1. INTERREG VA FMA
ADAPT
Assistive Devices for empowering disAbled People through robotic Technologies

2. CONTEXT
Ageing societies and chronic disabilities are irrevocable trends in EU, leading to loss of autonomy and a breakdown of social relations
Key role of innovative Assistive Technologies (AT), including Social Assistive Robotics (SAR) and smart EPW (as effective tools to empower disabled and aged people and improve social inclusion
Existing barriers in the uptake of AT (standardization, interoperability, limited involvment of users, lack of healthcare professional trainings)

3. CONTEXT
Ageing societies and chronic disabilities are irrevocable trends in EU, leading to loss of autonomy and a breakdown of social relations
Key role of innovative Assistive Technologies (AT), including Social Assistive Robotics (SAR) and smart EPW as effective tools to empower disabled and aged people and improve social inclusion
Existing barriers in the uptake of AT (standardization, interoperability, limited involvment of users, lack of healthcare professional trainings)

4. CONTEXT
Ageing societies and chronic disabilities are irrevocable trends in EU, leading to loss of autonomy and a breakdown of social relations
Key role of innovative Assistive Technologies (AT), including Social Assistive Robotics (SAR) and smart EPW as effective tools to empower disabled and aged people and improve social inclusion
Existing barriers in the uptake of AT (standardization, interoperability, limited involvment of users, lack of healthcare professional trainings)

5. Research – Training - Transfert
3-part work
Healthcare professionals trainings
Technology transfert & Economic development
Research on innovative assistive technologies for mobility empowerment

6. OUR STRATEGY
Framework of innovation for making the deployment of the solutions easier, including :
Developments from TRL 4 to 7 integrating industrials requirements
Cost effective products
Standardization issues
A set of trainings to cover a large scale of healthcare professionals
Co-construction and continuous integration process to improve the solutions to meet the user’s/stakeholder’s needs

7. A set of trainings to cover a large scale of healthcare professionals
OUR STRATEGY
Framework of innovation for making the deployment of the solutions easier, including :
Developments from TRL 4 to 7 integrating industrials requirements
Cost effective products
Standardization issues
A set of trainings to cover a large scale of healthcare professionals
Co-construction and continuous integration process to improve the solutions to meet the user’s/stakeholder’s needs

8. A set of trainings to cover a large scale of healthcare professionals
OUR STRATEGY
Framework of innovation for making the deployment of the solutions easier, including :
Developments from TRL 4 to 7 integrating industrials requirements
Cost effective products
Standardization issues
A set of trainings to cover a large scale of healthcare professionals
Co-construction and continuous integration process to improve the solutions to meet the user’s/stakeholder’s needs

9. EPW Simulator platform using virtual reality
WHAT WE WILL DO
EPW Simulator platform using virtual reality
Immersive experience to the user of the smart EPW
Train the users to drive in everyday life
Professionals will assess the suitability of the EPW for particular patients and environments and gain understanding from the user perspective
Smart EPW to compensate for user disabilities through driving assistance technologies and report users’ health
Benefit to severely disabled users
Enable health professionals to monitor changes in user health

10. EPW Simulator platform using virtual reality
WHAT WE WILL DO
EPW Simulator platform using virtual reality
Immersive experience to the user of the smart EPW
Train the users to drive in everyday life
Professionals will assess the suitability of the EPW for particular patients and environments and gain understanding from the user perspective
Smart EPW to compensate for user disabilities through driving assistance technologies and report users’ health
Benefit to severely disabled users
Enable health professionals to monitor changes in user health

11. WHAT WE WILL DO Training of healthcare professionals in AT
Address a gap in the current healthcare education.
Project platforms (EPW simulator + smart EPW) will be captured in training protocols for the benefit of users and healthcare provider
Formalized agreements between research institutions and companies built through 20 events ranging from local to international meetings
Promoting and disseminating ADAPT’s results, creating synergies, identifying points of convergence for common studies
Boost R&D and favour the spread of innovative ADAPT's AT to the market

12. WHAT WE WILL DO Training of healthcare professionals in AT
Address a gap in the current healthcare education.
Project platforms (EPW simulator + smart EPW) will be captured in training protocols for the benefit of users and healthcare provider
Formalized agreements between research institutions and companies built through 20 events ranging from local to international meetings
Promoting and disseminating ADAPT’s results, creating synergies, identifying points of convergence for common studies
Boost R&D and favour the spread of innovative ADAPT's AT to the market

