Course Overview
The Architecture and Urban Planning Engineering program is designed to prepare students for careers in the fields of architecture, urban design, and sustainable development.
This interdisciplinary program combines technical knowledge with creative design principles to address the challenges of modern urban environments.
The program equips students with the essential knowledge and skills to create functional, sustainable, and aesthetically pleasing environments.
Through a blend of theoretical learning and practical experience, graduates are ready to make significant contributions to the fields of architecture and urban development, addressing the needs of modern cities and communities.
Entry Requirements
Develop original architectural ideas and spatial solutions.
Understand structures, materials, construction, and building physics.
Use modern drawing, modelling, and visualization tools.
Design responsive buildings and sustainable communities.
Apply knowledge through studios and a final capstone project.
Build Your Future
Students progress from foundational drawing, design, mathematics, and engineering principles to advanced architectural studios, urban planning, digital design, building technology, professional practice, and sustainable design. The program balances imagination with practical and industry-oriented learning.
4-Year Curriculum Overview
Foundation
- Fundamental Mathematics
- Design Foundations
- Architectural Drawing
- Engineering Drawing
- Academic English
- Introduction to Architecture
Core Courses — Part 1
- Design Studio I & II
- Architectural Technology
- History of Architecture
- Digital Design
- Urban Studies
- Building Physics
Core Courses — Part 2
- Design Studio III & IV
- Advanced Design Technology
- Construction Systems
- Urban Planning
- Environmental Design
- Professional Practice
Architecture Track
- Design Studio V & VI
- Advanced Design Project
- Architectural Programming
- Sustainability
- Special Topics
- Capstone Project
What You Will Learn
Create functional, expressive, and context-sensitive spaces.
Combine structural, environmental, and construction systems.
Present concepts through drawings, models, and digital visualization.
Manage projects ethically and collaborate across disciplines.
Real-World Application
A comprehensive final-year design project integrating architecture, technology, sustainability, research, and professional presentation into a complete real-world proposal.