Applied plastics technology (M.Eng.)
Schmalkalden, Germany
DURATION
3 Semesters
LANGUAGES
German
PACE
Full time
APPLICATION DEADLINE
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EARLIEST START DATE
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STUDY FORMAT
On-Campus
Key Summary
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Introduction
Master of Engineering at the Hochschule Schmalkalden
The Applied Plastics Technology Master conveys skills and abilities in the areas of product development and construction as well as production technology and tool development, especially in the plastics processing industry. The course also enables you to work scientifically and act responsibly in a modern, changing professional environment.
| Type of study: | Full time |
| Duration of study: | 3 semesters |
| Lecture language: | German |
| Graduation: | Master of Engineering |
| ECTS: | 90 |
| next start of studies: | each summer semester |
| Application deadline: | every January 15th |
Admissions
Curriculum
study procedure
The plastics technology masterโs consists of three semesters. During the first and second semester, in addition to attending courses, a project must be completed. The content of the courses of the respective semester is particularly affected by their task. The third semester is mainly used for working on the final thesis (Master's thesis). In addition to the compulsory modules, the Masterโs degree in applied plastics technology can be individually designed through the compulsory elective modules offered. The lecture language is German.
Program Outcome
study objectives
The aim of the Applied Plastics Technology course (Master of Engineering) is to acquire skills and abilities in the areas of product development and design as well as production technology and tool development, particularly in the plastics processing industry. The aim is therefore to train qualified plastics engineers through application-oriented and practice-oriented teaching. The plastics technology masterโs is intended to enable you to do scientific work and act responsibly in a modern and changing professional environment. Plastic, the material of the 21st century, is a tailor-made material. Plastics processing, designing with plastics and material behavior cannot be viewed in isolation from one another. This is what the teaching area of applied plastics technology is based on.