Bachelor of Science in Architecture

4 Years On Campus Bachelors Program

Massachusetts Institute of Technology

Program Overview

The Bachelor of Science in Architecture (Course 4) at MIT combines architectural design with science, technology, computation, art, and the humanities, giving students a broad foundation for advanced study and careers across architecture and related design fields. Students develop their skills through design studios, building technology, structural design, computation and making, architectural history, restricted electives, and an undergraduate thesis, making it well suited to students interested in architecture as well as related fields such as urban planning, landscape architecture, visual arts, and design.

Curriculum Structure

Year 1: Students complete MIT's General Institute Requirements (GIRs) in science, humanities, arts and social sciences, mathematics, and communication, while they can begin exploring architecture through introductory subjects. MIT notes that depending on AP scores and placement tests, students may take their first architecture course as early as their first semester, IAP, or first-year spring.

Year 2: Students move into the core architecture curriculum with 4.021 Design Studio: How to Design, 4.022 Introduction to Architectural Design Techniques, and 4.302 Foundations in Art, Design, and Spatial Practices. They also develop technical understanding through 4.401 Environmental Technologies in Buildings and 4.440[J] Introduction to Structural Design, connecting design practice with environmental and structural systems.

Year 3: Students progress to more advanced design work through 4.023 Architecture Design Studio I and 4.024 Architecture Design Studio II, while 4.500 Design Through Computation and Making develops computational and fabrication approaches to architecture. Students can also explore subjects such as 4.250[J] Introduction to Urban Design and Development, 4.432 Modeling Urban Energy Flows for Sustainable Cities and Neighborhoods, or 4.451 Computational Structural Design and Optimization through restricted electives.

Year 4: The final year emphasizes independent investigation and specialization through restricted electives, followed by 4.THT[J] Thesis Research Design Seminar and 4.THU Undergraduate Thesis. Students can tailor their studies through subjects such as 4.507 Introduction to Building Information Modeling in Architecture, 4.520 Visual Computing, 4.502 Advanced Visualization: Architecture in Motion Graphics, or 4.605 A Global History of Architecture, depending on their interests.

Focus Areas:

Architectural design and studies, building technology, computation, art and design, urban design and development, environmental technologies, structural design, architectural history, visual communication, digital fabrication, and computational design.

Learning Outcomes:

Architectural design skills, spatial and visual thinking, computational design and making, understanding of environmental and structural systems, architectural history and theory, interdisciplinary problem-solving, research, communication, and independent thesis development.

Professional Alignment (Accreditation):

The B.S. in Architecture is not NAAB-accredited. MIT identifies its M.Arch. as its professional architecture degree; the B.S. is designed as a strong foundation for students who plan to continue into a professional architecture degree or pursue related fields.

Reputation (Employability Rankings):

MIT does not publish a program-specific employability ranking for the B.S. in Architecture on its official program pages. The university describes Course 4 as an interdisciplinary architecture education and notes that MIT's architecture students can continue into architecture or related fields including landscape architecture, urban planning, visual arts, media arts, and art history.

Experiential Learning (Research, Projects, Internships etc.)

Students in MIT’s Bachelor of Science in Architecture (Course 4-B) gain practical experience through design studios, hands-on prototyping, computational design, digital fabrication, visual communication, and architectural research. The program gives students access to dedicated studio workspaces, fabrication workshops, computing resources, and research laboratories, allowing them to move from concepts and digital models to physical prototypes and experimental architectural projects.

Practical learning opportunities include:

