Master of Science in Architecture

2 Years On Campus Masters Program

University of California Berkeley

Program Overview

The Master of Science in Architecture (MS) at the University of California, Berkeley is an academic, nonprofessional degree designed for students who want to pursue advanced research in architecture rather than professional licensure, with two primary areas of study: Building Science, Technology and Sustainability and History, Theory and Society. Students develop an individually tailored program through advanced coursework and supervised independent research, culminating in either a research thesis or an independent project report.

Curriculum Structure

Year 1: Students begin by establishing a strong research foundation within their selected area of specialization while completing graduate-level Architecture coursework and the required research-methods component. Depending on the track, study can focus on subjects related to Building Science, Technology and Sustainability—including computational design, sustainability, structural modeling, digital fabrication and robotic manufacturing—or History, Theory and Society, which examines architecture within historical, cultural, political and social contexts.

Year 2: The second year emphasizes advanced specialization, independent investigation and the development of the final research project. Students complete additional Architecture specialty-area courses, Architecture breadth courses, and ARCH 299 – Independent Study associated with the thesis, ultimately producing either a substantial research thesis under a three-person faculty committee or a project report synthesizing coursework, research and/or internship experience.

Focus areas : Building Science, Technology and Sustainability; History, Theory and Society; computational design; sustainability; structural modeling; digital fabrication; robotic manufacturing; architectural history; architectural theory; architecture and urbanism; climate change; low-carbon construction; biomaterials; and social, political and cultural studies of the built environment.

Learning outcomes : Students develop advanced research, analytical, critical-thinking and architectural inquiry skills, with the ability to investigate complex questions in building science, technology, sustainability, history, theory and society and communicate their findings through a substantial thesis or independent research project.

Professional alignment (accreditation): The MS in Architecture is an academic, nonprofessional degree and is therefore distinct from Berkeley's professionally accredited Master of Architecture program. Professional accreditation: Not applicable to the MS as a professional architecture degree; UC Berkeley identifies the MArch as the professional degree accredited for architectural practice.

Reputation (employability rankings) : UC Berkeley's Department of Architecture identifies Berkeley as the #1 public university in the U.S. for Architecture in the 2026 QS World University Rankings. The College of Environmental Design also describes Berkeley as a leading institution for architecture and the built environment, with graduates positioned to make an impact across environmental and social challenges.

Experiential Learning (Research, Projects, Internships etc.)

UC Berkeley’s Master of Science in Architecture is strongly research-oriented, giving students practical experience through supervised independent research, faculty-led research laboratories, advanced fabrication, and specialized building-science investigations. Students can work across Building Science, Technology and Sustainability or History, Theory and Society, developing research through coursework and ultimately completing either an independent thesis or project report; in the building-science area, students can also participate in funded research at Berkeley and engage with professional societies where research is presented and debated. The program is supported by Bauer Wurster Hall’s studios, computer facilities, fabrication spaces, and the Environmental Design Library, giving students a strong environment for both research and experimentation.

Key experiential learning opportunities include:

Independent research: Students undertake supervised research developed in consultation with an academic adviser, culminating in either Plan I: a research thesis or Plan II: a project report that can integrate coursework, research, and/or internships.
Building science research: Students in Building Science, Technology and Sustainability can investigate thermal, luminous, air-quality, and acoustic environments, as well as energy- and resource-efficient building systems.
Research laboratories: The Building Futures Lab provides a collaborative research and fabrication environment focused on robotic fabrication, advanced timber construction, sustainable building technologies, circular economy principles, and material efficiency.
Faculty-led research: CED research labs are directed by faculty across disciplines and provide research opportunities for students, allowing MS students to connect their academic work with active environmental-design investigations.
Digital fabrication: The Digital Fabrication Lab provides access to 3D printers, ShopSabre CNC equipment, laser cutting, and Zünd cutting systems, enabling students to turn digital designs and research concepts into physical prototypes.
Material fabrication: The CED Fabrication Shop gives students opportunities to work directly with materials through wood cutting and milling, metal bending and welding, casting equipment, and other fabrication processes.
Computer facilities: Computer labs within Bauer Wurster Hall support architecture students’ digital work and research activities.
Interdisciplinary research: The MS program allows students to take coursework across UC Berkeley and develop individualized programs of study, making it possible to connect architectural research with related fields across the university.
History, theory and society research: Students in this area can use methods including historical analysis, social theory, ethnography, and archival research to investigate architecture, the built environment, and contemporary urbanism.
Library resources: Bauer Wurster Hall houses the Environmental Design Library, providing a dedicated academic resource for architecture and environmental-design research.
Professional research engagement: Building Science, Technology and Sustainability students are encouraged to participate in professional societies, where research is presented, debated, and translated into knowledge relevant to design practice.

Progression & Future Opportunities

The Master of Science in Architecture at UC Berkeley is an academic, nonprofessional degree, so its strongest progression is toward specialized architectural research, building science, sustainability, technology, history, theory, and related academic or specialist roles rather than direct professional architectural licensure. Graduates can use the research-intensive curriculum and thesis/project experience to pursue specialist careers in the built-environment sector or continue into doctoral study, with Berkeley specifically stating that successful MS students may apply to its PhD in Architecture program.

Typical career roles: Building Science Researcher, Architectural Researcher, Sustainability/Building Performance Specialist, Architecture or Design Researcher

Career progression and opportunities include:

Career services: Students have access to College of Environmental Design career advising and UC Berkeley career services, providing career guidance and professional support; Berkeley’s architecture department also highlights connections with local practitioners and professional organizations.
Research opportunities: The MS is built around supervised independent research, culminating in either a substantial thesis or an independent project report. Plan II can synthesize coursework, research, and/or internships, while a journal-quality research paper may also form the basis of the final report.
Industry and professional connections: The Department of Architecture reports collaboration with AIA East Bay, including lectures and a mentorship program, while students and faculty engage with research centers such as the Institute for Urban and Regional Development and the Center for Environmental Design Research.
Employment statistics and salary: Not stated on the official MS in Architecture program page; UC Berkeley does not publish a program-specific employment rate or salary figure there, so no unsupported figure is provided.
Professional accreditation value: The MS is explicitly an academic, nonprofessional degree and is not the professional architecture degree used for architectural practice/licensure. Berkeley identifies the Master of Architecture (MArch) as the professional degree accredited for the practice of architecture, so students whose long-term goal is licensure should consider the MArch rather than treating the MS as a professional architecture qualification.
Graduation outcomes: Graduates can move into specialized architectural research and building-related expertise, while students who wish to continue academically can apply to the PhD in Architecture after successfully completing the MS.
Long-term academic value: The two MS fields — Building Science, Technology and Sustainability and History, Theory and Society — provide a focused foundation for advanced research, interdisciplinary work, and doctoral-level study.

Further Academic Progression: After completing the MS, students can apply to UC Berkeley’s PhD in Architecture, which offers the same two broad research areas: Building Science, Technology and Sustainability and History, Theory and Society. Students interested in professional architectural practice can instead pursue Berkeley’s NAAB-accredited Master of Architecture (MArch), while Berkeley also offers concurrent graduate pathways involving architecture, city planning, landscape architecture, and engineering.