Field of study Clothing Technology
Area of specialisation product development

Hochschule Niederrhein. Your way.

Product development

The area of specialisation in product development focuses on the practical orientation of textile products according to defined requirement profiles and target groups, thus combining creative ideas with the challenges and needs of international markets. In addition to classic apparel from the segments DOB, HAKA and KOB, technical apparel - occupational safety and PSA (personal protective equipment) - are also part of the apprenticeship, as are products from the field of technical textiles such as car seat covers or tent constructions. What all these products have in common is that, starting from the stylistic and technical design, they must be subjected to appropriate CAD-based pattern development and industrial production in order to finally meet a defined quality level.

The combination of lecture contents from the areas of pattern construction, pattern modification, grading and pattern development with production technology and quality management thus offers a perfect start into textile product development. Especially in product development, 3D CAD technologies have become increasingly established in recent years, which, when implemented appropriately in the process, offer potential time and cost savings on the one hand, and on the other hand also take into account a conscious sustainability concept. The integration of these technologies in selected lectures of the bachelor program, which has been established for several years, takes this development into account.

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(Kopie 3)

3D product development has found its way into companies and into the processes of product development.
In the bachelor's program, interesting and exciting 3D content is already implemented in numerous lectures, especially in the teaching education of CAD systems and model development. The Virtual Lab offers the complete program: from numerous CAD systems for 3D product development to rendering, a body scanning lab with motion capturing and a lab for virtual materials to capture and explore physical and visual properties. In addition to what is offered in the lectures, student assignments and theses as well as research topics - especially in cooperation with industry - are in the foreground.

Virtual Lab
Bachelor's thesis Jovana Rademacher
Bachelor's thesis

Jovana Rademacher

Bachelor's thesis Jovana Rademacher
All in One Virtual Product Development
Bachelor's thesis Jovana Rademacher
Impressions "All in One

Virtual product development

Bachelor's thesis: "All in One" - Virtual Product Development from Textile Design to the Finished Product, Jovana Rademacher, SS 2021; Supervision: Dipl.-Ing. Dorothee Güntzel M.Sc. & Prof. Dr.-Ing. Michael Ernst

The interaction of textile patterning, design, cut and fit optimization using virtual product development with the CAD programs Grafis, V-Stitcher/browzwear and Photoshop was the aim of this Bachelor's thesis. Chances and limits of virtual product development as well as optimization potentials were discussed. The developed samples were produced with the help of digital printing processes and the products were finally manufactured industrially in order to enable the comparison between reality and virtuality and to work out the advantages of digital product development.

Simulation of complex design elements

Bachelor's thesis: "Analysis and quality of the simulation of complex design elements of apparel with Grafis-V-Stitcher", Annika Rieck, SS 2021 Supervision: Dipl.-Ing. Dorothee Güntzel M.Sc. & Prof. Dr.-Ing. Michael Ernst

The research focused on the virtual representation of complex clothing elements such as gathers, ruffles, flounces as meaningful information in the context of digital product development.

Bachelor's thesis Annika Rieck
Bachelor's thesis

Annika Rieck

Draft
Draft

Annika Rieck

Impressions design elements
Impressions design elements
Impressions design elements
Impressions design elements
Impressions design elements
Impressions design elements
Impressions design elements
Impressions design elements
Finished product
Finished product

Annika Rieck

Bachelor's thesis Louisa Schilling
Bachelor's thesis

Louisa Schilling

Ultrasonic welding technology
Ultrasonic welding technology
Impressions manufacturing
Impressions manufacturing
Impressions details
Impressions details
Impressions details
Impressions details
Impressions details
Impressions details
Finished product
Finished product

Louisa Schilling

Surface design with ultrasonic welding technology

Bachelor's thesis: "Creative surface design and product development using ultrasonic welding technology"; Louisa Schilling SS2021, supervised by Prof. Dr.-Ing. Kerstin Zoell, Dipl.-Ing. Heike Kienow.

The aim was to work out experimentally to what extent the joining technology ultrasonic welding can be used for quilting and joining individual layers of material. In particular, the possibilities were to be investigated as to how fashionable and, due to the process, unique and creative effects for the look and feel of the quilted joint can be realized through specific adjustment of the welding parameters and clever variation of the anvil wheels (in type and structure). Ultrasonic welding will be used for spot, localized patterns as well as for linear and flat patterns. The cut development of the products as well as the selection of the processing techniques, in particular for the finishing, were oriented to the special properties of the created quilted composite.

Alternative joining technologies

Welding and bonding technologies open up new areas of application in the manufacture of textile products due to their flexibility coupled with functionality. In the optional course of the same name, offered by Prof. Dr. Zöll, students learn in-depth knowledge of the characteristics and areas of application of the technologies and put this knowledge into practice in the manufacture of their own products.

In addition, students apply the technologies in projects and theses in order to specialize specifically in this area.

Alternative joining technologies
Alternative joining technologies
Fanny pack with origami
Fanny pack with origami

Miriam Box

Sneakerdrilles
Sneakerdrilles

Vivien Beckmann

Espadrilles
Espadrilles

Claudia de Gabarelli

From Waste to Wear
From Waste to Wear

Helena Rotte

welded outdoor jacket
Welded outdoor jacket

Annabell Saul

Identity of Nature
Identity of Nature

Project Team 8
WiSe 2019