Department of Engineering, IT, technology and engineering

Renewable Energy Systems (M.Eng.)

Q: How can I apply?

Secure your place on your desired degree programme easily online! Our campus management system HISinOne makes it possible: Simply upload all your application documents in PDF format to the relevant fields in the online portal, and if you need to submit any additional documents, that's no problem! You can easily send any missing documents by e-mail to our Student Service Centre: Simply contact us at ssz@hs-nordhausen.de.

Qualify for a versatile career in the field of renewable energies with the most advanced technology and practical expertise.

What is Renewable Energy Systems?

The Renewable Energy Systems degree programme focuses on the planning, implementation and management of systems that use renewable energy sources such as wind, solar and biomass. It combines technical expertise with practical experience and ensures that graduates are ideally equipped to set new impulses in the energy sector and take on management tasks.

Fields of work

Graduates of the Renewable Energy Systems degree programme have excellent career prospects in a rapidly growing global market. Career opportunities are available in areas such as renewable energy production, project management, consulting and research. The programme also qualifies graduates for a doctorate, opening the door to an academic career and research positions.

At a glance

Study programme	Info
Short description:	RES
Academic degree:	Master of Engineering (M.Eng.)
Standard period of study / scope of services:	3 semesters / 90 ECTS credits
Teaching language:	English
Study format:	Full-time
Study start:	The programme starts in both the winter and summer semesters. The standard period of study is: 3 semesters for students with a Bachelor's degree of 210 ECTS credits. (Start in the summer semester is recommended) 4 semesters for students with a Bachelor's degree of 180 ECTS credits (including one qualifying semester). (Start in the winter semester is recommended)
Pre-internship:	not required
Application period:	01.12. to 30.04. via the Uni Assist website (interested parties with a German university degree via the university's online portal)
Admission restriction:	depending on the capacity
Admission requirements:	To be admitted to the programme, applicants must meet the following criteria: A Bachelor's degree in mechanical engineering, electrical engineering, energy technology, renewable energy technology or a related field. A minimum CGPA of 2.5 (according to the German grading system) or better. English language skills at level B2 (e.g. TOEFL iBT 79 or higher, IELTS 6.0 or higher). APS (Academic Achievement Certificate) for applicants from India, China or Vietnam.
Tuition fees:	none

As the world is increasingly moving towards a sustainable energy future, the need for specialists in renewable energy systems is constantly growing. The Renewable Energy Systems degree programme at Nordhausen University of Applied Sciences provides you with the knowledge and skills to take on a leading role in this important sector.

Over the course of three or four semesters, you will learn about key technologies, innovative solutions and the integration of renewable energies into existing systems. This will prepare you to tackle global energy challenges and contribute to a cleaner, greener world.

Information about the degree programme

Programme content

The programme offers a comprehensive mix of core and elective modules covering a wide range of topics essential for the development of renewable energy expertise. The course structure is designed to provide students with both fundamental knowledge and specialised skills in renewable energy technologies.

For students with 180 ECTS, the qualification semester includes basic courses such as Fundamentals of Electrical Engineering, Fundamentals of Thermodynamics, Introduction to Renewable Energy Systems, Scientific Work, Cultural Studies and Scientific Writing as well as German as a Foreign Language.

In the 1st semester students deepen their knowledge of bioenergy systems, project management, life cycle analysis, Power-to-X and elective subject 1, and continue their studies in German as a foreign language.

The 2nd semester focuses on advanced topics such as photovoltaic systems, wind turbines, solar thermal laboratory, a science project and elective subject 2.

The 3rd semester is dedicated to the preparation of the Master's thesis and its presentation and defence (colloquium).

The electives offer a variety of topics such as fuel cell technology, bioengineering and numerical methods in heat and mass transfer as well as computer-aided (process) engineering, so that students can tailor their education to their individual interests in the field of renewable energies.

Target group

This programme is aimed at students with a background in engineering or related fields who have a passion for renewable energy. It is ideal for those who aspire to leadership roles in the energy sector - be it in research, industry or public policy.

Career prospects

Graduates of this programme can pursue careers in various fields, including:

Research and development: Development of new technologies for renewable energies.

Project engineering and management: Management of projects for the planning and implementation of renewable energy systems.

Production technology: Monitoring the production and implementation of renewable energy technologies.

Technical advice: Advising companies on the introduction and integration of renewable energy systems.

Public administration: Participation in government agencies to shape energy policy and regulations.

What documents are required for the online application?

Applicants must submit the following documents:

Notarised copies of the Bachelor's degree and certificates

A detailed CV with details of academic and professional experience

Proof of English language skills

APS certificate (for applicants from India, China, Vietnam)

Degree, recognition, accreditation

The degree programme awards the internationally recognised Master of Engineering (M.Eng.) in Renewable Energy Systems. It is accredited by the Accreditation, Certification and Quality Assurance Institute (ACQUIN) and guarantees high educational standards and recognition both in Germany and internationally.

Web Links:

Head of degree programme:

Sebastian Voswinckel

Deputy Professorship for Power-to-X Technologies and Sector Coupling

+49 3631 420-834
Building 28 Room 0101

Orders

PLEASE NOTE:

Applications from international prospective students for Bachelor's and Master's programmes are submitted via uni-assist.

There, experts will check your documents and, after a successful assessment, forward them to Nordhausen University of Applied Sciences, which will decide on admission.

You can find further information HERE.

