2021-11-23-亚开行-提高印度尼西亚电力部门的技能（英）_31页_275kb

Summary of "Improving Skills for the Electricity Sector in Indonesia" Report

Context

Indonesia's electricity sector is pivotal for economic development, with growing demand from industrialization and urbanization. Electrification rates have improved, but the sector relies heavily on fossil fuels, with increasing adoption of renewable energy. Technological advancements pose both opportunities for job creation and challenges in workforce readiness, particularly due to a mismatch between graduate skills and industry needs.

Key Challenges

• Skills Mismatch: Educational institutions often use outdated curricula, leading to graduates lacking multidisciplinary competencies. Vocational schools and polytechnics focus on specific skills that do not align with rapidly evolving industry requirements.
• Geographical Imbalances: Skilled workers are concentrated in Java, increasing costs for projects in remote areas like Papua and Maluku. Fewer training facilities exist in less developed provinces.
• Training Limitations: Informal education providers face accreditation issues and lack industry respect, while certification systems are fragmented and not harmonized. Continuous learning and adaptation to new technologies are inadequate.
• Renewable Energy Focus: Current training does not sufficiently address emerging skills in renewable energy, such as energy storage, smart grids, and grid management, creating barriers to achieving national renewable energy targets.

Recommendations

• Shift to Employment-Oriented Training: Align curricula with market demands through industry collaboration, internships, and supplementary courses focusing on emerging technologies like green skills and renewable energy.
• Develop Competency Certification: Establish voluntary, industry-focused certification systems to build trust and reduce corruption, ensuring certifications reflect real-world competencies.
• Enhance Corporate Training: PLN and other players should upskill existing employees rather than relying on schools for foundational knowledge, while educational institutions integrate industry-relevant skills.
• Coordinate Capacity Development: Create a sector board to oversee training needs, facilitate resource sharing, and improve curriculum relevance.
• Leverage Digital Tools: Implement online platforms and massive open courses (MOOCs) to provide flexible, up-to-date training accessible across the country.
• Modular Skill Modules: Develop standardized training modules that align with national qualification frameworks, usable for both formal education and mid-career development.
• Strengthen Partnerships: Foster multi-stakeholder collaborations, including government, industry, and educational institutions, to address workforce gaps through integrated approaches.

Case Studies

• South Sulawesi: PLN partnered with local polytechnic to train electrical engineers, but provincial growth targets highlight the need for curriculum updates, teacher training, and better internship access.
• Maluku: New Zealand-funded program strengthened renewable energy training through capacity-building workshops and collaborations between government, PLN, and academia, addressing skill shortages.
• West Nusa Tenggara: Grants and partnerships with institutions and companies improved renewable energy technician training, but challenges remain in scaling up and ensuring sustainable employment.

Conclusion

Addressing skills gaps in Indonesia's electricity sector requires a forward-looking, collaborative strategy that bridges education, industry, and government. By adopting modern training practices and embracing technological innovations, Indonesia can build a competent workforce to support its energy transition and sustainable development goals.