Design of advanced, metallic and non-metallic materials, research of their preparation procedures, analysis of the structure and their behaviour under mechanical loading. Learn to develop new types of materials and become a "bridge" between designers and technologists. You will deepen the knowledge of the physical and physico-chemical nature of the properties and limit states of materials. You will apply these to new technological processes (e.g. plasma technologies, powder metallurgy, cold kinetic deposition, electron beam processing). You will also deal with degradation processes and their effects on material properties and material mechanics.
You will become experts in the field of materials science and engineering. You will work in material science teams – as academic staff at technical universities (for example in the ASCR). Or you will become the part of development teams in companies.
No dissertation topic has been announced for the academic year 2025/2026 the combined form of the Materials Sciences study programme.
Výuku programu/specializace zajišťuje Institute of Materials Science and Engineering.
Detailní charakteristika studijního programu a seznam vypsaných témat
Material is the basis of all things that surround us and a key tool for progress
1. ročník
You have a choice of the topic of the dissertation, and thus your supervisor. With him/her, you will prepare a detailed study plan which contains four subjects, the fifth compulsory subject is English. This is a minimal version of the study plan, of course you can enrol in other subjects. Teaching usually takes the form of consultations or lectures. By the end of the introductory year of study, you will pass at least two exams in selected subjects. The study may also include pedagogical practice of the usual length of four hours per week. At the end of the first year, your study is evaluated by a supervisor. In the full-time form of study, you receive a monthly scholarship.
