University of Southern California

Overview

The Architecture and Inventive Technologies program at the University of Southern California offers an innovative undergraduate degree that merges architectural design with technology-driven approaches to enhancing the built environment. Students will develop product-oriented solutions focused on sustainability, resilience, and social responsibility. This four-year, full-time program is delivered on-campus and requires the completion of 128 units of study in English.

What you'll study

How you’ll study

• Engagement in studio-based design work complemented by lectures, seminars, and workshops
• Foundational courses covering core technical and theoretical principles, followed by elective options and capstone projects
• A focus on digital workflows, materials and construction methods, as well as effective design communication

Indicative course areas

• Architectural Design and Design Communication
• Architecture, Culture, and Community
• Physics for Architects and Structural Design
• Construction Materials and Nonconventional Techniques
• Computer Applications in Architecture
• Digital Fabrication Techniques and Experimental Futures
• Resilient and Shelter Design Workshops
• Entrepreneurial Practices in Architecture
• Analytical Writing and Critical Topics in Architecture
• History and Theory of Architecture and Technology
• Health and the Designed Environment
• Capstone Project Integrating Design, Technology, and Innovation

Capstone / final project

• A comprehensive capstone experience that integrates architectural product thinking with inventive technologies and design outcomes.

Entry requirements

Admission to this program is typically based on your academic background and the overall strength of your application. Specific GRE/GMAT cut-offs and GPA requirements are not publicly listed.

Career prospects

Graduates of the Architecture and Inventive Technologies program will be well-equipped to pursue a variety of careers in architecture, design, and technology. Their unique skill set will prepare them for roles in sustainable design, urban planning, and innovative construction methods, making them valuable assets in an evolving industry.