Materials Science and Engineering (Master)
|Degree||Master of Science (M. Sc.)|
|Department||Department of Chemical Engineering, Department of Engineering Physics, Institute of Business Administration & Engineering|
|Special type of study||full-time, International degree programme|
|Standard period of study||4 semesters|
|Language of Instruction||All compulsory courses are offered in English, some electives still in German|
|Semester fee||€301,34 / semester (summer term 2021)|
|Characteristics||The application process for international applicants for the winter term 2021/22 starts in the summer term 2021. Application period: February 18 - May 31, 2021|
Requirements and enrolment
|Admissions restrictions||No local entrance restrictions|
|Additional entrance requirements|
The Master degree course is aimed at Bachelor degree graduates with knowledge in Materials Science and Engineering such as Chemistry, Physics and similar Engineering course with an overall grade of ‘good’ (2.5) or better.
You are not sure whether your Bachelor degree meets the requirements? Please apply online, upload your documents (Bachelor degree, transcript of records, module descriptions) and we will check.
|Enrolment||Application period for German and EEA-applicants (EU, Norway, Iceland, Liechtenstein):|
June 3 - September 30, 2021
Application period for international (non-EEA) applicants without a German qualification for admission to higher education:
February 10 - May 31, 2021
Detailed description of the degree programme
The development of innovative materials creates important preconditions for new industrial processes and modern products. Thus, they promote social progress, improve quality of life and solve important problems in areas of energy technology, life-science or information technology.
Students of this course of study will acquire various competences for a broad range of tasks in Materials Science. The course content will look at the entire value chain which usually starts with an initial idea followed by an analysis, development and production (or development of new production methods). In this respect the course provides broad and sustained knowledge to meet demands in practice and research. Based on this research-related training students will be in a position to create and optimize products and processes in the material processing industry autonomously.
There are excellent job prospects within the industry or the possibility for a Phd. The course provides comprehensive knowledge for jobs as development- or test engineer in areas such as mechanical engineering, chemical industry, electrical engineering or the automotive industry. The University of Applied Sciences has excellent co-operations with the industry or Phd partners, so there are possibilities to build up an important network during the studies. Furthermore, there are double degree programmes which enable students to acquire additional degrees during their studies abroad and to qualify for an international job market.
Study Contents and Curricula
A basic understanding as well as development and design of new materials is paramount to the course.
Core modules include solid state physics, polymer science, anorganic material chemistry, characterization of materials via spectroscopic methods or electron microscopy, materials science and nanotechnology. A considerable part of practical training in our laboratories and research projects provide practical teaching from the beginning.
The Master degree course will be offered in English, optional modules may partly be chosen in German. The Master thesis can be completed in our laboratories, research institutes or with industrial partners.
Reasons to study at Muenster University of Applied Sciences
- high quality of teaching and intensive mentoring
- practical and research-based
- strong network with companies
- international partner universities
- Qualification for Phd programmes