Polymer Engineering (B.Sc.)
Program structure
Structure of the program
The standard period of study of the modularly-structured Plastics Engineering Bachelor's degree program is six semesters.
Initially basic knowledge is primarily imparted in the first three semesters. This includes the mathematic-natural science and engineering basic subjects such as Mathematics, Physics, Chemistry, Statics, Strength of materials, etc.
The scientific internship project as well as the Bachelor thesis with colloquium with 15 credits each are done in the 6th semester. A total of 180 credit points are to be completed for the Bachelor of Science degree.
The degree program concludes with a Bachelor of Science (B.Sc.) title.
Modules
- Fundamentals of Applied Mathematics
- Elementary Physics
- Basics of Chemistry
- Statics
- Basics of Materials Technology
- Applied Mathematics
- Material Sciences – Plastics
- Fundamentals of Electrical Engineering and Metrology
- Advanced Physics
- Strength of Materials
- Fundamentals of Production Technology
- Product Design and Computer Aided Design
- Fiberreinforced materials
- Polymer Chemistry
- Physical Chemistry
- Machine Elements
- Metallography
- Business Administration
- Polymer Physics
- Nondestrutive Testing, NDT
- CAE – Polymer Technology
- Plastics Engineering
- Polymer Analytics
- Quality Management
- Fundamentals of Project Management
- Polymer Testing
- Constructions with Plastics
- Plastics Processing
- Elective
- Applied Scientific Project
- Bachelor Thesis and Colloquium