Educational goals
The subject is aimed at preparation of experts involved in research and development in the areas of textile technologies and material engineering, mainly of those who will be involved in scientific and independent creative work in this field. Studying in this programme, students will acquire new knowledge about fibre materials, their structure and properties. At the same time, the study should provide new findings about technological procedures of fibre material production and about designing both new technological procedures and new products. The subject is aimed at preparation of experts involved in research and development in the areas of textile technologies and material engineering, mainly of those who will be involved in scientific and independent creative work in this field. Studying in this programme, students will acquire new knowledge about fibre materials, their structure and properties. At the same time, the study should provide new findings about technological procedures of fibre material production and about designing both new technological procedures and new products. The subject is aimed at preparation of experts involved in research and development in the areas of textile technologies and material engineering, mainly of those who will be involved in scientific and independent creative work in this field. Studying in this programme, students will acquire new knowledge about fibre materials, their structure and properties. At the same time, the study should provide new findings about technological procedures of fibre material production and about designing both new technological procedures and new products.
Information
- Study programme
- Textile Engineering (P3106)
- Programme branch
- Textile Technics and Materials Engineering (3106V015)
- Faculty of
- FT
- Type of study
- Doctoral
- Form of study
- Part-time
- Length of study
- 4
- Awarded degree
- Ph.D.
- Language
- Czech
- Education area
- Mechanical Engineering and Materials
Courses
1. semester
- Hydrodynamics Process of Spinning (compulsory optional)
- Macromolecular Chemistry (compulsory optional)
- Mathematical Statistics and Data Analysi (compulsory optional)
- Mechanics of Fibrous Assemblies (compulsory optional)
- Numerical Methods (compulsory optional)
- Optics of Solids (compulsory optional)
- Structural Mechanics of Fibrous Ass. (compulsory optional)
2. semester
- Differential Equations (compulsory optional)
- Heat and Mass Transfer in Porous Media (compulsory optional)
- Physical-chemistry Modeling (compulsory optional)
- Textile Machines Dynamics (compulsory optional)
3. semester
- Clothing Comfort (compulsory optional)
- Practical Stereology (compulsory optional)
- Sorption Processes (compulsory optional)
- Structural Theory of Fibrous Assemblies (compulsory optional)
- Structure and Properties of Tex. Fibers (compulsory optional)
- Textile Chemistry (compulsory optional)
- Tissue Engineering (compulsory optional)
4. semester
- Chemical and Thermal Tech. of Nonwovens (compulsory optional)
- Image Processing and Analysis (compulsory optional)
- Simulation of the Apparel Processes (compulsory optional)
- Textiles Projection (compulsory optional)
- Theoretical Textile Metrology (compulsory optional)
5. semester
- Experimental technique of the textile (compulsory)
6. semester
- Specialization in Field (compulsory)
Courses without specified study plan
- Intership Abroad I (optional)
- Intership Abroad II (optional)
- Intership in a Company I. (optional)
- Intership in a Company II. (optional)
More details
Contact: Lukáš David, prof. RNDr. CSc., david.lukas@tul.cz