Document summary objectives Course
Course:
ISST/01 Mathematical and Physical Sciences
Year:
2024/2025
Lecturer:
Eva Tenan
Syllabus 
Eva Tenan
List of topics covered:
The course provides a solid foundation for understanding the physicochemical-mechanical properties of materials, which is essential in product design and development. Students will explore the relationship between the structure of materials and their functional properties, addressing topics such as changes of state, phase diagrams, and mechanical, electrical, thermal and optical properties. Space will be given to the analysis of amorphous and crystalline structures, with emphasis on plastics, metals and alloys, glasses and ceramics. Finally, surface physics and surface treatment techniques for different categories of materials will be explored.
Course-specific learning objectives:
Upon completion of the course, students will be able to recognize and select the most suitable materials for product design, taking into account their functional characteristics and associated manufacturing processes. Through a hands-on approach, they will gain the ability to apply informed selection criteria to optimize the relationship between form, function and technology in design.
Mode of teaching delivery:
The teaching will include theoretical lectures alongside practical exercises and the use of the first-level MaTech database. Students will have the opportunity to experiment directly with the materials, testing their analytical and creative skills through guided exercises.
Mode of examination/evaluation:
The final assessment will be based on a multiple-choice or open-ended quiz and a practical exercise. The objective is to test both the theoretical understanding of the concepts covered and the ability to apply them practically in materials design.
Bibliography
- Morello, A., & Castelli Ferrieri, A. (2005). Plastics and design. Arcadia Editions.
- Del Curto, B., & Marano, C. (2010). Materials for design: introduction to materials and their properties. Ambrosian Publishing House.
- Askeland, D. R., Fulay, P. P., & Wright, W. J. (2018). Materials science and technology. City Studies Editions.
- Hamilton, K. (2021). Nature genius: how the natural world inspires innovation and builds technology. Feltrinelli Publisher.
- Handouts and materials provided by the lecturer.