13. Call for project : INTERREG VA FMA Duration : 48 months
ADAPT
Call for project : INTERREG VA FMA
Duration : 48 months
T0 : January 01st 2017 / May 09th 2017
TEND : June 30th 2021
Budget : ≈8,7M€
Lead partner : ESIGELEC
Parternship
16 partners : 8 FR / 8 UK
Large scale of competencies:
Universities
Hospitals
Health networks and economic clusters
SMEs and Charity

14. MAPPING OF THE PARNTESHIP
Academics
University College of London
University of Kent
Canterbury Christ Church University
Université PJV
ESIGELEC
INSA Rennes

15. MAPPING OF THE PARNTESHIP
Academics
Hospitals
University College of London
University of Kent
Canterbury Christ Church University
Plymouth Hospital
Université PJV
Kent Canterbury Hospital + Health and Europe Center
ESIGELEC
INSA Rennes
Pôle St Hélier
CHU de Rouen / IFE

16. MAPPING OF THE PARNTESHIP
Academics
Hospitals
Health networks and economic cluster
Kent Surrey Sussex Academic Health Science Network
University College of London
University of Kent
Canterbury Christ Church University
Plymouth Hospital
Université PJV
Kent Canterbury Hospital + Health and Europe Center
ESIGELEC
INSA Rennes
Pôle St Hélier
CHU de Rouen / IFE
Breizh PC
Pôle TES

17. MAPPING OF THE PARNTESHIP
Academics
Hospitals
Health networks and economic cluster
Kent Surrey Sussex Academic Health Science Network
SME and Charity
University College of London
University of Kent
Cornwall Mobility
Canterbury Christ Church University
Plymouth Hospital
Université PJV
Kent Canterbury Hospital + Health and Europe Center
ERGOVIE
ESIGELEC
INSA Rennes
Pôle St Hélier
CHU de Rouen / IFE
Breizh PC
Pôle TES

18. WORK-PACKAGES WP #M : PROJECT MANAGEMENT WP #C : COMMUNICATION WP #T1
ESIGELEC – IRSEEM / HEC
WP #T1
INSA RENNES / UCL
EPW simulator virtual reality platform
WP #T2
UPJV / EKHUFT
Smart and connected robotic EPW
WP #T3
CCCU / BREIZH PC
Training of healthcare professionals in Assistive Technologies
WP #T4
CORNWALL MOBILITY / Pole TES
Economic Development in the Cross Border Area – Technology Transfer
WP #C : COMMUNICATION
ESIGELEC – IRSEEM

19. POSSIBLE INTERACTION WITH AFSCET
WP #M : PROJECT MANAGEMENT
ESIGELEC – IRSEEM / HEC
WP #T1
INSA RENNES / UCL
EPW simulator virtual reality platform
WP #T2
UPJV / EKHUFT
Smart and connected robotic EPW
WP #T3
CCCU / BREIZH PC
Training of healthcare professionals in Assistive Technologies
WP #T4
CORNWALL MOBILITY / Pole TES
Economic Development in the Cross Border Area – Technology Transfer
WP #C : COMMUNICATION
ESIGELEC – IRSEEM

20. POSSIBLE INTERACTION WITH AFSCET
ACTIVITY
DELIVERABLES
T4.1
Identification of the stakeholder's competencies within the crossborder area
Mapping of the stakeholder's competencies in the industrial and innovative field of Assistive Technology, the Internet of Things and Robotics.
T4.2
Roadmaps from innovation to market
Report to allow the project consortium to compare and understand the French and English markets allowing promotion of best practice at an international level
T4.3
EU Collaborative Network of Professionals in Assistive Technology
- 6 events in the life of the project (2 UK, 2 FR, 2 EU)
- Creation and launch of a European Collaborative Network of professional/learned bodies working in the field of Robotics, Health and Autonomy across Europe
T4.4
Transnational Events + Strategic open-meetings
14 dissemination events as part of 6.4 spread over the life of the project. Range from local sector (UK BHTA), national (UK PMG) to EU (AAATE) and international (US RESNA) as being a valuable market for the technology

21. Contrôle des Equipements et Systèmes en Interaction avec Risques
POSSIBLE INTERACTION WITH AFSCET
AFSCET
Afscet Café
Dynamique des systèmes
Contrôle des Equipements et Systèmes en Interaction avec Risques
Positionnement autour des problématiques du projet (ex. fauteuil roulant intelligent)
Ouverture du groupe aux partenaires franco-britanniques ADAPT
Ouverture potentielle du groupe aux partenaires du projet EDUCAT qui adresse des problématiques similaires (partenaires : FR, UK, Belge)

22. Thank you for your attention http://adapt-project.com/index.php