STW Perspectief Smart mobility devices for improved mobility and independent living.

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STW Perspectief Smart mobility devices for improved mobility and independent living

Transcript of STW Perspectief Smart mobility devices for improved mobility and independent living.

Page 1: STW Perspectief Smart mobility devices for improved mobility and independent living.

STW Perspectief

Smart mobility devices

for

improved mobility

and

independent living

Page 2: STW Perspectief Smart mobility devices for improved mobility and independent living.

STW-Perspectief

Doelstelling

• Oplossen van innovatie-knelpunten

• Ontwikkelen van nieuwe technologie

• Multidisciplinaire aanpak

• Samenwerking met gebruikers

• Medefinanciering door private partijen

• Valorisatie en ondernemerschap

• Vernieuwende kennis tot toepassing brengen

Page 3: STW Perspectief Smart mobility devices for improved mobility and independent living.

Schema

• Fase A: programma-initiatief – 17 juni

STW-website, match-making

• Fase B: programma-ontwerp – 30 augustus

Voorstel, 6 x A4

• Fase C: programmavoorstel – ? ? ?

Uitgebreid voorstel met coherente set projecten

STW-Perspectief

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Match-making

• onderzoeksthema afbakenen

• onderzoeksthema invullen

• opbouw programma vaststellen

• stakeholders uitnodigen

• toekomstige onderzoeksgemeenschap structureren

• deelnemers werven

STW-Perspectief

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Eisen

• Minimaal 3 universiteiten

• Niet regionaal

• Onderzoekers nemen deel aan max 1 voorstel

• Ontwikkeling nieuwe technologie

• Onderscheidend van andere netwerken

• Aansluiting thema met strategisch beleid van uni’s

STW-Perspectief

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Eisen

• Innovatie-/utilisatiefocus en/of nieuwe

multidisciplinaire samenwerking

• Minimaal 5 bedrijven of gebruikers

• Cofinanciering: 25% van > k€ 500

• Bijdrage in steunbrief melden

• Looptijd max 6 jaar

STW-Perspectief

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Programma-ontwerp

• onderbouwing van de onderzoekslijnen

• type en aantal projecten

• schatting en onderbouwing financiële middelen

• Budget 2 - 7,5 M€

STW-Perspectief

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SPRINT thema’s

1. Interactive training programs and

devices to prevent falls

2. Interactive training programs and

devices for rehabilitation at home

3. Smart prostheses and orthoses,

patient-driven

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Research en Technologie

• Control technologies, based on Discovery Learning

• Sensor technologies for balance, motion, activation

• Training technologies to improve balance

• Rehabilitation technologies to restore walking

• Interface technologies to implement serious gaming

• Smart, self-learning algorithms for dynamic feedback

• User interfaces for telemonitoring

• Smart prostheses, orthoses, wheelchairs

• Implementation in care and valorisation

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• Voorbeeld van omvang project:

2 promovendi à k€ 180 + bench fee = k€ 500

• Max 15 van deze projecten

Projecten

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Universities

• UMCG (including: Center for Rehabilitation, NeuroImaging Center,

departments of Orthopaedics, Biomedical Engineering, Human

Movement Sciences, Neurology, Medical Physiology, ENT

• RUG (Institute for Mathematics and Informatics, Departments of Discrete

Technology & Production Automation and Business & ICT.

• UT (Departments of Biomechanical Engineering, Biomedical Signals &

Systems, Design, Production and Management)

Private research groups

• Healthcare Innovation Forum

• INCAS3, Assen

• Gameship, Leeuwarden

• Roessingh RRD, Enschede

• Waag Society Amsterdam

Deelnemers

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Healthcare institutions • Roessingh Rehabilitation, Enschede • Rehabilitation Friesland,

Beetsterzwaag • Rehabilitation Doorn• St. Maartenskliniek, Nijmegen

Industry• Ambroise, Enschede• AtosOrigin Consultancy, Utrecht• aXion, Groningen• Baat Engineering, Hengelo• Demcon, Oldenzaal• Durea, Drunen• Eriks aandrijftechniek, Schoonhoven• Evocare, Hengelo• Gameship, Leeuwarden• Grendel Games, Leeuwarden

• IMDS, Roden• Indes, Enschede• Lode, Groningen• McRoberts, Den Haag• Meditas, Drachten• Motek Medical, Amsterdam• Motion Projects, Utrecht• NewCom, Opende• OIM Orthopedie, Assen• Otto Bock, Son en Breugel, Duderstadt (D)• Personal Space Technologies, Amsterdam• Pezy, Groningen• STT, Tolbert• Technologies88, Leeuwarden• Umaco, Groningen• Xsens, Enschede• Össur, Son en Breugel, Reyjavik (IJsland)

In total 133 fte

Deelnemers

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Ontwikkeltraject

Research & technology Industry Care

providersPatient Groups

Transfer Implemen-tation

Therapydevelopment

Strength of SPRINT:

participation of all stages of the development chain

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• Validating & tuning leg prosthesis for improved lateral balance

• Knee orthosis to promote cartilage repair

• Intelligent ankle-foot-orthosis for slack paresis

• Applied digital techniques for fitting and manufacturing of

orthopaedic aids

• Load bearing sensor to prevent overloading during rehabilitation

• Infection prevention of osteo-integrated transfemoral

prostheses

Potentiële projecten

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• Sensing slip with a lower limb prosthesis

• Reducing debubitus ulcers Using surface technology

• Alternative wheelchair propulsion mechanisms

• Rehabilitation of fine finger motion control after stroke using a

home-based system

• Improving balance of elderly persons by vibrating insoles

• Low-cost adjustable lower leg prosthesis for 3rd world countries

Potentiële projecten

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Prof. Bart Verkerke, [email protected]

Contactpersoon

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Match-making