亚开行-提高印度尼西亚电力部门的技能（英）-2021.11-31页_238kb

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

Core Content

This document outlines the challenges and opportunities in improving skills for Indonesia's electricity sector. It highlights the mismatch between the skills provided by educational institutions and the actual needs of the industry, emphasizing the importance of aligning education with current and future workforce demands.

Main Points

1. Indonesia's Electricity Sector Overview

• Electrification Progress: Indonesia has made significant strides in electrification, increasing the rate from 66% in 2009 to 88.3% in 2015, with a target of near 100% by 2026.
• Energy Mix: In 2019, coal was the dominant source of electricity generation (62.8%), followed by gas (21.2%), renewables (11.4%), and oil (4%). The government prioritizes energy independence and low-cost sources.
• Renewables Growth: The share of renewable energy is expected to increase from 11.4% in 2019 to 23.2% by 2028, driven by the need for sustainable recovery and the economic benefits of green investments.

2. Workforce Needs and Challenges

• Skills Gap: Despite sufficient numbers of graduates, power sector companies struggle to find workers with the multidisciplinary competencies required.
• Renewables and Technology: The shift to renewable energy and modern technologies like energy storage and smart grids requires continuous learning and adaptability.
• Industry Survey Findings: Private sector players value attitudes such as self-motivation, willingness to learn, confidence, and curiosity more than specific technical skills. These traits are difficult to teach in traditional settings.

3. Skills Development Landscape

• Formal Education: The Ministry of Education and Culture oversees secondary (SMKs) and tertiary education institutions. Over 2,500 SMKs offer programs aligned with the electricity sector, but many face issues like outdated curricula, unqualified instructors, and poor certification systems.
• Tertiary Institutions: Over 1,400 higher education institutions provide engineering and energy-related programs, with 383 offering electrical engineering and 21 offering energy programs.
• Informal Education: Nonformal training includes workshops, online courses, and webinars. These are often provided by government agencies, private companies, and donor organizations.

4. Training and Certification Systems

• LSPs (Professional Certification Bodies): LSPs issue certifications for short courses. However, the lack of coordination among different training providers can lead to overlapping or conflicting programs.
• Donor Agencies: Organizations like ADB, JICA, and others provide training, but these are often limited in scope and duration, focusing on knowledge development rather than practical skills.

Key Recommendations

• Curriculum Updates: Educational institutions need to align their curricula with industry needs, especially in the context of renewable energy and modern technologies.
• Industry Collaboration: Close partnerships between education providers and industry players are essential to ensure training is relevant and up-to-date.
• Certification Reforms: The certification system should be more responsive to changing industry requirements and should emphasize practical skills and continuous learning.
• Investment in Training: There is a need for more investment in training infrastructure and resources to support the growing demand for skilled workers in the electricity sector.

Case Studies

• South Sulawesi: Educational institutions are being utilized as labor providers, aiming to meet the local demand for skilled workers.
• Maluku: Capacity development for institutions is a focus to enhance the skills of the workforce in the region.
• West Nusa Tenggara: Sector partnerships are being promoted to improve skills training and address workforce shortages.

Conclusion

To ensure the electricity sector in Indonesia can meet its future demands, there is a need for a comprehensive approach that includes curriculum reform, stronger industry collaboration, and improved certification systems. The shift towards renewable energy and modern technologies requires a workforce that is not only technically skilled but also adaptable and willing to learn. The document underscores the importance of aligning education and training with industry needs to support sustainable growth and development.