Comparison of online versus in-person education of lumbopelvic manipulation: a mixed methods study

BACKGROUND: The expansion of online and blended learning has raised questions about how to teach manual skills. While online resources support learning and provide flexible access, uncertainty remains about their effectiveness for developing practical competence and confidence compared with in‑person instruction. PURPOSE: To explore physiotherapy students' perspectives of learning a novel manipulation using online resources compared to an in-person workshop. METHODS: = 21) were conducted and analyzed using inductive thematic content analysis. RESULTS: The qualitative analysis generated three themes: (1) students pinpoint what drives learning, (2) self‑confidence is central to applying skills, and (3) students hold a preference for in‑person learning. Quantitative data showed self‑confidence increased after both classes, with the greatest increase when the in-person followed the online class. Students expressed a preference for in‑person learning, citing feedback, questioning, practice, and rapport building. Online resources were valued as helpful adjuncts, especially replaying video demonstrations, but were not sufficient on their own. CONCLUSIONS: For teaching complex manual skills, a blended learning approach using online methods, followed by an in‑person practical class, was preferred. Students identified that in‑person instruction allowed for personalized feedback and supported safe skill acquisition, thus building self-confidence. To translate this learning into practice, students felt they would need support from supervising physiotherapists.

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Publication Details

Journal
Journal of Manual & Manipulative Therapy
Published
2026-09-06
DOI
https://doi.org/10.1080/10669817.2026.2723977
Primary Topic
Motor Control and Adaptation
Type
article
Field-Weighted Citation Impact
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article

Comparison of online versus in-person education of lumbopelvic manipulation: a mixed methods study

Gerard Farrell, Steve Karas, Cathy Chapple, Donna Keen et al.
Journal of Manual & Manipulative Therapy
Motor Control and Adaptation
article

Comparison of online versus in-person education of lumbopelvic manipulation: a mixed methods study

Gerard Farrell, Steve Karas, Cathy Chapple, Donna Keen, Kesava Kovanur Sampath
article en

Abstract

BACKGROUND: The expansion of online and blended learning has raised questions about how to teach manual skills. While online resources support learning and provide flexible access, uncertainty remains about their effectiveness for developing practical competence and confidence compared with in‑person instruction. PURPOSE: To explore physiotherapy students' perspectives of learning a novel manipulation using online resources compared to an in-person workshop. METHODS: = 21) were conducted and analyzed using inductive thematic content analysis. RESULTS: The qualitative analysis generated three themes: (1) students pinpoint what drives learning, (2) self‑confidence is central to applying skills, and (3) students hold a preference for in‑person learning. Quantitative data showed self‑confidence increased after both classes, with the greatest increase when the in-person followed the online class. Students expressed a preference for in‑person learning, citing feedback, questioning, practice, and rapport building. Online resources were valued as helpful adjuncts, especially replaying video demonstrations, but were not sufficient on their own. CONCLUSIONS: For teaching complex manual skills, a blended learning approach using online methods, followed by an in‑person practical class, was preferred. Students identified that in‑person instruction allowed for personalized feedback and supported safe skill acquisition, thus building self-confidence. To translate this learning into practice, students felt they would need support from supervising physiotherapists.

Journal of Manual & Manipulative Therapy
Institute of Biomedical Science (GB), Chatham University (US), University of Otago (NZ)
Quality Education
Openalex Percentile: Top 9%
Motor Control and Adaptation
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