Field of study Textile Technology
Area of specialisation Textile Technologies

Hochschule Niederrhein. Your way.

Textile Technologies

The area of specialisation "Textile Technologies" trains you as a junior engineer for the diverse technical and business tasks in the textile industry. The very practical emphasis / orientation of the courses includes material science, textile production and related quality analysis. You will also be introduced to the contents of the organization of a global industrial and commercial enterprise in the textile sector.

The specialisation "Textile Technologies" focuses on the creation of textile products. You will learn the individual steps of the textile chain in detail, both in theory and practice, and deal intensively with the design and manufacture of the many different types of products. These include yarns, flat and round braids, broad and narrow fabrics, knitted fabrics and nonwovens. Furthermore, you will learn how the textile products are finished or functionalized by means of dyeing and printing as well as finishing and coating. In the same way, they learn how the textile goods are then processed into finished end products by means of manufacturing and processing techniques in the ready-to-wear sector. Another specialisation of the Textile Technologies apprenticeship is computer-aided design. Here you will be qualified within the digital development and Engineering Design and Development of textile products using industrial CAD programs. Subsequently, you will then convert your designs into a real product.

In addition to the knowledge of Textile Technologies, it is important for your later professional life to develop a business understanding of these processes. For this reason, you will also gain insight into the application of management processes to the national and global textile industry. Foundation courses in business administration and economics, human resource management, marketing and logistics as well as intercultural management will play a role. In parallel, the aspect of responsible handling of sustainability and environmental management will accompany you.

We are looking forward to meeting you!

laid pile layers
Bachelor's thesis Lea Zimmermann

laid pile layers

needled pile layers
Bachelor's thesis Lea Zimmermann

needled pile layers

Optimization of aircraft textiles

Bachelor's thesis: "Insulating nonwovens for aviation", Lea Zimmermann, WS 2017/18; Supervision: Prof. Dr.-Ing. Thomas Weide & Prof. Dr. rer. nat. Robert Groten

Aircraft are exposed to highly fluctuating temperatures. In order to nevertheless create a stable climate for passengers in the interior, particularly lightweight thermal and acoustic insulation made of glass fibers is installed. These wall insulations absorb the condensation water of the passengers (breathing, sweat). To allow the absorbed liquid to dry off again, the short periods on the ground are not sufficient. As a result, the liquid remains in the fiberglass layers, making the aircraft heavier, thus consuming more kerosene and emitting more CO2.
The aim of the work is to develop insulation made of an alternative material. For this purpose, nonwovens were produced by means of carding and needling. Different variants were produced and analyzed in terms of thermal resistance. This made it possible to investigate the effect of fiber fineness on insulating properties.

Antimicrobial equipment

Bachelor's thesis: "Antimicrobial finish on leather for aircraft and car seats", Isabel Hofmann, WS 2018/19; Supervision: Prof. Dr. rer. nat. Robert Groten & Prof. Dr. Eberhard Janssen

The high-frequency use of means of transportation is accompanied by a proliferation of germs. Many components of the means of transport cannot be cleaned or cannot be cleaned sufficiently. Especially with seats and headrests intensive skin contact of the user occurs. This makes the potential for microbial contamination particularly high. At the same time, germs also adhere particularly well there. Many seats are made of leather. However, this material in particular is destroyed by most cleaning and disinfection processes. This is where antimicrobial finishes provide a remedy by applying active substances to the surface of the material that prevent microbes or nutrients from adhering or kill the germs directly.
The aim of the thesis was to develop a permanent antimicrobial leather coating. The chosen active substance was to be integrated into an existing coating system and, at the same time, an alternative was to be found for the market-dominating active substance silver.

Bachelor's thesis Isabel Hofmann; antimicrobial experiments in the bio laboratory
Bachelor's thesis Hazal Dagdeviren; construction of a spacer fabric

Optimization of machine parts

Bachelor's thesis: "Development and testing of novel lancets for the production of spacer fabrics on single rapier weaving machines", Hazal Dagdeviren, SS 2019; Supervision: Prof. Dr. Alexander Büsgen & Prof. Dr. rer. nat. Robert Groten

Spacer fabrics are usually produced on double rapier weaving machines, which have two rapier heads as well as a lancet. Single rapier weaving machines have only one rapier head, and are therefore unsuitable for the production of spacer fabrics. To enable the production of a spacer fabric on a single rapier weaving machine, an adapted and modified lancet technology is required.
The Bachelor's thesis deals with the production of fiberglass spacer fabrics on a single rapier weaving machine. The aim of the Bachelor's thesis was to develop, manufacture and practically test new lancets.

Production of twisted yarns

Bachelor's thesis: "Influence of spinning technology and twist on twisting properties", Rebecca Möller, WS 2017/18; Supervision: Prof. Dr.-Ing. Thomas Weide & Prof. Dr. rer. nat. Robert Groten

The parameters strength and elongation are fundamental properties of yarns. By twisting these parameters can be increased considerably. Likewise, the spinning technology also influences the twisting properties. However, too low or too high twist can also have the opposite effect.
The aim of this work was to find out in which twist ranges different twisted yarns achieve good strength and elongation. For this purpose, 2 air-jet yarns made of viscose, one air-jet yarn made of cotton, one ring yarn made of viscose and one ring yarn made of cotton were used. Twists between 66 and 921 twists per meter, each in the Z and S directions, were created. The products were then tested for strength and elongation.

S-wire, 66 T/m
Bachelor's thesis Rebecca Möller

S-wire, 66 T/m

Z-wire, 668 T/m
Bachelor's thesis Rebecca Möller

Z-wire, 668 T/m

Textile Technology | Textile Technologie
Britta star

After my apprenticeship as a tailor, I wanted to continue training in the field of textiles. That's how I became aware of The Hochschule Niederrhein and quickly realized that textiles involves so much more than just clothing. In the specialisation textile technology I can live out my interest in natural sciences and technology, I especially like the many internships and the possibility to follow every step in the textile chain and to be very close to it. Above all, the compulsory optional courses allow me to be particularly broadly positioned and to look a little beyond my area of specialisation - so creativity is not neglected either. The field of textiles is often reduced to clothing, but I can only advise anyone who is interested in something more technical not to be put off by this - there are so many more possibilities in this exciting field!

Here is a YouTube video. Click on it to watch. The data protection regulations of google apply!
Here is a YouTube video. Click on it to watch. The data protection regulations of google apply!

The career prospects after a successful Bachelor's or Master's degree at the Hochschule Niederrhein Faculty of Textile and Clothing Technology are very versatile due to the broad and practical apprenticeship, as well as the proximity to industry. Graduates work in a wide variety of industries such as e-commerce, sustainability, product development in the field of filters, medicine, smart textiles, safety clothing, automotive, wind power, fashion, climate protection, ...

... as developer, product manager, coordinator, researcher, contact person ...

You can obtain information on specific questions from our technical advisors.

You can obtain further information on admission requirements, application procedures, numerus clausus (NC) and other formalities from our central Student Advice Service.