1. Introduction to material science, engineering and technology; material structures; material families; energy contents and recyclability problems
2. Challenge/Field 1: Defects as means to improve performance
3. Relevance and impact of material science and technology: Surfaces, interfaces and nano-technology; advanced ceramic materials; fuel cells; materials for clean energy; thermal and environmental barrier coatings; ...
4. Challenge/Field 2: Micro-tailoring of materials
5. Challenge/Field 3: Highly valued possibilities for materials and processing. Innovations that concern energy issues
After passing the course, the student should be able to: Understand and apply the scientific and technical principles behind the four large parts in material science and technology: structure, properties, processing and performance.
To realise the relevance of material science and technology to design (with a broad perspective) a system, a component or a process, to meet desired needs with realistic limitations, for example economic, environmental, social, producibility and sustainability.
Identify and update current and future needs, considering different aspects of materials and equipment to challenge certain kinds of applications, towards a sustainable and improved human well-being.