Educational goals
The term “nonwoven textiles” involves a wide group of textile materials produced in non-traditional ways that have been developing very fast since the middle of the forties, and that have kept their dynamics in the developed countries until today. The FT TUL workers have contributed remarkably to this branch development since the end of the sixties. They are originators of new technologies as well as of international textbooks translated into more than five world languages. “Nanofibres” represent one of the latest trends in production and development of fibre materials. Although the production principles have been known since the end of the 18th century, the turbulent increase of theoretical, research and technological work in this branch only occurred in the eighties of the last century. The FT TUL workers have significantly contributed to worldwide development of the industrial production of nanofibres with their patent and theoretical works. They are also authors of a range of monographs in this area published by foreign as well as domestic publishers. They have received significant national and international awards. The study branch “Nanomaterials and nonwoven textiles” provides students with deeper knowledge of properties, technology and application of nonwoven and nano materials. Based on their Diploma thesis, the students get familiar with application, technological, experimental or theoretical background of other areas of material engineering, such as use of plasma for surface finishing, biology and microbiology, automotive industry, building industry, etc. The works in this branch have been awarded by the project Czech Head, but also by Fulbright Association in the shape of a prestigious scholarship.
Information
- Study programme
- Textile Engineering (N3106)
- Programme branch
- Nonwoven and Nanomaterials (3106T018)
- Faculty of
- FT
- Type of study
- Postgraduate Master
- Form of study
- Full-time
- Length of study
- 2
- Awarded degree
- Ing.
- Language
- Czech
- Education area
- Mechanical Engineering and Materials
Courses
1. semester
- Applied Mathematics (compulsory)
- Experimental Data Analysis (compulsory)
- Physics (compulsory)
- Textile Engineering (compulsory)
2. semester
- Diploma Thesis 1 (compulsory optional)
- Diploma work (compulsory optional)
- Diploma work 1 (compulsory optional)
- Fundaments of Clothing Comfort (compulsory optional)
- Medical textiles (compulsory)
- Mechanical Technologies of Nonwovens (compulsory)
- Polymer Physics (compulsory optional)
- Stereology for bioengineering (compulsory)
- Theory of Nonwovens (compulsory)
3. semester
- Diploma Thesis 2 (compulsory optional)
- Diploma work (compulsory optional)
- Diploma work 2 (compulsory optional)
- Ecological aspects of textile processes (compulsory)
- Industrial textiles (compulsory)
- Materials for tissue engineering (compulsory)
- Physical Principles of Electrospinning (compulsory)
- Seminars in Mechanics and Biomechanics 2 (compulsory optional)
- Thermal and Chemical Technologies (compulsory)
4. semester
- Automotive industry textiles (compulsory)
- Diploma Thesis 3 (compulsory optional)
- Diploma work (compulsory optional)
- Diploma work 3 (compulsory optional)
- Expert discourse (compulsory optional)
- Expert Discourse (compulsory optional)
Courses without specified study plan
- Appl. of Nanotechnology in Medicine (compulsory optional)
- Const. and Properties of Woven Fabrics (compulsory optional)
- Finale finishes (compulsory optional)
- Functionalization of nanomaterials (compulsory optional)
- High-functional Textiles (compulsory optional)
- Image Analysis of Textiles (compulsory optional)
- Image Processing (compulsory optional)
- Introducing to Regional Geography (compulsory optional)
- Introduction to nanostructures (compulsory optional)
- Modeling of textilile structures (compulsory optional)
- Optical Methods (compulsory optional)
- PPS (compulsory optional)
- Technical project of the garment product (compulsory optional)
- Textiles Projection (compulsory optional)
- Theory and Studies of Design (compulsory optional)
- Unevenness of Textiles (compulsory optional)
- Utility properties of cloth. materials (compulsory optional)
More details
Contact: Pokorný Pavel, doc. Ing. Ph.D., pavel.pokorny@tul.cz