Fakultät Kunststofftechnik und Vermessung at the HAW Würzburg-Schweinfurt/Würzb.

Studiengang Kunststoff- und Elastomertechnik

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General remarks

This department is also featured in the U-Multirank world university rankings.

Basic information

Total number of students	180 *
Number of master degree students	no data available
Percentage of teaching by practitioners	10.0 %

Total score for support in the study entry phase

6/14 points

Graduations in appropriate time, undergraduate degrees	76.2 %
Graduations in appropriate time, master's	no data available

Outgoing students

0.0 %

Contact with work environment, bachelor's	9/11 points
Contact with work environment, master's	no data
Bachelor theses in cooperation with work environment	88.9 %
Master theses in cooperation with work environment	no data

Third party funds per professor

no data

Teacher support
Support in studies
Courses offered
Study organisation
Exams
Job market preparation
Support during practical semester
Support for stays abroad
Rooms
IT-infrastructure
Laboratories
Overall study situation

Further degree courses of the department

none

Special features regarding teaching
Teaching of in-depth knowledge in Rubber Technology (lectures and laboratory practicals); Extensive laboratory practicals during the current semester in a wide variety of technical laboratories; Design exercises, project work and laboratory work in a team; High practical component through a pre-study work placement and an industrial work placement; Lecture series with lecturers from industry; Excursions to companies in the plastics and rubber industry; Visits to trade fairs/conferences; Bachelor's theses are generally carried out in companies in the plastics processing industry/institutes for plastics engineering.
Special features regarding the international orientation
Technical English as a compulsory subject; A practical semester can be completed abroad as well as the Bachelor's thesis.
Special features regarding the equipment
The degree course has numerous laboratories. The equipment meets a state-of-the-art technology standard and covers the entire development and processing process in Plastics and Elastomer Engineering. In addition to a diverse range of processing machines, this also includes laboratory devices for analysis and universal testing machines to analyse plastic materials. There are, for example, several injection moulding machines, a pipe extrusion system, a rubber injection press, a 3D printer, plastic welding machines, an internal mixer and an REM, available to students for practical training.

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(S)-Students' judgements (F)-Facts (P)-Professors' judgements

Last update 2019: Data collected by the CHE Center for Higher Education.