Sustainable Automation for Green Industrial Development-Sharing Meeting-CATECP

Speaker

1. Dr. Haslenda HashimUniversiti Teknologi Malaysia, Malaysia

2. Mr. Muhammad Khoirul UmamPOLTEK SCI, Indonesia

3. Dr. Mohammad Yazdi HarminUniversiti Putra Malaysia, Malaysia

General Introduction

The International Experts Sharing Meeting brings together distinguished scholars, industry practitioners, educators, and professionals from ASEAN and beyond to exchange insights on the role of automation and emerging technologies in supporting sustainable industrial development and accelerating the transition toward greener industries. This edition focuses on “Sustainable Automation for Green Industrial Development.” As industries continue to embrace digital transformation and advanced technologies, automation presents significant opportunities to improve productivity, optimize resource use, reduce environmental impact, and support more sustainable industrial practices. However, achieving these benefits requires a balance between technological innovation, environmental responsibility, and long-term economic development.

The session invites participants to explore how automation can contribute to greener and more sustainable industrial systems. Key topics include industrial automation, smart manufacturing, energy efficiency, resource optimization, green technologies, digital transformation, sustainable production, circular economy, and the integration of emerging technologies to reduce environmental impact. Through expert presentations, industry case studies, and interactive discussions, the meeting promotes knowledge exchange, interdisciplinary collaboration, and practical insights into the application of sustainable automation. It aims to inspire participants to understand how technological advancement can go hand in hand with environmental sustainability and responsible industrial growth. Ultimately, the session seeks to strengthen collective efforts toward more efficient, innovative, resilient, and environmentally sustainable industries.

This Course is for

1. University students and young researchers interested in exploring how automation, emerging technologies, and digital transformation can support sustainable industrial development, improve efficiency, and reduce environmental impact.
2. Early-career professionals, engineers, industry practitioners, and young innovators seeking to understand practical approaches to implementing automation, smart manufacturing, energy efficiency, and sustainable production in industrial environments.
3. Scholars, lecturers, researchers, and academics focusing on engineering, industrial technology, manufacturing, sustainability, environmental studies, business, and other interdisciplinary fields related to automation and green industrial development.
4. Globally minded participants eager to gain insights into how sustainable automation and technological innovation can contribute to resource optimization, greener production systems, circular economy practices, and the development of more efficient, resilient, and environmentally responsible industries.

Benefits of Learning

1. Gain insights into the latest trends, challenges, and opportunities in sustainable automation, green technologies, and industrial digital transformation from a global and interdisciplinary perspective, particularly in the context of environmental sustainability, efficiency, and responsible industrial development.
2. Understand how technological, environmental, economic, and industrial factors influence the adoption of automation, smart manufacturing, energy efficiency, and sustainable production practices across different industries and regions.
3. Connect theory with practice through case studies and expert presentations showcasing real-world applications of automation, smart technologies, resource optimization, energy management, and green industrial practices that contribute to reducing environmental impact.
4. Enhance understanding of sustainable industrial development by engaging with experts and participants from diverse professional and academic backgrounds, exchanging ideas on how automation and emerging technologies can be adapted to different industrial sectors, local contexts, and organizational needs.
5. Expand professional and interdisciplinary networks by connecting with international scholars, engineers, industry practitioners, researchers, innovators, and stakeholders committed to advancing sustainable automation, green technologies, and more efficient, resilient, and environmentally responsible industries.

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