Degree: Master of Science |
Time limit: 4 semesters |
Admission Requirements:
- Bachelor Degree in Engineering Sciences, Chemistry or Physics.
- Excellent results in the diploma examinations of a course in
the subjects mentioned above at a university of applied sciences
can also be considered on a case by case basis
- German students need at least the UNIcert II with written and
oral final examinations.
- Foreign students whose mother tongue is not German need to have
the TOEFL test.
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Admission procedure and deadlines:
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The places for this course are limited.
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Application for the winter and summer semester.
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Apply to university; Deadline: 15th
June / 15th December.
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Studying at the Department of Engineering
With its 500-year-old history the Halle University holds
a prominent position in German and European social and natural sciences.
Since the fusion with parts of the former Technical College of Merseburg
in 1993, it has also had a technical-scientific component: for more than
40 years, Diploma engineers have graduated at university level and have
found employment in various fields in both the old and new Bundeslaender.
Characterization of the Masters Course and
Job Profile
The international Masters Course of Applied Polymer Science
was first offered in the 2001/2002 winter semester in cooperation with
the Departments of Physics and Chemistry. It is designed interdisciplinarily
and comprises engineering as well as important natural-scientific components.
Based on sound natural-scientific fundamental knowledge, theoretical and,
above all, practical engineering skills in the field of polymers are developed.
The aim is to enable engineers to successfully apply their knowledge and
skills in the polymer-producing and polymer-processing industry in the
area Halle/Leipzig/Bitterfeld (e.g. DOW, Bayer). As an international course,
it also aims at job opportunities in High-Tech regions worldwide, in developing
and threshold countries as well as East European countries. Existing contacts
with national and international companies and universities – such
as the University of Massachussetts, the leading research institution
in the field of polymers in the USA, are used and consolidated for the
training of students.
Places to Study are the Merseburg
campus and the university city Halle.
Merseburg is situated on the River Saale (Mittlere Saale) half an hour
by car from the culture centres Halle and Leipzig. The 1000-year-old history
of the town Merseburg is reflected in the historical ensemble of the cathedral,
the castle and the castle garden on the west bank of the River Saale and
also in the historical city centre which is currently under extensive
reconstruction and renewal.
The university campus with excellent conditions for living and studying
is located on the main road (B 91) on the outskirts of the town and can
easily be reached by private and public transport.
The Course
The time limit for the course is four semesters, including
the six – month period for the Masters thesis. The curriculum, lectures
and seminars and the examination procedures ensure that the course can
be completed within these four semesters.
Tuition covers three semesters with a total of 83 hours p.w. Successful
participation in the lectures and seminars is assessed by credit points.
Lectures and seminars are mainly held in English.
During the semesters, language classes in German and English are offered,
depending on the entrance level of the students and the courses available.
In the 2nd or 3rd semester, German students have
to do one semester at a foreign university. All necessary regulations
(number of lessons, equivalence, recognition of the different subjects)
are to be agreed on by the Department in advance. As an alternative, German
students are allowed to write their Masters thesis at a foreign university.
Foreign students need not study abroad.
Programme Structure
The first semester is a kind of bridging semester which
brings the students' different individual levels of knowledge into line
after their Bachelor Degree Courses. Therefore, lectures (L), theoretical
exercises (TE) and laboratory sessions (LS) are weighted differently.
Classes in the 1st semester
Bachelor in |
Physics |
Chemistry |
Engineering Sciences |
Subject |
L/ TE / P/ CP |
Trends in der Polymer Science |
2/0/0/2 |
2/0/0/2 |
2/0/0/2 |
Introduction into Polymer Engineering |
2/0/0/2 |
2/0/0/2 |
2/0/0/2 |
Organic Chemistry |
3/0/3/6 |
- |
3/0/3/6 |
Engineering Mechanics |
4/2/0/6 |
4/2/0/6 |
- |
Physical Chemistry |
3/0/03 |
- |
3/0/6/3 |
Foundations of Materials Sciences |
4/2/0/6 |
4/2/0/6 |
- |
Materials Physics |
- |
4/2/0/6 |
4/2/0/6 |
Measuring Practical |
- |
0/0/3/3 |
0/0/3/3 |
Hours p.w./ Total credit points |
25 |
25 |
25 |
Classes in the 2nd semester
Subject |
L/ TE / P/ CP |
Polymer Synthesis |
2/0/2/4 |
Polymer Charakterization |
2/0/2/4 |
Spektroscopic Methods, Thermal Analysis, Relaxation Spektroscopy |
2/0/2/4 |
Surface Modification, Corrosion, Corrosion Protection |
2/0/2/4 |
Foundations of Polymer Physics |
2/2/0/4 |
Recycling, Separation Technologies, Rheology, Fluid Mechanics |
4/0/2/6 |
Hours p.w./ Total credit points |
26 |
Classes in the 3rd semester
Subject |
L/ TE / P/ CP |
Polymer Processing |
2/0/2/4 |
Plastics Control |
2/0/2/4 |
Plastics, Composite and Elastomere Applications |
2/0/2/4 |
Polymers in Agriculture, Forestry, Medicine, Pharmacy and Nutrition |
4/0/0/4 |
Polymers in Electronics und Optics |
2/0/0/2 |
Biopolymers |
4/0/0/4 |
Simulation, Modelling, FEM calculations |
2/2/0/2 |
Hours p.w./ Total credit points |
26 |
Furthermore, compulsory options (6 hours p.w.) are to
be chosen in the 2nd and 3rd semesters. This is fixed in the Course Regulations.
From the 2nd semester onwards the students have to focus increasingly
on individual scientific work.This is particularly true for laboratory
sessions, project work and the Masters thesis.
Examinations and Masters thesis
The main examinations (oral or written) in the subjects
have to be taken during the course as a part of the examination procedure
for the Masters Degree. This is laid down in the Course Regulations.
In the 2nd and 3rd semesters a project has to be
worked on within a maximum of 150 hours.
The topic can be either a theoretical-analytical, an experimental or a
design task. The work is assessed after a report on this topic has been
given in the seminar.
Students who have passed all the required examinations, handed in the
necessary certifications and completed the project can be given the topic
for their Masters thesis. This thesis has to be written in the 4th
semester within a period of 6 months. The Masters thesis can also be worked
on at a foreign partner university.
The Masters thesis must be written in English. After a positive assessment
of the thesis, a colloquium is held, the result of which is part of the
total mark of the Masters thesis.
The degree Master of Science (MSc) is awarded on successful completion
of the course.
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