INDUSTRIAL DESIGN ENGINEERING

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INDUSTRIAL DESIGN ENGINEERING

MASTERTRACK EMERGING TECHNOLOGY DESIGN

TECHNOLOGY DRIVEN, HUMAN CENTERED

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EMERGING TECHNOLOGY DESIGN

Technology

Biomedical Smart Products Electronics Energy

Fluid & Solid mechanics

Materials and Surface

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You like to:

 understand new technologies

 make technologies available for community

 convert state of the art theories/technologies in new or existing products

 integrate technology and design

 be the bridge between research environments and market/industry

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You are going to:

 understand applicability and constraints of (new) technologies

 explore applicability of (new) technologies on market of existing products

 explore applicability of (new) technologies on market for new products

 design for new technologies, modify technology for new design

 define product and/or technology requirements

 communicate with researchers, manufacturers and customers

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EMERGING TECHNOLOGY DESIGN

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Courses (75 EC)

 IDE courses (obligatory) (25 EC)

 ETD courses (obligatory) (10 EC)

 Elective courses (20 EC)

 Technology oriented courses (20 EC)

Master Assignment (45 EC)

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COURSES

IDE courses (25 EC and minimal 4 courses)

 Design Histories (5 EC)

 Scenario Based Product Design (5 EC)

 Evolutionary Product Development (10 EC)

 Create the Future (10 EC)

 Design Management (5 EC)

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COURSES

ETD courses (obligatory) (10 EC)

 Sources of Innovation (5 EC)

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ELECTIVE COURSES

Technology oriented courses (20 EC)

Depends on different technology directions:

 Biomedical Product Design (BDP)

 Smart Environments and Virtual Reality (SE & VR)

 Sustainable Technology for Product Development (STPD)

 Product and Surfaces (ProSurf)

 Advanced Materials Engineering (AME)

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COURSES

Elective courses (20 EC)

 Other IDE courses

 Other Technology courses

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 Weet je welke specialisatie je wilt doen: neem direct contact op met de coördinator van deze specialisatie en bespreek je vakkenpakket.

 Wil je meer algemene informatie over de verschillende specialisaties: neem contact op met de track-coördinator (Van der Meer).

 Is je vakkenpakket bekend en besproken met de coördinator van de specialisatie: lever je ondertekende pakket elektronisch in bij de track-coördinator. Gebruik het formulier op de volgende link

http://www.utwente.nl/ide/track_registration/

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 Track Coördinator:

Prof.dr.ir. Th.H. van der Meer Horstring, room N.228

tel. 053 489 2562

E: t.h.vandermeer@utwente.nl

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EMERGING TECHNOLOGY DESIGN

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BIOMEDICAL PRODUCT DESIGN

A NEW TECHNOLOGY FOR THE TREATMENT OF MIGRAINE

It works in the lab, but does it work in daily life??

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 Gross turnover Migraine medication? 2 billion US$/year

 Migraine prevalence? 30 million patients

 Company XXX: Let’s do it!

BIOMEDICAL PRODUCT DESIGN

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 Technologie: robotica voor ondersteuning van de loopfunctie

 Opdracht: exoskelet dat lopen vergemakkelijkt

BIOMEDICAL PRODUCT DESIGN

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 Follow-up: “Mindwalker” PhD-project

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 Biomechanics (5 EC)

 Biomedical Mat. Eng. 1 (5 EC)

 Integrative Design of Biomedical Products (5 EC)

 Technical Support of Human Function (5 EC)

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 Coördinator:

Ir. Edsko Hekman

Horstring, room W.214 tel. 053 489 3173

E: e.e.g.hekman@utwente.nl

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 Integration of fuel cells in consumer products

SUSTAINABLE TECHNOLOGY FOR PRODUCT

DEVELOPMENT

Laptop with Direct Methanol Fuel Cell (Casio)

Mobile phone with fuel cell and methanol cartridges (Motorola)

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 Integration of photovoltaic solar cells in products

SUSTAINABLE TECHNOLOGY FOR PRODUCT

DEVELOPMENT

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 Hydrogen in consumer products

SUSTAINABLE TECHNOLOGY FOR PRODUCT

DEVELOPMENT

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Example Master assignments:

 Developing decision model to apply bio-degradable polymers

 Developing new tools in LCA like projection of impact on Google maps based on locations

 Predictive models for sustainable energy consumption of consumers

 Determining design targets for new C2C product range

SUSTAINABLE TECHNOLOGY FOR PRODUCT

DEVELOPMENT

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 Product Life Cycle Management (5 EC)

 Product Life Cycle (5 EC)

