It begins by examining the evolution of intelligent construction through four distinct stages, highlighting the technological breakthroughs and representative innovations that define each phase. The theoretical framework of the "Engineering Brain" is then introduced, providing a comprehensive overview of its underlying principles and a detailed explanation of the five critical components that form the foundation of intelligent construction systems based on this concept. The discussion further delves into the practical implementation of intelligent construction systems, structured into three progressive phases. The first phase is explored in detail, supported by an analysis of three engineering case studies that demonstrate the application and effectiveness of this approach in real-world scenarios. These examples illustrate how the Engineering Brain framework is transforming construction processes, enabling smarter decision-making and enhanced operational efficiency.

The presentation concludes with a forward-looking perspective, addressing the potential of Engineering Brain-driven intelligent construction systems to reshape the industry. It identifies emerging trends, future research directions, and the anticipated challenges and opportunities as the construction sector continues to embrace digitalisation and intelligent solutions. This comprehensive overview provides valuable insights into the transformative impact of the Engineering Brain on the future of construction.