Course overview
To introduce students to a broad range of materials used in the design and production of artefacts.
Course learning outcomes
- Explain the fundamental principles of polymers, thermoplastics and elastomers, demonstrating an understanding of their structural characteristics and behaviors in the context of various engineering applications.
- Differentiate between traditional composites and nanocomposites, analyzing their advantages and limitations for specific engineering purposes.
- Evaluate advanced electrical and optical materials, identifying their roles and functionality within modern electronic and photonic systems.
- Compare the properties and applications of light metals and ceramics, highlighting their suitability for weight-sensitive and high-durability engineering environments.
- Assess biomaterials based on biocompatibility, degradability and ethical implications, considering their application in medical and health-related engineering solutions.
- Apply knowledge of polymer and composite processing techniques to propose suitable material choices for engineering design challenges.
Degree list
The following degrees include this course