Studienhandbuch | Polymer Engineering and Science

Inhalt

[ 480AMTS23 ] Studienfach ^(*)Polymer Engineering and Science

^(*) Leider ist diese Information in Deutsch nicht verfügbar.

Workload	Form der Prüfung	Ausbildungslevel	Studienfachbereich	VerantwortlicheR	Anbietende Uni
3-29/3-11,5 ECTS	Gliederung	M1 - Master 1. Jahr	Kunststofftechnik	Gerald Berger-Weber	Johannes Kepler Universität Linz

Detailinformationen
Quellcurriculum	Masterstudium Sustainability and Plastics Management (SPM) 2024W
Ziele	^(*)The aim is to provide additional competences and knowledge in the field of polymer engineering and science.
Lehrinhalte	^(*)The sub-group "Polymer Technologies and Science" contains courses related to: polymer chemistry and physical chemistry polymer related chemical process and production technologies advanced polymer processing technologies polymer product and process development
Sonstige Informationen	^(*)"Seminars in Polymer Technologies" of at least 3 to max. 7.5 ECTS must be completed in the subject "Advanced Electives in Management and Polymer Technologies": - SE Seminar in Polymer Extrusion and Compounding - SE Seminar in Polymer Injection Moulding - SE Seminar in Polymer Product Engineering - SE Seminar in Polymeric Materials and Testing - SE Scientific Tutorial in Polymer Extrusion and Compounding - SE Scientific Tutorial in Polymer Injection Moulding - SE Scientific Tutorial in Polymer Product Engineering - SE Scientific Tutorial in Polymeric Materials and Testing

Untergeordnete Studienfächer, Module und Lehrveranstaltungen
Studienfach ^(*)Subject for the Master’s Examination: Polymer Chemistry
Studienfach ^(*)Subject for the Master’s Examination: Polymeric Materials and Testing
Studienfach ^(*)Subject for the Master’s Examination: Polymer Processing
Studienfach ^(*)Subject for the Master’s Examination: Polymer Product Engineering & Design
VL ^(*)Structure and Properties of Biological Materials 1
VL Kreislauffähigkeit von Kunststoffen
KV Rheologie der Kunststoffe
KV ^(*)Applied Measurement and Control in Polymer Processing
UE ^(*)Design of Lightweight Structures
KV ^(*)Engineering with Soft Materials
VL ^(*)High Resolution Microscopy II - Scanning Probe Techniques
VL ^(*)Photovoltaics
VL ^(*)Physical Chemistry of Surfaces and Interfaces
VL ^(*)Plastics Recycling - From Waste Management and Processing to Performance
VL ^(*)Polymer Extrusion and Compounding 2: Modelling Screw Extrusion
UE ^(*)Polymer Injection Moulding 1: Machine Engineering
KV ^(*)Polymer Injection Moulding 2: Process Technologies
SE ^(*)Scientific Tutorial in Polymeric Materials and Testing
SE ^(*)Scientific Tutorial in Polymer Extrusion and Compounding
SE ^(*)Scientific Tutorial in Polymer Injection Moulding
SE ^(*)Scientific Tutorial in Polymer Product Engineering
SE ^(*)Seminar in Polymeric Materials and Testing
SE ^(*)Seminar in Polymer Product Engineering
KV ^(*)Smart Production Management
VL ^(*)Chemical Interactions in Polymers
PR ^(*)Laboratory Course of Polymer Chemistry 1
PR ^(*)Laboratory Course of Polymer Chemistry 2
UE ^(*)Exercises in Polymer Chemistry 2
UE ^(*)Exercises in Polymerization Techniques
VL Physics of Soft Matter

[ 480AMTS23 ] Studienfach (*)Polymer Engineering and Science

[ 480AMTS23 ] Studienfach ^(*)Polymer Engineering and Science