Artificial Intelligence for Power and Energy Systems

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Course Description

This course program, developed in partnership with the IEEE Power and Energy Society, serves as a comprehensive introduction to the transformative role of Artificial Intelligence (AI) in power and energy systems. By blending research depth with practical industry insight, it highlights AI’s potential to revolutionize how we address some of the most pressing challenges in the power and energy community. Participants will explore AI as both an innovative tool for academic exploration and a crucial technology for industry applications. Key focus areas include supporting the transition to renewable energy, integrating diverse data streams, managing aging infrastructure, achieving sustainable and secure operations, enhancing cybersecurity, optimizing resource allocation, and improving asset management.

Through this program, participants will gain the knowledge and skills to leverage AI in driving operational excellence and delivering strategic insights in the Power and Energy community. The course structure is designed to guide learners through a well-rounded journey, providing a foundational understanding and practical applications of AI in Power and Energy systems. By the end of the course, attendees will learn the representative AI approaches to tackle complex problems, implement innovative solutions, and contribute to the evolution of a sustainable and intelligent power grid.

Course Objectives

• To identify the relevant fundamentals of artificial intelligence and machine learning for power and energy
• To understand specific power industry needs and challenges regarding AI
• To become familiar with typical applications of AI in power and energy
• To identify future trends of AI applications in power and energy