Theoretical integration of pedagogical, technological

The gap

Evidence profile

Sourced from the limitations and conclusions and future work and inline gaps and recommendations and stated research gap of the source papers, classified as general, spanning 7 journals. Those papers have been cited 2 times in total.

Supporting evidence — 8 representative gaps

• Assessing Awareness and Implementation of Educational Technology and ICT Tools in Teaching at Selected Engineering Institutes in Western Maharashtra (2026) · Journal of Technology-Assisted Learning · doi

  Despite its contributions, this study has certain limitations that should be acknowledged. First, the sample size was limited to 100 faculty members from a specific geographic region, which may restrict the generalizability of the findings to other contexts. Second, the study relied primarily on self-reported data, which may be subject to response bias or social desirability effects. Third, although the questionnaire demonstrated acceptable reliability, future studies may further refine and validate the instrument across diverse institutional settings. Future research should consider larger and more diverse samples across multiple regions and disciplines. Longitudinal studies could examine changes in ICT adoption over time, particularly in relation to institutional interventions and policy changes. Additionally, future investigations may explore student perspectives, learning outcomes, and the impact of emerging technologies such as generative AI, learning analytics, and virtual laboratories on engineering education. Journal of Technology-Assisted Learning, Vol. 2, No. 1, pp. 62–77 74 Shinde & Shinde (2026) Assessing awareness and implementation of educational… 7. CONCLUSION The integration of educational technology and ICT tools in engineering institutes is essential for fostering an interactive and effective learning environment. Utilizing a taxonomy-based approach to assess awareness levels can help educators and institutions identify gaps and strategically implement ICT tools for improved learning outcomes. Future research should focus on evaluating the long-term impact of these technologies in engineering education. This study provides empirical evidence on the current state of awareness and implementation of educational technology and ICT tools among engineering faculty in Western Maharashtra using a taxonomy-based assessment framework. Beyond identifying levels of awareness and usage, the findings offer several practical implications for key stakeholders. For researchers, the taxonomy-based approach used in this study offers a scalable framework that can be replicated or extended to other regions, disciplines, or longitudinal investigations examining technology adoption over time. Future studies may build upon this work by exploring causal relationships between institutional support mechanisms and higher levels of technology integration. For educators and instructors, the findings highlight the need to move beyond basic awareness toward meaningful pedagogical integration of ICT tools. The study emphasizes the importance of continuous hands-on training, peer mentoring, and reflective teaching practices to effectively leverage digital tools for student engagement and assessment.

  generallimitationsevidence 5/5
  Keywords: future learning technology awareness tools institutional engineering educational integration taxonomy based levels faculty across diverse
• Exploring 360° Camera Deployment in a STEM Rotation-Station Laboratory: Pre-service Teachers’ Perceptions (2026) · Advances in Mobile Learning Educational Research · doi

  Several limitations must be acknowledged. Firstly, the study had a relatively low number of participants (N = 16), which limits its generalization potential. Although it is a common number for a pilot study, one must be cautious when interpreting the results. Secondly, participants belonged to a specific group: Informatics students with high digital literacy skills. These skills might not be generalizable to pre-service teachers from other fields. Thirdly, a single questionnaire was applied to measure participants’ perceptions after a single session without pretest measures, a control group, or long-term study design. Fourthly, while the questionnaire was content-validated, it was not fully psychometrically validated. Fifthly, participants’ perceptions might change after repeated exposure to technology. Finally, learning outcomes were not assessed; only perceptions were measured, which is a common limitation for early-stage educational technology studies (Theelen et al., 2019). Despite these limitations, the study is fully adequate for its initial aim: to conduct an exploratory study.

