The Electrical and Electronics (E&E) sector remains one of the Philippines' most dynamic and economically significant industries, contributing substantially to manufacturing output, employment, and export revenues-particularly through semiconductors, consumer electronics, and electrical power systems. As industries accelerate toward digital transformation, automation, and renewable energy integration, the skills requirements for E&E workers are rapidly evolving. This transformation presents both opportunities and challenges for the national TVET system, especially for key qualifications such as Electronic Products Assembly and Servicing NC II (EIM) and Electrical Installation and Maintenance NC II (EPAS), which form the backbone of entry-level technical employment in the sector.

Labor market analysis points to sustained demand for technicians in electronics assembly and servicing, electrical installation and maintenance, semiconductor operations, renewable energy systems, automation maintenance, and smart systems support. However, emerging technologies-including the Internet of Things (IoT), robotics, AI-assisted diagnostics, industrial cybersecurity, smart grids, and EV charging systems-are reshaping job roles and competency requirements. Projections for 2026-2030 indicate rising demand for mid- to higher-level competencies, with increasing need for NC III-IV qualifications and specialized micro-credentials beyond traditional NC II programs.

Despite expanding TVET enrollment and certification outputs, persistent skills mismatches remain evident, particularly in advanced electronics, cleanroom operations, power systems integration, solar PV installation, and automation troubleshooting. Industry consultations conducted by the TESDA Women's Center confirm that while EIM and EPAS curricula are generally relevant and aligned with current workplace tasks, they require stronger integration of automation, solar and renewable energy applications, digital tools (e.g., AutoCAD), and multi-skilling across electronics, electrical, air-conditioning, and basic automation systems. Gaps are also observed in hands-on exposure to industry-grade tools, structured troubleshooting practice, and work-based learning opportunities.

Gender disparities persist across E&E occupations. While women are increasingly visible in electronics-related programs, they remain underrepresented in electrical installation, automation, power systems, and advanced technical roles. Inquiry and waitlist data from TESDA Women's Center indicate growing interest among women in EIM, but lower participation in EPAS, underscoring the need for gender-responsive career guidance, mentorship, inclusive training environments, and targeted industry immersion pathways to address the "leaky pipeline" from entry-level training to advanced technical careers.

National policy frameworks-including the TESDA EBET Framework (RA 12063), NTESDP 2023-2028, and the Philippine Development Plan-provide a strong foundation for aligning TVET with industry transformation, digitalization, green skills development, and inclusive workforce participation. However, implementation gaps remain in facility upgrading, trainer upskilling, industry-led curriculum updates, and real-time labor market intelligence, which limit the responsiveness of EIM and EPAS programs to fast-evolving technological demands.

The workforce gap analysis highlights critical shortages in:

• Semiconductor and electronics technicians trained for cleanroom and automated production environments
• Electrical technicians skilled in smart grid operations, solar PV installation, and power electronics
• Automation and diagnostics specialists with competencies in PLCs, robotics, IoT integration, and AI-enabled testing
• Female technical talent in advanced E&E roles

To address these gaps, the report identifies priority emerging skills for 2026-2030, including automation troubleshooting, AI-enabled testing and diagnostics, smart grid monitoring, IoT configuration, EV charging systems maintenance, solar PV installation, and digital documentation and reporting. A workforce readiness heatmap underscores areas where TVET interventions are most urgent. Key recommendations emphasize:

• Industry-driven curriculum modernization for EIM and EPAS
• Expansion of advanced E&E training infrastructure, including automation and renewable energy labs
• Upskilling of TVET trainers in semiconductors, automation, solar PV, and digital tools
• Scaling work-based learning through apprenticeships, OJT, and industry co-delivery of training
• Promoting gender-responsive TVET ecosystems to strengthen women's participation and retention
• Institutionalizing labor market intelligence systems to guide evidence-based skills planning

Overall, the Philippine TVET system stands at a pivotal juncture. By modernizing EIM and EPAS programs, strengthening industry partnerships, upgrading training infrastructure, and embedding gender equity and lifelong learning, TESDA and its partners can ensure that the Filipino workforce is future-ready, industry-responsive, and competitive in the fast-evolving Electrical and Electronics sector-supporting inclusive growth, technological upgrading, and quality employment generation nationwide.