Máster de Fashion Futures: Smart Skins and Wearable Technology
- Type of course : Master
- Language : English
- School: Fashion
- IED Credits: 60
- Start date: October
- Duration: 9 months
- Timetable : Morning-Afternoon Practical Classroom Schedule: Mon to Thursday, 2-3 days at week, from 7:00 pm to 10:00 pm. Workshop schedule: Saturday and Sunday, one weekend at month. Online Classes Schedule: Friday from 4:00 p.m. to 8:00 p.m. and Saturdays from 10:00 p.m. to 2:00 p.m.
- Attendance: blended
- Qualification: Private Private accreditation at the end of the course. (Mandatory Attendance)
- Directed to : fashion and product designer, architects, designers interested in implementing soft material skills in their disciplines.
- Admission process : CV / Motivation Letter / Portfolio (no greater than 3MB) / Personal Interview, if deemed appropriate by the teaching coordinator
Digital tools and interactive behaviours for working and creating soft surfaces and textiles.
Under the concept of New Skins, we address the use of textiles at different scales, which may be applied from the scale of the object, to the human body, to rooms or even an architectural façade.
This course responds to the current need in design to create increasingly interdisciplinary work teams. Throughout this master, you will learn about three key areas for achieving an advanced and up-to-date use of textiles in your projects.
In the first part of the master, you will explore the complex geometries and designs allowed by digital design and manufacturing. In the second part, you will learn to integrate smart behaviour to textiles through soft electronics and programming in order to complete the master learning about the most advanced contemporary materials, how to work with them and how to create new materials.
You will learn at the same time as you complete your projects through the Learning by doing methodology, together with the knowledge of the best international teachers and with the facilities of the Fab Lab IED Madrid, to which you will have free access throughout the day in order to perform your prototypes and experiments.
Create new non-standardised specific solutions to particular problems.
Gain a broad vision of current technology processes applied to textiles.
Work on your designs with complex geometries and virtual simulations.
Control a digital workflow in both the design and the production of your projects.
Equip textiles with smart behaviours using soft electronics and programming.
Make textiles interact with their immediate environment and the people who wear them.
Ability to discretise new materials and create new materials.
What you will learn
- Designer specialised in textile innovation
- Design lead
- Consultant in textile innovation
- Process and Prototyping textile designer
- Textile creator
With the Master in Fashion Futures: Smart Skins and Wearables Technology, you will learn everything you need for applying technology to textile design and prototyping processes through the three areas developed in the master: geometries, behaviours and materials.
The approach of the master lies in developing practical skills applied directly in the Fab Lab, where you will perform an ongoing development of the theory seen in the classes, which will allow you to experiment and develop your own processes for applying them in future projects.
The master concludes with a Final Project in which you will perform a cross-disciplinary application of all the knowledge learned over the different specific modules.
After completing the master, you will be able to:
Have extensive knowledge of the current panorama of work using technological textiles applied to different disciplines and scales
Digital design: work and control complex geometries generated by computer on which you will be able to apply digital simulations and pattern designing
Digital Fabrication: rapid prototyping by applying digital fabrication techniques to your designs
Soft electronics: integration into textiles, smart behaviours through electronics and programming of the fabrics
New materials: knowing the technological processes that have made it possible to create new materials and techniques in order to experiment and develop your own materials