Low-Carbon Energy Technologies and the Sustainable Development Goals-Sharing Meeting-CATECP

Speaker

1. Dr. Ahmad Agus SetiawanUniversitas Gadjah Mada, Indonesia

2.Dr. Nu Rhahida AriniPoliteknik Elektronika Negeri Surabaya, Indonesia

3. Mr. Muhamad bin MansorUniversiti Tenaga Nasional, Malaysia

4. Mr. Dhynelle MuycoGuimaras State University, Philippines

5. Ms. Asma YaqoobDublin City University, Ireland

General Introduction

The International Experts Sharing Meeting brings together distinguished scholars, practitioners, and professionals from ASEAN and beyond to exchange perspectives on emerging trends, innovative approaches, and best practices in low-carbon energy technologies and sustainable development. This edition focuses on “Low-Carbon Energy Technologies and the Sustainable Development Goals”. As the global energy landscape continues to evolve in response to climate change, energy security, and the growing demand for sustainable development, low-carbon energy technologies play a critical role in supporting the transition toward cleaner, more resilient, and sustainable energy systems. The development and deployment of renewable energy, energy efficiency solutions, energy storage, smart energy systems, and other emerging technologies present both opportunities and challenges in achieving inclusive and sustainable development.The session invites participants to explore how low-carbon energy technologies can contribute to the achievement of the Sustainable Development Goals (SDGs).

Topics include renewable energy integration, energy efficiency and conservation, energy storage technologies, smart grids and intelligent energy systems, sustainable energy access, and innovative approaches to reducing carbon emissions across energy systems. Discussions will also consider the interconnections between technological innovation, environmental sustainability, economic development, and social well-being. Through expert presentations, case studies, and interactive discussions, the meeting promotes interdisciplinary collaboration and knowledge exchange. It aims to inspire participants to examine innovative energy solutions, share research and real-world experiences, and strengthen collective efforts toward a low-carbon future. By connecting technological advancements with the broader objectives of the SDGs, the meeting seeks to highlight the role of sustainable energy technologies in advancing climate action, energy security, inclusive development, and long-term global sustainability.

This Course is for

1. University students and young researchers interested in exploring how low-carbon energy technologies contribute to sustainable energy systems, climate action, energy security, and the achievement of the Sustainable Development Goals (SDGs).
2. Early-career professionals, engineers, energy practitioners, and technology specialists seeking to understand practical approaches to implementing renewable energy, energy efficiency, energy storage, smart energy systems, and other low-carbon technologies to support sustainable development and reduce carbon emissions.
3. Scholars, lecturers, and researchers focusing on engineering, energy technology, environmental science, sustainability, economics, and other interdisciplinary fields that examine renewable energy systems, energy transitions, climate mitigation, sustainable development, and innovative low-carbon solutions.
4. Globally minded participants eager to gain cross-regional insights into how different countries and communities adopt low-carbon energy technologies to address energy and environmental challenges, advance the SDGs, strengthen energy resilience, and promote inclusive and sustainable development.

Benefits of Learning

1. Gain insights into the latest trends, challenges, and opportunities in low-carbon energy technologies and their contribution to sustainable development and the achievement of the Sustainable Development Goals (SDGs) from a global and interdisciplinary perspective.
2. Understand how technological, economic, environmental, and social factors influence the development, deployment, and optimization of renewable energy, energy efficiency, energy storage, and other low-carbon energy solutions across different sectors and regions.
3. Connect theory with practice through case studies and expert presentations showcasing real-world applications of renewable energy systems, smart energy technologies, energy storage solutions, and innovative approaches to reducing carbon emissions and improving energy sustainability.
4. Enhance cross-regional understanding by engaging with experts and participants from diverse backgrounds, exchanging ideas on how countries and communities adapt low-carbon energy technologies to local needs, resources, infrastructure, and development priorities.
5. Expand professional networks by connecting with international scholars, engineers, energy practitioners, and sustainability professionals committed to advancing innovative low-carbon energy solutions and supporting inclusive, resilient, and sustainable development.

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