To make our BIM program stand out, we'll focus on three key areas: industry integration, technological innovation, and a comprehensive educational approach.

First, we'll align our curriculum closely with industry needs. We'll conduct targeted interviews with leading companies to understand their demands and challenges. This insight will help us build a curriculum that balances theoretical knowledge with practical skills. For example, we might develop case studies based on real industry projects, giving students hands-on experience with current industry practices.

Second, we'll incorporate advanced technologies like Digital Twins, AI, Big Data, computational design, and IoT. Our goal is for students to understand not just the fundamentals of these technologies but also their practical applications in civil engineering and built environments. For instance, students might use AI to optimize building designs or Digital Twins to simulate and improve building performance.

Lastly, we'll encourage interdisciplinary research and collaboration. Students will participate in cross-field projects involving architecture, engineering, and construction management. This approach will broaden their expertise and develop crucial teamwork skills. We'll also support students in developing innovative BIM tools, such as automation scripts for design processes or AI-driven project man