  generallimitationsevidence 5/5
  Keywords: participants perceptions limitations must number common group skills single questionnaire validated fully technology learning educational
• Digital transformation in school for mobile learning: insights from preservice teachers during the COVID-19 pandemic (2026) · Frontiers in Education · doi

  external factors that could explain technology acceptance in educational settings. Therefore, the need for empirical studies was recognized to assess the applicability of TAM in the this direction, Delcker and present research context. In Ifenthaler (2022) conducted a study to map the current state of digital distance learning in vocational schools in Germany during the COVID-19 pandemic. They revealed the challenges stakeholders face in implementing digital distance learning in vocational schools. They identified eight categories being influenced by digital distance learning for school development: teaching, collaboration, personal resources, technical infrastructure, perceived learner success, and professionalization. feedback, organization, integration While studying the readiness of secondary school teachers in Croatia toward digital transformation, Kirinic et al. (2023) observed that institutional support is essential as a foundation for change, while individual factors, such as fear of technology and digital enthusiasm, shape teachers’ responses to new technologies. ICT in schools affected not only students’ performance but also several other school-related aspects and stakeholders (Timotheou et al., 2023). Furthermore, various interconnected factors influence the impact of digital technologies on education. In this direction, Quaicoe et al. (2023) presented a school-based digital transformation model, from which we can comprehend the interrelations between digital transformation indicators and concepts, and the linkages around which such transformation could be developed as a school-managed agenda.

  generallimitationsevidence 5/5
  Keywords: digital school transformation factors distance learning schools technology direction vocational stakeholders teachers technologies external explain
• CIPP-Based Evaluation of the Learning Process in Vocational High Schools: Student and Teacher Perspectives (2026) · Juwara: Jurnal Wawasan dan Aksara · doi

  Future research is recommended to employ mixed-methods approaches involving classroom observations and interviews to complement perception-based data, investigate the influence of teachers’ TPACK competencies on technology integration effectiveness, and conduct longitudinal and multi-site studies to examine the sustainability and generalizability of CIPP-based quality improvement initiatives in vocational education settings.

  generalconclusionsevidence 5/5
  Keywords: based future recommended employ mixed approaches involving classroom observations interviews complement perception investigate influence teachers
• Digital literacy development of vocational college teachers: An industry-integrated TPACK framework and intervention study (2026) · Australasian Journal of Educational Technology · cited 1× · doi

  Against the backdrop of vocational education's digital transformation and the persistent gaps in theoretical integration, empirical validation and contextual implementation guidance, this study developed and validated an integrated theoretical framework for enhancing vocational teachers' digital literacy through a systematic intervention grounded in TPACK and industry-education integration principles. Using a rigorous quasi-experimental pretest–post-test matched-group design, the study addressed three research questions. Baseline analyses confirmed equivalence across all dimensions, establishing a robust foundation for evaluation. The 10-week intervention substantially improved all dimensions, particularly IPCK and DCCK, demonstrating effectiveness in developing both foundational and integrative competencies. Regression analyses indicated that effects persisted after controlling for demographic factors, though with notable interaction effects between intervention and teacher characteristics. Building on these findings, this study offers three layers of contribution. Theoretically, this study advances educational technology theory by enriching TPACK framework's application in vocational education contexts, establishing longitudinal methodological foundations and enhancing contextual understanding of technology integration. Practically, it provides evaluation tools, modular training approaches and localised strategies. Internationally, the framework demonstrates transferability across institutional arrangements, digital maturity levels and resource conditions. Despite these contributions, some limitations warrant consideration. First, although the quasi- experimental design with a control group strengthens internal validity, the 10-week intervention may be insufficient for developing complex competencies such as DICC and DTIC, which require sustained practice and systemic support. Second, while quantitative measures revealed significant effects, the absence of qualitative data limits understanding of how teachers integrate digital competencies into practice and the barriers they encounter. Third, while the framework demonstrates effectiveness in the Chinese vocational education context, its validation in other vocational educational contexts remains to be examined. Future research could employ longer interventions to track competency development trajectories more comprehensively. Mixed-methods approaches would provide deeper insights into developmental processes and contextual factors influencing different competency dimensions. Cross-context validation studies could assess the framework's adaptability and culture-specific requirements. Finally, examining institutional support mechanisms and designing targeted strategies for enhancing collaborative and innovative teaching competencies would strengthen the framework's practical utility. Overall, this study presents an empirically grounded and theoretically integrative framework for enhancing vocational teachers' digital literacy by bridging TPACK with industry–education integration principles. The findings demonstrate how structured, modular professional development can support differentiated competence growth within digitally transforming vocational systems. By situating teacher digital literacy at the intersection of pedagogy, industry relevance and institutional context, this study offers a scalable reference for future research and policy-oriented teacher development.

