Program Overview

Computational Architecture and Intelligent Urban Design

Program Overview

The Computational Architecture and Intelligent Urban Design program is an integrated academic program designed to prepare architecture engineers capable of employing cutting-edge digital technologies and artificial intelligence in architectural and urban design domains.

Program Classification and Faculty

• Program Classification: B.Sc. in Architectural Engineering
• Faculty: Faculty of Engineering

Years of Study and Required Hours for Graduation

• Years of Study: 4 years
• Required Hours for Graduation: 144 Credit Hours

Language of Instruction

• Language of Instruction: English

Career Prospects for Graduates

Potential Career Paths

• Computational Designer
• Building Information Modeling (BIM) Specialist
• Smart City Planner
• Urban Data Analyst
• Digital Fabrication Expert

Target Employment Sectors

• Government Ministries (e.g., Housing, Communications, Media, Environment)
• Municipalities & Urban Planning Authorities
• International Development Agencies (e.g., United Nations, World Bank)
• Engineering & Construction Firms, Design & Planning Consultancies
• Architectural & Urban Consulting Centers
• Research Institutions & Non-Governmental Organizations (NGOs)

Program Description

The program focuses on developing students' competencies in utilizing advanced tools including computational design, Building Information Modeling (BIM), Geographic Information Systems (GIS), Internet of Things (IoT), and smart city analytics. This equips them to design sustainable, intelligent urban environments that adapt to evolving human needs and environmental challenges.

Through an interdisciplinary curriculum, students learn to apply digital design technologies, parametric modeling, generative design, preference mechanisms, and digital fabrication, while integrating virtual and augmented reality technologies into design and construction processes. The program fosters critical and creative thinking, encouraging students to adopt innovative solutions for achieving energy efficiency and environmental sustainability in buildings and urban areas, with particular emphasis on global standards for smart urban development.

Key Features

• Comprehensive training in digital architectural technologies
• Focus on sustainable smart city development
• Interdisciplinary approach integrating multiple technical domains
• Emphasis on practical applications and real-world problem solving
• Preparation for global professional practice

The program maintains rigorous academic standards while addressing contemporary challenges in urban development through technological innovation. Upon graduation, students will be qualified to lead advanced architectural and urban projects that combine creativity with technological precision. Graduates will be prepared to work in competitive environments both locally and internationally, contributing to the development of smart, sustainable cities that meet future requirements while enhancing community wellbeing and environmental protection.