Continuing Professional Development in Medical Laboratory Sciences, Dental Assisting, Nursing, And Health Administration

Background: Continuing professional development (CPD) is expected to maintain competence as technology, regulation, service models and patient expectations change. Evidence and regulatory systems are uneven across medical laboratory sciences, dental assisting, nursing and health administration. CPD also informs clinical competence and organizational decisions about training priorities and workforce resources.Objective: To map current CPD practices, requirements, delivery methods, participation patterns, barriers, facilitators, outcomes and future competency needs across the four professions. The review further considers implications for clinical and organizational decision-making.Methods: A rapid scoping review was conducted using Joanna Briggs Institute principles and reported with PRISMA-ScR. Structured searches of PubMed/MEDLINE and PubMed Central, citation chaining and targeted searches of authoritative organizations were completed to 1 July 2026. The PCC framework included qualified professionals in the four fields, CPD and related lifelong-learning concepts, and healthcare, professional, educational and regulatory contexts worldwide. One reviewer screened and charted evidence. Descriptive and thematic synthesis was used; no meta-analysis was undertaken.Results: Seventy-five records were logged, eight duplicate title/DOI entries were removed, and 67 unique records were screened. Forty-six sources were included: 38 scholarly sources and eight official regulatory or credentialing documents. The scholarly evidence comprised 8 laboratory, 6 dental-assisting, 10 nursing, 9 health-administration and 5 cross-professional sources. Nursing had the broadest evidence base; dental-assisting evidence was sparse and frequently embedded in mixed dental teams. Across professions, time, workload, cost, staff shortages, course relevance and employer support shaped participation. Online learning improved access and commonly improved knowledge or confidence, but sustained practice, patient and organizational outcomes were less consistently measured. Regulatory models ranged from fixed hours or points to reflective portfolio and revalidation systems. These patterns identify decision-relevant competency needs, resource constraints, and outcome-measurement gaps.Conclusion: CPD systems should move from attendance counting toward needs-based, competency-profession-specific technical competencies. Stronger employer support, protected time, equitable digital access and objective outcome evaluation are required. The findings can inform evidence-based CPD

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Journal
Computer and decision making.
Published
2026-11-06
DOI
https://doi.org/10.1922/comdem.v3i6s.18973
Primary Topic
Innovations in Medical Education
Type
article
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article

Continuing Professional Development in Medical Laboratory Sciences, Dental Assisting, Nursing, And Health Administration

Sultan K Alharbi, Mohammed S. Alsaykhan, Samia M. Almudhaibri, Abdullah Masad Sanat Almutairi et al.
Computer and decision making.
Innovations in Medical Education
article

Continuing Professional Development in Medical Laboratory Sciences, Dental Assisting, Nursing, And Health Administration

Sultan K Alharbi, Mohammed S. Alsaykhan, Samia M. Almudhaibri, Abdullah Masad Sanat Almutairi, Alhanouf Ahmed Al-Buraik, Fann Hamoud Daher Alanazi, Ranyah Mubarak Bajad Alotibia, Ahood Saleh Alhomidi, Omar Kaseb Aljohani, Ibtisam Ayidh Alharbi
article en

Abstract

Background: Continuing professional development (CPD) is expected to maintain competence as technology, regulation, service models and patient expectations change. Evidence and regulatory systems are uneven across medical laboratory sciences, dental assisting, nursing and health administration. CPD also informs clinical competence and organizational decisions about training priorities and workforce resources.Objective: To map current CPD practices, requirements, delivery methods, participation patterns, barriers, facilitators, outcomes and future competency needs across the four professions. The review further considers implications for clinical and organizational decision-making.Methods: A rapid scoping review was conducted using Joanna Briggs Institute principles and reported with PRISMA-ScR. Structured searches of PubMed/MEDLINE and PubMed Central, citation chaining and targeted searches of authoritative organizations were completed to 1 July 2026. The PCC framework included qualified professionals in the four fields, CPD and related lifelong-learning concepts, and healthcare, professional, educational and regulatory contexts worldwide. One reviewer screened and charted evidence. Descriptive and thematic synthesis was used; no meta-analysis was undertaken.Results: Seventy-five records were logged, eight duplicate title/DOI entries were removed, and 67 unique records were screened. Forty-six sources were included: 38 scholarly sources and eight official regulatory or credentialing documents. The scholarly evidence comprised 8 laboratory, 6 dental-assisting, 10 nursing, 9 health-administration and 5 cross-professional sources. Nursing had the broadest evidence base; dental-assisting evidence was sparse and frequently embedded in mixed dental teams. Across professions, time, workload, cost, staff shortages, course relevance and employer support shaped participation. Online learning improved access and commonly improved knowledge or confidence, but sustained practice, patient and organizational outcomes were less consistently measured. Regulatory models ranged from fixed hours or points to reflective portfolio and revalidation systems. These patterns identify decision-relevant competency needs, resource constraints, and outcome-measurement gaps.Conclusion: CPD systems should move from attendance counting toward needs-based, competency-profession-specific technical competencies. Stronger employer support, protected time, equitable digital access and objective outcome evaluation are required. The findings can inform evidence-based CPD

Computer and decision making.Vol. 3(6S)
Qassim University (SA), Ministry of Defense (SA)
Openalex Percentile: Top 10%
Innovations in Medical Education
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