The course consists of lectures and a project work. The main subjects covered:
Introduction to polymeric materials
- Basics of polymer structure, properties, synthesis, characterization, manufacturing and applications
Environmental issues connected to polymeric materials
- oil-based versus bio-based, inert versus degradable, recycling, littering
Materials at research front
- e.g. biomedical materials and health care, renewable materials, degradable materials, smart materials, nanocomposites, antimicrobial materials, energy related materials
Project work where the student will look deeper into a specific application
The student should after completed course be able to:
- Describe basics of polymer structure, properties, applications and polymer nomenclature
- Define the basic concepts of polymer synthesis and production
- Describe and choose techniques for characterization of functional and structural polymeric materials
- Compare oil-based versus bio-based and inert versus degradable materials and select drives and barriers for applications of respective materials
- Illustrate examples from research front in the different areas of polymer science and contemporary development trends within the field
- Reflect over the development in the field of polymer science with regard to environmental issues and sustainable development
- Reflect, assess and critically review own and others´ scientific results
- Present the group assignment orally and in writing