  generalfuture workevidence 5/5
  Keywords: vocational framework digital education integration enhancing intervention competencies validation contextual teachers literacy tpack industry dimensions
• Prevalence and Determinants of Parent–School Communication Applications in Early Childhood Education Institutions (2026) · Journal of Teacher Education and Lifelong Learning · doi

  However, future research should examine in greater detail whether teachers receive adequate support in technology use, whether these applications function as facilitators or additional burdens in terms of workload, and the extent to which application content lacks standardized structures. Future studies should examine additional variables such as digital literacy, workload, and institutional policies, using longitudinal or mixed-method designs. LIMITATIONS AND IMPLICATIONS This study is limited by the use of convenience sampling and self-reported data, which may restrict the generalizability and objectivity of the findings.

  generalinline gapsevidence 5/5
  Keywords: future examine whether additional workload greater detail teachers receive adequate support technology applications function facilitators
• Teacher digital competence and confidence for Assistive Technology integration: A case study of a selected school in the Eastern Cape Province (2026) · Journal of Education and Learning Technology · doi

  • Enhancing Conceptualisation of Assistive Technology in Inclusive Education: Teachers in rural schools require broader exposure to modern assistive technologies, extending beyond basic, low-tech tools. This requires structured professional development, access to diverse AT devices through demonstration centres, and integration of AT education into pre-service teacher training. Partnerships with universities, NGOs, and technology providers can further build teachers’ skills and promote AT as a transformative tool for inclusive education. • Strengthening Teacher Digital Competence for AT Integration: There is an urgent need for sustained capacity-building in teachers' digital skills through competency-based CPD aligned with frameworks such as DigCompEdu. This should include modular training on integrating AT, supported by improved ICT infrastructure, specialised software, and reliable connectivity in rural schools. Additionally, district-level technical support and peer-led professional learning 59 David Ansong et al., “The Importance of Self-Efficacy and Educational Aspirations for Academic Achievement in Resource-Limited Countries: Evidence from Ghana,” Journal of Adolescence 70 (2019): 13–23; Jiyuan Feng et al., “Key Factors Influencing Educational Technology Adoption in Higher Education: A Systematic Review,” PLOS Digital Health 4, no. 4 (2025): e0000764. 60 Jun-Jie Tseng et al., “A Critical Review of Research on Technological Pedagogical and Content Knowledge (TPACK) in Language Teaching,” Computer Assisted Language Learning 35, no. 4 (2022): 948–71. 61 Laura Rusconi and Myriam Squillaci, “Effects of a Universal Design for Learning (UDL) Training Course on the Development Teachers’ Competences: A Systematic Review,” Education Sciences 13, no. 5 (2023): 466. 62 M. Sharma, Inclusive Education and Parental Involvement: Mainstream School and Integration of Disabled Children (Laxmi Book Publication, 2024). 63 Mantheme Florina Matolo and Awelani M Rambuda, “Factors Impacting the Application of an Inclusive Education Policy on Screening, Identification, Assessment, and Support of the Learners at Schools in South Africa,” International Journal of Learning, Teaching and Educational Research 20, no. 9 (2021): 207–21. 64 Robert White and Grace Fletcher, “Navigating Inclusive Education in Mainstream Primary Schools: A Phenomenological Study of Teachers’ Perceptions and Experiences,” International Journal of Inclusive Education, 2025, 1–29. 65 Dana Donohue and Juan Bornman, “The Challenges of Realising Inclusive Education in South Africa,” South African Journal of Education 34, no. 2 (2014).

  generalrecommendationsevidence 5/5
  Keywords: education inclusive teachers learning journal technology schools integration training digital educational review south assistive rural
• Digital literacy development of vocational college teachers: An industry-integrated TPACK framework and intervention study (2026) · Australasian Journal of Educational Technology · cited 1× · doi

  Theoretical integration of pedagogical, technological, and industry-education components for holistic vocational digital literacy is lacking. Methodological limitations, including insufficient intervention duration and inadequate measurement of effectiveness, are common in interventional studies. Contextual understanding of digital literacy development in vocational education is limited.

  generalstated research gapevidence 5/5
  Keywords: theoretical integration pedagogical technological industry-education components holistic vocational

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