BACKGROUND OF THE PROGRAM

The Electrical & Mechanical Operation and Maintenance Conference 2023 is an event focused on bringing together professionals from the electrical and mechanical industries to discuss best practices, emerging trends, and new technologies related to operation and maintenance. The need for this conference arises from the increasing importance of efficient maintenance operations in these industries to reduce costs, increase safety, and enhance overall performance. As technology continues to evolve rapidly, it has become crucial for professionals to stay up-to-date on the latest advancements to improve their maintenance practices.

The conference offers a platform for experts, academics, and practitioners to share their knowledge and experience on a wide range of topics related to electrical and mechanical operation and maintenance. The conference includes keynote speeches, panel discussions, and technical sessions that cover a diverse range of topics, including predictive maintenance, energy efficiency, cybersecurity, asset management, workforce development, renewable energy integration, regulatory compliance, case studies, and future trends. The conference provides an excellent opportunity for attendees to engage in discussions and debates on the presented topics, learn about new solutions to common challenges, and gain insights into best practices and strategies for optimizing maintenance operations, improving asset management, reducing downtime, and enhancing overall efficiency and sustainability.

KEY ISSUES TO BE ADDRESSED AT THIS ANNUAL CONFERENCE

Our Electrical & Mechanical Operation and Maintenance Conference 2023 is set to address the following key issues:

• Integrated Strategies for Electrical Safety and Compliance: Addressing the guidelines and responsibilities under Act A1501 for ensuring electrical safety, and exploring practical approaches for compliance within operational contexts.

• Advancements in Low Voltage Protection and Automation: Discussing the latest developments in low voltage protection and automation systems, their benefits, implementation challenges, and their impact on operational efficiency and safety.

• Operational Risk Management in Dynamic Environments: Exploring strategies for identifying, assessing, and managing operational risks, with a focus on unforeseen challenges and disruptions in complex industrial settings.

• Renewing Aging Electrical Infrastructure: Examining methods to rejuvenate aging electrical systems, exploring retrofitting options, modernization strategies, and addressing sustainability concerns while extending the life of infrastructure.

• Operational Technology (OT) Automation for Industry 4.0: Delving into the role of OT automation in Industry 4.0, highlighting case studies, technological innovations, and best practices to drive efficiency, predictability, and competitive advantage.

• Critical Infrastructure Operation and Maintenance: Addressing the unique challenges of maintaining and safeguarding critical infrastructure, including emergency preparedness, disaster recovery, and business continuity strategies.

• Collaborative Approaches for Optimal Performance: Exploring cross-disciplinary collaboration, lean practices, and operational excellence methodologies that contribute to effective decision-making, efficiency, and sustainable maintenance.