Design studios: Students complete hands-on studios such as 4.021/4.02A Design Studio: How to Design, 4.023 Architecture Design Studio 1, and 4.024 Architecture Design Studio 2, developing projects that integrate architectural theory, building technology, computation, and increasingly complex design constraints.
Digital design and computation: Students can study 4.500 Design Computing: Art, Objects and Space, 4.520 Visual Computing 1, 4.507 Introduction to Building Information Modeling in Architecture, and 4.502 Advanced Visualization: Architecture in Motion Graphics, with opportunities to explore BIM, visualization, generative and parametric design, and computational tools.
Fabrication and prototyping: MIT Architecture's shops provide equipment and software for physical model-making and fabrication, with facilities including a fabrication lab, woodshop, CNC equipment, and other workshop resources.
Hands-on design projects: 4.031 Design Studio: Objects and Interaction develops prototyping skills through carpentry, digital fabrication, electronics, and coding, while students design objects and interactive products in a studio environment.
Information and visualization projects: 4.032 Design Studio: Information and Visualization uses project-based work to develop data analysis, visual design, presentation, storytelling, and interaction techniques.
Internships: Undergraduate architecture students can receive academic credit through 4.090 Practical Experience in Architecture for Undergraduates, based on internships in architecture, urbanism, digital design, art, or building technology during Summer or January IAP. Students can complete up to three approved experiences.
International experiential learning: MIT's MISTI provides undergraduate opportunities including internships, global teaching labs, study abroad, and global classrooms, giving students opportunities to apply their education in international settings.
Research laboratories: Students can engage with MIT Architecture's research environment, including the Digital Design and Fabrication group, Digital Structures, Design Intelligence Lab, Self-Assembly Lab, Infrastructure Architecture Lab, and Prototypes of Prefabrication Research Laboratory (POPlab).
Computational research: The Design and Computation Group works across visualization, digital fabrication, BIM, generative and parametric design, digital heritage, and the development of software and hardware tools for spatial design and analysis.
Dedicated studios and computing: Students enrolled in architectural design studios receive an assigned studio workspace, while departmental studio areas provide access to computers and peripherals in MIT Buildings 3, 5, and 7.

Progression & Future Opportunities

The Bachelor of Science in Architecture (BSA) at MIT gives graduates a broad foundation for careers across architecture, design, planning, technology, and related creative fields, while also preparing students for further professional study. MIT specifically notes that the BSA is designed as preparation for a professional architecture degree or related fields such as landscape architecture, urban planning, visual arts, media arts and architecture, and art history.

Typical career roles: Architectural Designer, Urban Planner, Design Professional, Architectural/Design Researcher.

Career progression and opportunities include:

Career services: MIT's Career Advising & Professional Development (CAPD) provides architecture-specific career resources, internship and job-search support, interview preparation, career advising, networking with alumni and industry professionals, and access to Handshake and career events.
Industry access: MIT's Fall Career Fair connects students with employers for internships and full-time positions; the 2025 fair brought approximately 4,200 candidates and 220+ organizations, including companies, startups and MIT affiliates.
Architecture opportunities: MIT's career platform currently lists architecture-related internships and positions, including opportunities with Corgan, as well as roles in lighting design, interior design, smart-building technology and architectural/urban design.
Experiential employment outcomes: For MIT's 2025 graduating class, 78% completed an internship, while 56% of graduates who worked accepted employment with an employer where they had previously interned. MIT also reports that 97% of graduates seeking employment found it within six months. These are MIT-wide figures, not BSA-specific figures.
Salary information: MIT reports that graduates who enter employment typically receive salary offers 30–40% above the national average for new college graduates, depending on industry. MIT does not publish a BSA-specific median salary on the official architecture pages.
Employer partnerships: MIT's Employer Connection Program provides career exploration, employment opportunities and career-readiness support; participating organizations include Apple, Intel, NVIDIA, Accenture, Bloomberg, John Deere, Roblox and others. These are MIT-wide employer relationships rather than partnerships exclusive to the BSA.
Alumni network: MIT Architecture maintains MITArchA, the MIT Architecture Alumni association, and provides access to the MIT alumni directory and alumni career stories, giving architecture students opportunities to connect with graduates working across the profession and related fields.
Accreditation value: The BSA itself is not NAAB-accredited. MIT identifies its Master of Architecture (M.Arch.) as its NAAB-accredited professional architecture degree; therefore, students seeking the professional architecture pathway can use the BSA as preparation for subsequent professional architectural education rather than as the accredited professional degree itself.
Graduation outcomes: MIT's 2025 post-graduation data reports that 98% of bachelor's graduates expected to work in the U.S., while 56% of bachelor's graduates had an internship/externship that led to an accepted job offer. These figures are MIT-wide rather than specific to Architecture.

Further Academic Progression: After completing the BSA, students can continue into MIT's NAAB-accredited Master of Architecture (M.Arch.) for professional architectural education. The BSA also provides a foundation for further study in landscape architecture, urban planning, visual arts, media arts and architecture, or art history, depending on the student's academic and professional direction.