 Governing Product Development (5 EC)

 Packaging Design and Management 1 (5 EC)

 Packaging Design and Management 2 (5 EC)

 Cradle to Cradle Design Paradigm (5 EC)

 Intellectual property in Product development (5 EC)

 Lean Six Sigma Green Belt (5 EC)

SUSTAINABLE TECHNOLOGY FOR PRODUCT

DEVELOPMENT

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 Coördinator:

Ir. Marten Toxopeus Horstring, room N.216 tel. 053 489 4516

E: m.e.toxopeus@utwente.nl

SUSTAINABLE TECHNOLOGY FOR PRODUCT

DEVELOPMENT

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 Sound absorption and reflection

STRUCTURAL DYNAMICS, ACOUSTICS & CONTROL

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 Sound absorption and reflection

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 Piezoelectric Energy Harvesting

 UT & Tauw

 Subsidieproject

 Energie uit trilling

 N34 bij Hardenberg

 Piezoelectrisch materiaal onder asfalt toplaag

 Bestaande trilling omzetten in nuttige energie

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 Engineering Acoustics (5 EC)

 Aero-Acoustics (3 EC)

 Systeem en regeltechniek 1 (5 EC)

 Design principles for precision mechanisms (5 EC)

 Dynamica 2 (3 EC)

 Advanced Dynamics (5 EC)

 Introduction to FEM (3 EC)

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 Coördinator:

Prof.dr.ir. André de Boer Horstring, room N.134 tel. 053 489 2460

E: a.deboer@utwente.nl

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Multidisciplinary systems design:  Ergonomics  Electronics  “Informatics”  Mechanical engineering  Psychology User focus Technology aware

SMART ENVIRONMENTS & VIRTUAL REALITY

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SMART ENVIRONMENTS & VIRTUAL REALITY

Masterprojects:

 Parallel Electric Vehicle charging, with respect to grid

consequences

 Serious gaming, e.g.

 system thinking training and testing

 Smart interface to product data base

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 Virtual Reality and human interface

 Investigate EV range anxiety and propose methods to deal with it.

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 Dynamic Systems (5 EC)

 Systems Engineering (5 EC)

 Smart Environments Integration Project (5 EC)

Elective courses from a wide variety of subjects

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 Coördinator:

Dr.ir. Maarten Bonnema Horstring, room N.220 tel. 053 489 2548

E: g.m.bonnema@utwente.nl

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PRODUCT AND SURFACES

How?

Design product surfaces based on a multidisciplinary, scientific approach.

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PRODUCT AND SURFACES

Products and surfaces

interaction

contact & friction, sensing User perception

Comfort & Durability What?

Create added value to products by academic knowledge on the performance of surfaces with respect to:

• Visual and touch perception

• Comfort

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PRODUCT AND SURFACES

To whom?

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Master assignment example

 Design of a Sliding-Tester: the frictional behavior of the skin during sliding tackles on artificial turf

PRODUCT AND SURFACES

Mechanica l param et er Thermal parameter Comfort

Skin damage - failure

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 Active & tunable surfaces (5 EC)

 Durability of consumer products (5 EC)

 Surfaces for Comfort and Touch (5 EC)

 Surface Engineering for Look and Feel (5 EC)

PRODUCT AND SURFACES

Knowledge levels associated with the courses of the programme

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 Coördinator:

Dr.Xiangqiong (Lydia) Zeng Horstring, room N.104

tel. 053 489 4390

E: x.zeng@utwente.nl

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 Self-healing materials

 Research the challenges and opportunities of self-healing plastics

 Why and in what products should we strive to implement self-healing plastics in the future?

 Investigate the (future) areas of use

 Design a self-healing product

 Make a self-healing product

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Ink jet printed electronics

 Research the challenges and opportunities of inkjet printed electronics in textiles or textile composites

 Investigate the (future) areas of use

 Investigate the possibilities and limitations of the technology

 Design and make a smart textile (composite) product with ink jet printed electronics

ADVANCED MATERIALS ENGINEERING

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 Design & production with composite materials

ADVANCED MATERIALS ENGINEERING

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 Design & Production with composite materials

ADVANCED MATERIALS ENGINEERING

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 Composites (5 EC)

 Surface Technology (5 EC)

 Design, Production & Materials (5 EC)

 Elastomer Technology (5 EC)

 Rheology and Processing of Thermoplastics (5 EC)

 Durability of Consumer Products (5 EC)

 ………...

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 Coördinator:

Prof.dr.ir. Remko Akkerman Horstring, room N.138

tel. 053 489 2566

E: r.akkerman@utwente.nl