Nanotechnology in general is the production and use of structures that are smaller than 100 nm in at least one dimension. The field of nanoscience has developed in the last 25 years in an extraordinarily dynamic and interdisciplinary way. Nanoscience is one of the key technologies of the 21st century. However, its extensive application potential can only be exploited economically if the "nanoeffects" discovered in basic research are translated into industrial products. This is the task of an engineer!

The 4-semester Master's programme is designed to deepen the qualifications acquired in the Bachelor's programme of the same name and, in addition, to impart skills used to not only apply scientific methods in the field of nanotechnology to complex problems, but also to analyse and further develop them.

Depending on the choice of specialisation, there is a pronounced focus on one of the application areas of nanoprocess technology or nano(opto)electronics. A subsequent doctorate to Dr.-Ing. or Dr. rer. nat. is possible. Excellent job market opportunities await the successful graduates. According to expert estimates, nanotechnological components or processes will be used in all branches of industry in the future. Worldwide, about two million experts will be needed in this field in the next ten to 15 years. The most important areas here are electronics, chemistry, automotive engineering, the optical industry and health care. 

Study plan

Study plan

You can find the examination regulations for your study program here: Examination regulations according to study programs

Study plans as well as information about the modules in the study program can be found in the module database VDB:

Information material

Prospective students will find an overview of the study program here and a section of frequently asked questions.

Current information related to exams and other important topics can be found here.

Further information on the Master NanoEngineering can be found at: Master programme NanoEngineering.

Study plans as well as information about the modules in the study program can be found in the module database VDB: 

• NanoEngineering (Nano Process Technology)
• NanoEngineering (Nano Electronics / Nano Optoelectronics)​

Admission

Admission requirements

The prerequisite for admission to the Master's programme NanoEngineering is the successful completion of

• Bachelor's programme NanoEngineering at the University of Duisburg-Essen

or

• an equivalent degree programme in the fields of engineering or natural sciences

as well as a qualification related to the course of study.

In addition, the applicant must demonstrate the following specific knowledge depending on the chosen specialization: 

1. For the specialization Nano electronics / Nano optoelectronics knowledge in the field of mathematical/scientific basics amounting to 30 ECTS, knowledge in the field of material sciences / nanotechnology amounting to 20 ECTS, knowledge in the field of electrical engineering and information technology amounting to 10 ECTS. 
2. For the specialization Nanoprocess Technology Mathematical/scientific basics to the extent of 30 ECTS, knowledge in the field of material sciences / nanotechnology to the extent of 20 ECTS, knowledge in the field of mechanical engineering / process technology to the extent of 10 ECTS.

The determination of the equivalence of the degree programme and the decision on exceptions is made by the examination board. The examination board may also grant admission subject to conditions. 

Admission

Unrestricted admission (study places are not limited)

Enrollment takes place during the enrollment period at the student register's office on the Duisburg Campus.

Prospective students from non-EU countries should apply to the International Office on the Duisburg Campus.

Language Skills

The language of instruction at the University of Duisburg-Essen is German (except in the English-language programs). Therefore, you must have good German language skills if you want to study successfully. The majority of foreign applicants must pass the "Deutsche Sprachprüfung für den Hochschulzugang" (DSH 2 level; with some exceptions) before beginning their studies.

• German nationals (persons who have acquired their higher education entrance qualification in Germany or at a German school abroad) do not require any special proof of German language skills.
• Citizens of an EU member state (and citizens of Iceland, Liechtenstein, Norway) or German citizens with a foreign educational qualification, as well as
• Citizens of a country outside the EU with a foreign university entrance qualification must pass the "Deutsche Sprachprüfung für den Hochschulzugang" (DSH 2 level) or the TestDaF (TDN 4) before the begin of their studies.

Information on the German Language Test for University Entrance (DSH)

Further language skills

In the international environment of nanotechnology, English plays an increasing role as an international technical language. The aim of the study programme is therefore also to convey a familiarity with the English technical language through the use of the English language in selected courses. Appropriate language skills are therefore expected from the second year of study onwards.

Internships during studies

Not compulsory. However, it is recommended to use lecture and examination-free periods for a stay abroad.