The Textile Science and Technology research degrees are part of a multi-disciplinary School of Materials. State-of-the-art facilities and a leading academic team, the largest and most comprehensive in Europe, are complemented by innovative research areas, and make this an exciting and forward-looking area for research.
Textiles are a platform for innovation. Our research draws on the natural flexibility and versatility of fibres to produce novel fibre structures and physical properties. Through an integrated approach, our research expertise has been established across a broad technological base allowing multi-disciplinary problems to be solved.
High Performance Textiles
A huge manufacturing and commercial area in the textile science and technology sector is High Performance Technical Textiles. Such textiles require the specialist equipment infrastructure and critical scientific mass available at Manchester and in turn, allow us to carry out focused research and collaborate with important industry sectors, such as aerospace composites, where 3D textile structures are critical to lowering weight, maintaining strength and improving efficiency and economy.
We work closely with various international research centres. Collaboration with the Faraday Technitex Centre, focusing on Technical Textiles, has assisted UK industry to develop novel performance materials and technology. We also have an important partnership in novel chemical processing with the Lenzig supported Christian Doppler Laboratory, which is primarily focused on the development of the sustainable cellulosic materials sector.
To underpin the research and teaching activities, we have established state-of-the-art laboratories, which allow comprehensive characterisation and development of materials. These facilities range from synthetic/textile fibre chemistry to materials processing and materials testing.
To complement our teaching resources, there is a comprehensive range of electrochemical, electronoptical imaging and surface and bulk analytical facilities and techniques.
You will need to be a science and engineering graduate with at least a 2.2 Honours degree, or equivalent. Subject to satisfactory progress, it is possible to transfer to PhD at the end of the degree, requiring a further two years full-time study, or four years part-time.
04 July 2017
Recipient: University of Manchester
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