KEMS531 Introduction to Material Chemistry (4 cr)

The course introduces the basic concepts of material chemistry from the perspective of organic chemistry and nanomaterials

• Basic concepts of material chemistry and classification of materials.
• The factors affecting the material properties
• Basics of polymer chemistry: synthesis, classification, structure and properties
• Polymers in environment, biodegradable and biocompatible polymers
• Non-covalent polymers and polymer-like compounds
• Gels
• Liquid crystals
• Self-assembling layers and surfaces
• Hybrid materials, composites and nanomaterials

After completing the course, the student 

• Can use material chemistry concepts and terminology
• Understands the factors influencing the structures and the properties of materials and the co-dependence between the structure and properties.
• Understands the significance of material properties in applications.
• Can classify different materials based on their structure and properties.
• Masters the essential synthesis methods for polymers, composites, and hybrid materials.
• Can analyze and identify the properties of polymers and potential applications based on these properties.
• Understands the principles of gelation, liquid crystals, and self-organisation.
• Understands the fundamental properties and structure dependence of hybrid materials.
• Can analyse the environmental impact of materials and consider the development of materials from a sustainability perspective.
• Understands the significance of materials chemistry for the environment and humans.

• Masters the planning of work, tasks, and time allocation and adheres to agreed-upon schedules.
• Can integrate and apply material chemistry concepts in a broader context.
• Can independently acquire information and expand their knowledge base.
• Can respond to given tasks and problem sets in writing in Finnish or English and justify their answers and opinions.
• Can use correct terminology and concepts in Finnish or English.
• Understands ethical and environmental issues related to the course topic and can reflect on their impact on both local and global levels, as well as consider possible solutions to problems.

An online course.

Intermediate studies in chemistry or bachelor level studies in nanoscience. Intermediate studies in organic chemistry strongly recommended.

• J.G. Smith, Organic Chemistry 4th-5th edition, Ch. 31, 6th edition Ch. 28
• J.W. Steed, J.L. Atwood, Supramolecular Chemistry, 2023, 3rd edition, suitable parts