Discipline

Engineering, Information, And Communication Technology

Abstract

In an increasingly digital world, the pressure on educational systems to evolve and align with global workforce requirements is more urgent than ever. This dissertation by Jose Francis D. Putong, titled “Digital Technical Vocational Education Towards Global Skills Acquisition Framework,” explores how technical vocational education (TVET) in the Philippines—specifically within Northern Samar—can be transformed through digital integration to prepare learners for global economic participation. The study acknowledges the challenges of delivering high-quality, relevant vocational education in rural and under-resourced regions. Traditional models of TVET, often hampered by outdated curricula, limited technological infrastructure, and geographic barriers, are poorly aligned with the demands of a labor market increasingly shaped by automation, digitization, and global interconnectivity. With this in mind, the research positions digital TVET not merely as a solution but as a strategic framework that addresses equity, quality, and competitiveness in the Philippine educational system. Grounded in three theoretical perspectives—Constructivist Learning Theory, Diffusion of Innovations Theory, and Situated Learning Theory—the study conceptualizes digital learning not only as a tool but as a medium that transforms how knowledge is constructed, shared, and applied in vocational settings. These theories support the idea that learners thrive in environments that are immersive, collaborative, and technologically enriched, and that the success of such innovations depends heavily on how effectively they are introduced and adopted within institutional cultures. The research employed a descriptive-quantitative methodology, using a researcher-made questionnaire validated by experts (with a Cronbach’s Alpha of 0.82) to assess three primary areas: The extent to which digital education tools are integrated in technical vocational institutions The degree of adaptation among students, teachers, and institutions The perceived and measurable impact of these adaptations on skill acquisition, job readiness, and learning outcomes Data were gathered from 20 students across selected schools in the Division of Northern Samar, representing a 100% response rate. The statistical treatment employed included weighted mean analysis and independent t-tests to identify significant differences and interpret results against established significance thresholds. 1. Extent of Integration of Digital Tools in TVET The study revealed moderate to high integration levels of digital tools such as e-learning platforms, blended learning models, adaptive software, and AI-driven tools. Particularly noteworthy was the inclusion of digital components in the K–12 curriculum, partnerships with tech companies, and government-led ICT enhancement initiatives—all of which showed high implementation scores and statistical significance. However, the use of virtual reality (VR), augmented reality (AR), and simulated remote laboratories remained at a “slightly to moderately implemented” level, signaling a need for improved access and training. 2. Adaptation Across Learning Stakeholders The adaptation of digital TVET was most pronounced in blended learning environments and mobile learning platforms, with students embracing flexible formats suited for “off-the-school” or “near-the-school” learning scenarios. For teachers, access to digital resources and technology integration training emerged as the most influential readiness factors. Institutional readiness—measured through infrastructure availability, digital tools, and training facilities—was rated high, though areas like community digital hubs and peer teaching support systems were found lacking or inconsistent. 3. Effectiveness and Outcomes From a skills development perspective, the digital TVET framework showed significant benefits in learning flexibility, curriculum responsiveness, and alignment with industry demands. However, disparities in access to digital tools (especially in remote areas) led to unequal outcomes among learners. The integration of AR and VR technologies, while not universally available, was linked to higher levels of engagement and simulated experiential learning. Curriculum adaptation to suit digital delivery formats was reported as both highly necessary and effectively implemented, as were new quality assurance measures and competency-based online assessment systems. These innovations were seen to significantly elevate the credibility and adaptability of vocational education in the region. Implications and Contributions This study is particularly valuable for educational planners, government policymakers, and institutional leaders, as it lays the groundwork for a strategic digital TVET framework grounded in localized realities but adaptable for global deployment. The research shows that the mere adoption of digital tools is insufficient. Instead, success hinges on building teacher capacity, ensuring equitable access, and embedding flexibility into every level of the education process—from course design to assessment, delivery, and industry alignment. Through its detailed analysis, the study proposes a Global Skills Acquisition Framework for digital TVET. This model integrates: Modular digital content delivery tailored to local and global job market needs Teacher training programs focused on blended instruction and digital pedagogy Community-based access points such as digital hubs and remote labs Quality assurance systems aligned with global education standards Feedback loops connecting student performance with industry benchmarks By aligning educational strategies with evolving labor market demands, the study strengthens the case for investment in infrastructure, strategic public-private partnerships, and lifelong learning pathways that ensure ongoing skills enhancement. This research not only uncovers the current digital education gaps in Northern Samar but also offers a pragmatic, data-driven solution that is scalable and sustainable. It is a call to action for decision-makers to recognize digital TVET as a transformative tool for socio-economic development, particularly in underserved regions. The framework he proposes holds promise not only for the Philippines but also as a reference model for similarly situated educational systems across Southeast Asia and other developing contexts. This dissertation adds a meaningful voice to the growing body of work advocating for inclusive, technology-driven education, and serves as a guidepost for schools seeking to future-proof their students’ careers in a globalized world.