Research Article
Empowering and Reshaping Vocational Education:
A Theoretical Framework and Pathways for AI-Driven Transformation
Issue:
Volume 11, Issue 5, October 2026
Pages:
131-141
Received:
28 July 2026
Accepted:
24 August 2026
Published:
4 September 2026
Abstract: Against the backdrop that Artificial Intelligence (AI) is rapidly reshaping the ecosystem of Vocational Education (VE), the fast iteration of industrial skill demands has exposed deep-rooted bottlenecks in traditional VE models: outdated curricula, disjointed practical training, and structural mismatch between talent cultivation outputs and market needs. While governments across China and globally have rolled out intensive policy initiatives to advance VE digital transformation, existing studies mostly focus on scattered cases of ad-hoc technology application, lacking systematic analytical frameworks, with notable research gaps in inquiries into ethical risks and long-term collaborative governance mechanisms. This study aims to clarify the core operational logic of AI-empowered VE transformation, identify risk boundaries during the transition, develop actionable systematic solutions, and address the longstanding talent supply-demand mismatch. Adopting sociotechnical systems theory as its meta-framework, the study integrates mediation theory from educational technology and work process theory in vocational education to construct the Vocational Augmentation Education (VAE) model and the "technology-education-industry" double-helix analytical framework. Drawing on cross-sector empirical cases, it unpacks the internal mechanisms and practical barriers of VE transformation. The study finds that AI can systematically enhance VE efficacy through three core mechanisms—cognitive augmentation, contextual expansion, and step-change efficiency improvement—yet the transformation faces deep-seated risks including the polarizing effect of the digital divide. Accordingly, it proposes targeted transformation pathways across four dimensions: top-level policy design, deep industry-education collaboration, stakeholder capacity building, and embedded ethical governance, to provide theoretical references and evidence-based decision support for building a new human-AI collaborative VE paradigm.
Abstract: Against the backdrop that Artificial Intelligence (AI) is rapidly reshaping the ecosystem of Vocational Education (VE), the fast iteration of industrial skill demands has exposed deep-rooted bottlenecks in traditional VE models: outdated curricula, disjointed practical training, and structural mismatch between talent cultivation outputs and market ...
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Research Article
Perception of Early Clinical Exposure Among Medical Students After Phase I of the MBBS Programme at Defence Services Medical Academy
Issue:
Volume 11, Issue 5, October 2026
Pages:
142-149
Received:
13 August 2026
Accepted:
24 August 2026
Published:
15 September 2026
DOI:
10.11648/j.her.20261105.12
Downloads:
Views:
Abstract: Early Clinical Exposure (ECE) introduces medical students to patients and clinical environments during the preclinical phase, facilitating integration of basic sciences with clinical practice. Evaluating students' perceptions is important for determining the educational value of ECE and identifying areas for curricular improvement. This study aimed to assess perceptions of ECE among medical students after Phase I of the MBBS programme at the Defence Services Medical Academy (DSMA). A cross-sectional survey was conducted among medical cadets who had completed Phase I of the MBBS programme at DSMA. Data were collected using a structured, self-administered questionnaire containing five-point Likert-scale items. The questionnaire assessed perceived usefulness, satisfaction with programme structure, confidence and skill development, challenges, and overall perception of ECE. Data were summarised using descriptive statistics. Students demonstrated predominantly positive perceptions of ECE. Most respondents agreed or strongly agreed that ECE helped them understand the relevance of basic sciences to clinical practice (91.8%), improved their understanding of diseases and patient care (89.0%), and enhanced early clinical reasoning skills (93.2%). ECE was also perceived to improve communication skills (91.8%), confidence in talking with patients (89.1%), observation of clinical signs (90.4%), and empathy and patient-centred attitudes (91.7%). Overall, 90.4% considered ECE a valuable component of their education, and 93.1% believed it should remain in the curriculum. Nevertheless, 89.0% agreed or strongly agreed that improvements to the ECE programme were needed. Medical students had favourable perceptions of ECE, particularly regarding integration of basic sciences with clinical practice and development of early clinical and professional skills. Continued implementation with systematic refinement of programme organisation and delivery may further enhance the educational value of ECE at DSMA.
Abstract: Early Clinical Exposure (ECE) introduces medical students to patients and clinical environments during the preclinical phase, facilitating integration of basic sciences with clinical practice. Evaluating students' perceptions is important for determining the educational value of ECE and identifying areas for curricular improvement. This study aimed...
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,
Pyi Hein Kyaw