Details

Orders

The regulations for your degree programme, published in the official announcements of the HSN:

Edition Oct 2024

Winter semester 2024/25

Study Regulations

for the Master's programmes in the Department of Engineering at Nordhausen University of Applied Sciences

Reading Version in English language The official version is published in German language in the official announcements of the UAS Nordhausen no. 06/2020 with

first modifications published in 09/2020, second modifications published in 19/2021, third modifications published in 3/2022, fourth modifications published in 18/2022, and fifth modifications published in t.b.d. Edition Oct 2024

Edition Oct 2024

Winter semester 2024/25

Examination Regulations

for the Master's programmes with 90 ECTS credits in the Department of Engineering at Nordhausen University of Applied Sciences

Reading Version in English language Edition Oct 2024

This reading version is based on the official examination regulation published in German language in the official announcements of the UAS Nordhausen no. 06/2020, and on the first modification published in the official announcement no. 22/2022, and on the second modification published in the official announcement no. 04/2024.

12/2024

Fifth statute amending the study regulations for the Master's degree programmes in the Faculty of Engineering at Nordhausen University of Applied Sciences

04/2024

Second amendment to the examination regulations for the Master's degree programmes in the Faculty of Engineering at Nordhausen University of Applied Sciences

06/2020 - Reading version in English language

N/A

Study Regulations for the Master's programmes in the Department of Engineering at Nordhausen University of Applied Sciences

The official version is published in German language in The Official Announcements of the HS Nordhausen, Edition May 2020

N/A

Note:
Semester details apply to first-time enrolments from this date (e.g. valid for first-time enrolment from winter semester 2020/2021)

Module handbook:

Module handbook RES new

RES modules

Flyer:

RES

Flyer RES

Why you should study Renewable Energy Systems at HSN:

Choosing to study Renewable Energy Systems (M.Eng.) at Nordhausen University of Applied Sciences offers a unique combination of benefits that will prepare you perfectly for a leading role in the renewable energy sector.

Practice- and research-orientated learning: Nordhausen University of Applied Sciences attaches great importance to combining theoretical knowledge with practical application. The Renewable Energy Systems programme is focused on real-world challenges and solutions, allowing you to work on projects that directly contribute to the advancement of the renewable energy sector. You will have the opportunity to participate in hands-on projects, lab work and research initiatives that are closely aligned with the needs of the industry.

Access to state-of-the-art equipment: Our university has modern laboratories and research facilities specifically designed for studying renewable energy. You will have access to the latest technology and tools, giving you valuable practical experience that is highly valued by employers in the energy sector.

Experienced lecturers with industry connections: The programme is taught by experienced lecturers who are not only experts in their field, but are also actively involved in industry projects and research. Their contacts with leading companies and institutions in the field of renewable energies offer you valuable networking opportunities and insights into current industry trends and practices.

Strategic position and industrial co-operation: Nordhausen University of Applied Sciences is located in the heart of Germany, in close proximity to several leading companies and research organisations in the field of renewable energy. Through strategic partnerships with these organisations, you will have the opportunity for internships, collaborations and potential employment after graduation. The proximity also allows you to attend industry meetings, workshops and seminars.

Multicultural and international environment: At Nordhausen University of Applied Sciences, you will be part of a diverse student body with fellow students from all over the world. This multicultural environment enriches your learning experience, broadens your perspectives and prepares you for working in a globalised industry. The language of instruction on the programme is English, making it accessible to international students and ensuring that you are well prepared for global career opportunities.

Supportive learning environment: The university emphasises a supportive and personal learning environment. Small course sizes allow for close interaction with professors and personalised support throughout your studies. In addition, the university offers various support services, such as academic counselling, career advice and assistance with practical issues such as visa applications and accommodation.

Commitment to sustainability: Nordhausen University of Applied Sciences is strongly committed to sustainability not only through its academic programmes, but also in its operations and campus culture. As a student on the Renewable Energy Systems programme, you will become part of a community that values and actively promotes sustainable practices. This gives you a sense of purpose and belonging as you contribute to a more sustainable future.

Excellent career opportunities: The programme's strong focus on both technical and management aspects of renewable energy systems ensures that graduates are well qualified for a variety of career paths. Whether you want to work in research and development, project management, consultancy or public policy, the skills and knowledge you gain at Nordhausen University of Applied Sciences will open up exciting and rewarding career opportunities in a fast-growing industry.

By choosing to study Renewable Energy Systems (M.Eng.) at Nordhausen University of Applied Sciences, you are not only investing in your education, but also in your future as a leader in the transition to sustainable energy.

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Contact

How can I apply?

It's easy to secure your place on your desired degree programme online!

Our Campus Management System HISinOne makes it possible:

Simply upload all your application documents in PDF format to the relevant fields in the online portal.
And if you still need to submit something, that is No problem! You can easily send missing documents by e-mail to our Study Service Centre:
Simply contact us at .

How can I finance my studies?

We know that student budgets are often tight. That's why we want to reassure you right away: At our university there are No tuition fees!

To support you in financing your studies, we provide you with the following information at BAföG helpful tips on how to apply and ensure that your application is complete. You will also find important contacts there.
We want to support and encourage particularly talented and motivated students.

Under Scholarships you will find information on various scholarship programmes. There are also other funding options, such as the 'StudiumThüringenPlus' study start-up grant, parental funding, child benefit and the opportunity to earn your own money through a student job.

What is the difference between studying at a college and a university?

Unlike at a university, you will receive more support in your learning process at our university. We provide learning objective control questions, enable you to deepen your knowledge through exercises and also facilitate a great deal of interaction in lectures and seminars. These are big differences to courses with >300 students.