

Download the latest Curriculum for the 4-Semester Master's Program with practical semester.

Download the latest Curriculum for the 4-Semester Master's Program without practical semester.

Download the latest List of Elective Modules for the Master's Program.