Architectural Engineering

Major Title: Architectural Engineering

Major Description:

This major integrates principles of architecture, engineering, and construction to design and develop safe, sustainable, and innovative buildings. Students will learn to combine aesthetic vision with technical expertise, addressing structural integrity, energy efficiency, environmental impact, and occupant comfort. The curriculum covers building systems, structural design, construction management, and emerging technologies in the built environment. Through hands-on projects and interdisciplinary collaboration, students will develop solutions for contemporary architectural challenges.

Learning Objectives:

• Apply engineering principles to architectural design
• Design and analyze structural systems for buildings
• Integrate mechanical, electrical, and plumbing (MEP) systems
• Evaluate sustainable building materials and construction methods
• Use computational tools for building performance analysis
• Manage construction processes and project timelines
• Ensure compliance with safety codes and regulations
• Innovate with smart building technologies

Course Outline:

1. Introduction to Architectural Engineering
   • History and scope of the field
   • Roles of architects vs. architectural engineers
2. Building Materials and Construction Methods
   • Properties of construction materials
   • Modern and sustainable building techniques
3. Structural Analysis and Design
   • Load-bearing systems
   • Steel, concrete, and timber structures
4. Building Systems Integration
   • HVAC, electrical, and plumbing systems
   • Acoustics and lighting design
5. Environmental Systems and Sustainability
   • Energy-efficient design
   • LEED certification and green buildings
6. Construction Management
   • Project planning and scheduling
   • Cost estimation and risk management
7. Building Information Modeling (BIM)
   • 3D modeling and simulation tools
   • Collaborative design processes
8. Seismic and Wind Engineering
   • Disaster-resistant design principles
   • Retrofitting existing structures
9. Smart Buildings and Future Technologies
   • IoT in building automation
   • Sustainable urban development

Assessment Methods:

• Structural design projects
• Building system simulations
• Construction management case studies
• BIM modeling assignments
• Examinations on engineering principles

Recommended Textbooks:

• Building Construction Illustrated by Francis D.K. Ching
• Structural Engineering Handbook by Edwin Gaylord
• Mechanical and Electrical Equipment for Buildings by Walter Grondzik

Prerequisites:

Strong foundation in mathematics and physics; interest in design and problem-solving.

Program Duration:

4-5 years (typically leading to a Bachelor of Science degree).

Certification:

Prepares students for licensure as Professional Engineers (PE) with further experience.

Target Audience:

• Aspiring architectural engineers
• Building systems designers
• Construction project managers
• Sustainable design consultants

Career Pathways:

• Architectural Engineer
• Structural Designer
• Building Systems Consultant
• Construction Project Manager
• Sustainability Specialist

This program equips graduates with the technical skills and creative vision to shape the future of the built environment, balancing functionality, sustainability, and aesthetic excellence.