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Abstract

The possibilities of digital technologies for people with disabilities or the older population are wide-ranging, but in order for all people to be able to participate in an increasingly „digital world“, it is important to qualify professionals and organizations so that they are able to support, advise and help with potential risks. The article presents results of a survey among health and social care professionals in seven European countries with regard to qualification in this domain and introduces the European Union funded project DDSkills. The project aims to qualify health and social care professionals in areas such as digital Assistive Technologies, Smart Home, Robotics, Virtual and Augmented Reality and Brain-Computer-Interface, as well as their implementation and application, in order to support people with disabilities or functional decline to increase their independence and social participation.

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  • C Bräutigam
  • P Enste
  • M Evans
  • J Hilbert
  • S Merkel
  • F Öz
Bräutigam, C., Enste, P., Evans, M., Hilbert, J., Merkel, S. & Öz, F. (2017): Digitalisierung im Krankenhaus. Mehr Technik -bessere Arbeit? Hans Böckler Stiftung, Nr. 364. Accessible online: https:// www.boeckler.de/pdf/p_study_hbs_364.pdf. (05.08.2021).
  • K Claßen
  • F Oswald
  • H.-W Wahl
  • C Heusel
  • P Antfang
  • C Becker
Claßen, K., Oswald, F., Wahl, H.-W., Heusel, C., Antfang, P. & Becker, C. (2010): Bewertung neuerer Technologien durch Bewohner und Pflegemitarbeiter im institutionellen Kontext. Zeitschrift für Gerontologie und Geriatrie, 43 (4), 210-218.
WP3: Study on existing courses offered in the Health and Social Care Sector. Deliverable within the project DDSkills -Cutting-Edge Digital Skills for Professional Caregivers of Persons with Disabilities and Mental Health Problems
  • Fondazione Santa
Fondazione Santa Lucia (2020). WP3: Study on existing courses offered in the Health and Social Care Sector. Deliverable within the project DDSkills -Cutting-Edge Digital Skills for Professional Caregivers of Persons with Disabilities and Mental Health Problems. http://www.ddskills.eu/ Portals/0/D3_1_final%20version_10_07_20.pdf. (05.08.2021).
Inclusive Design (ID)
  • Uas Frankfurt
Frankfurt UAS (2021): Inclusive Design (ID).
Bedarf an Kernkompetenzen für digitale Technik in der professionellen Pflege
  • U Hübner
Hübner, U. (2019): Bedarf an Kernkompetenzen für digitale Technik in der professionellen Pflege. In: ZQP-Report. Pflege und digitale Technik, 68-75. Accessible online: https://www.zqp.de/wpcontent/uploads/ZQP-Report-Technik-Pflege.pdf. (05.08.2021).
  • B Klein
  • A Baumeister
Klein B. & Baumeister A. (2020): Robotische Assistenz bei den Aktivitäten des täglichen Lebens am Beispiel der Nahrungsaufnahme. In: Zeitschrift für Gerontologie und Geriatrie, 53 (7), 615-619.
Digitalisierung ändert nichts -außer alles
  • H Kreidenweis
Kreidenweis, H. (2018): Digitalisierung ändert nichts -außer alles. Chancen und Risiken für Einrichtungen der Behindertenhilfe. Teilhabe, 57 (3), 122 -125
Woher hat er die Idee
  • M Mayerle
Mayerle, M. (2015): "Woher hat er die Idee?" Selbstbestimmte Teilhabe von Menschen mit Lernschwierigkeiten durch Mediennutzung (Abschlussbericht der Begleitforschung im PIKSL-Labor). Siegen: universi. Accessible online: https://dspace. ub.uni-siegen.de/bitstream/ubsi/948/1/Michael_ Mayerle.pdf. (05.08.2021).
Digitale Teilhabe: Aufgaben der Verbände und Einrichtungen der Wohlfahrtspflege
  • B Pelka
Pelka, B. (2018): Digitale Teilhabe: Aufgaben der Verbände und Einrichtungen der Wohlfahrtspflege. In: Kreidenweis, H. (Ed.). Digitaler Wandel in der Sozialwirtschaft. Grundlagen -Strategien -Praxis. Baden-Baden: Nomos, 57-78
Digitalisierung in der Pflege. Wie intelligente Technologien die Arbeit professionell Pflegender verändern
  • U Rösler
  • K Schmidt
  • M Merda
  • M Melzer
Rösler, U., Schmidt, K., Merda, M. & Melzer, M. (2018): Digitalisierung in der Pflege. Wie intelligente Technologien die Arbeit professionell Pflegender verändern. Berlin: Geschäftsstelle der Initiative Neue Qualität der Arbeit. Bundesanstalt für Arbeitsschutz und Arbeitsmedizin. Accessible online: https://www.fachportal-paedagogik.de/literatur/ vollanzeige.html?FId=1163029. (05.08.2021).