Role and Focus
The Department of Architectural Engineering integrates principles of engineering, architecture, and technology to address the design, construction, and operation of buildings. It emphasizes the synergy between structural performance, functional efficiency, and sustainability, preparing students to develop resilient and environmentally responsible built environments.

Research Areas
Research focuses on structural engineering (seismic and wind resilience, advanced materials), construction management (automation, BIM, project optimization), building energy systems (sustainability, renewable integration), and fire safety engineering. These efforts aim to enhance the safety, efficiency, and sustainability of modern buildings.

Curriculum Structure
The curriculum combines foundational courses (mathematics, mechanics, materials science) with core disciplines (structural design, soil mechanics, building systems). Specialized courses include earthquake engineering, finite element analysis, and sustainable design. Practical training through labs, internships, and capstone projects ensures applied learning.

Educational Goals
The program cultivates engineers proficient in designing safe and sustainable structures, using modern tools like BIM and computational software. Graduates are trained to collaborate across disciplines, manage projects ethically and economically, and address global challenges such as urbanization and climate change through innovative solutions.

Conclusion
The Department of Architectural Engineering bridges technical rigor and practical creativity, advancing building technology while promoting sustainability and resilience in the built environment.