Article Co-designing an Inclusive Stakeholder Engagement Strategy for Rehabilitation Technology Training Using the I-STEM Model

Background: Rehabilitation technologies, including assistive devices, adaptive software, and robotic systems, are increasingly integral to contemporary rehabilitation practice. Yet, ensuring that training in their use is inclusive and accessible remains a critical challenge. Methods: This study reports findings from patient and public involvement (PPI) activities conducted by the NIHR HealthTech Research Centre in Rehabilitation. Fifteen contribu-tors participated, comprising rehabilitation professionals and educators, individuals with lived experience of serious illness, injury, or disability requiring rehabilitation, and tech-nology innovators. The purpose of these activities was to identify the factors necessary to ensure that training in rehabilitation technologies is equitable for people with sensory, cognitive, and physical impairments. Findings: Contributors highlighted a series of priority domains that together capture the breadth of challenges and opportunities in this area. These included the need to address physical, sensory, and cognitive accessibility; to foster participation, motivation, and en-gagement; to strengthen instructional design and delivery; to ensure technological acces-sibility and integration; to enhance staff training and competence; and to embed partici-pant-centred and policy approaches. Contributions in these domains were synthesised into thematic categories that provide a structured understanding of the training require-ments of rehabilitation technology recipients. Evaluation: The PPI process was evaluated using the Guidance for Reporting Involvement of Patients and the Public (GRIPP2) Short Form, supplemented by an evaluation survey. This dual approach ensured that the contributions were systematically documented and critically appraised. Implications: Guided by implementation science, the principal output of this work was a co-created stakeholder engagement strategy, structured using the Implementation STake-holder Engagement Model (I-STEM). This plan will serve as a foundation for future re-search exploring the education and training needs of diverse stakeholder groups, thereby contributing to the development of more inclusive and effective rehabilitation technology training practices.

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Repository@Nottingham (University of Nottingham)
Published
2025-12-19
Primary Topic
Assistive Technology in Communication and Mobility
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article

Article Co-designing an Inclusive Stakeholder Engagement Strategy for Rehabilitation Technology Training Using the I-STEM Model

Asem Abdalrahim, Matthew Horrocks, Holly Blake, Victoria Abbott-Fleming
Repository@Nottingham (University of Nottingham)
Assistive Technology in Communication and Mobility
article

Article Co-designing an Inclusive Stakeholder Engagement Strategy for Rehabilitation Technology Training Using the I-STEM Model

Asem Abdalrahim, Matthew Horrocks, Holly Blake, Victoria Abbott-Fleming
article en

Abstract

Background: Rehabilitation technologies, including assistive devices, adaptive software, and robotic systems, are increasingly integral to contemporary rehabilitation practice. Yet, ensuring that training in their use is inclusive and accessible remains a critical challenge. Methods: This study reports findings from patient and public involvement (PPI) activities conducted by the NIHR HealthTech Research Centre in Rehabilitation. Fifteen contribu-tors participated, comprising rehabilitation professionals and educators, individuals with lived experience of serious illness, injury, or disability requiring rehabilitation, and tech-nology innovators. The purpose of these activities was to identify the factors necessary to ensure that training in rehabilitation technologies is equitable for people with sensory, cognitive, and physical impairments. Findings: Contributors highlighted a series of priority domains that together capture the breadth of challenges and opportunities in this area. These included the need to address physical, sensory, and cognitive accessibility; to foster participation, motivation, and en-gagement; to strengthen instructional design and delivery; to ensure technological acces-sibility and integration; to enhance staff training and competence; and to embed partici-pant-centred and policy approaches. Contributions in these domains were synthesised into thematic categories that provide a structured understanding of the training require-ments of rehabilitation technology recipients. Evaluation: The PPI process was evaluated using the Guidance for Reporting Involvement of Patients and the Public (GRIPP2) Short Form, supplemented by an evaluation survey. This dual approach ensured that the contributions were systematically documented and critically appraised. Implications: Guided by implementation science, the principal output of this work was a co-created stakeholder engagement strategy, structured using the Implementation STake-holder Engagement Model (I-STEM). This plan will serve as a foundation for future re-search exploring the education and training needs of diverse stakeholder groups, thereby contributing to the development of more inclusive and effective rehabilitation technology training practices.

Repository@Nottingham (University of Nottingham)
Openalex Percentile: Top 24%
Assistive Technology in Communication and Mobility
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