Master of Architecture

3 Years On Campus Masters Program

Tulane University

Program Overview

The Master of Architecture (M.Arch) – 3.5-Year Curriculum at Tulane University is a professional, NAAB-accredited program designed for students with a bachelor’s degree in any field and little or no previous architectural education. The seven-semester pathway begins with an intensive summer foundation and progresses through core architecture studios, history and theory, site strategies, building technology and design media before allowing students to customize their final semesters through electives, studios and seminars.

Curriculum Structure

Summer 1: Students begin with ARCH 6011 Architecture Studio, developing foundational architectural vocabulary, representation and project-based design skills, alongside ARCH 6110 Intro to Architecture, which establishes an understanding of architectural culture and the discipline. The studio introduces methods such as drawings, diagrams, projections and spatial organization.

Summer 2: ARCH 6012 Architecture Studio builds on the first studio by introducing construction systems, material properties and multiple scales of design. Students examine how materials, structures and sustainable strategies can respond to different climates while developing both territorial and detailed architectural representations.

Year 1: Students advance through ARCH 6021 Architecture Studio, ARCH 6211 Site Strategies, ARCH 6212 Materials and Methods, and ARCH 6311 Design Media I, developing integrated skills in architectural design, site analysis, construction and digital representation. In the spring, ARCH 6022 Architecture Studio, ARCH 6213 Building, Climate, Comfort, and ARCH 6111/6112 Topics in Architecture History/Theory connect design with environmental performance, architectural history and theoretical thinking.

Year 2: The curriculum progresses toward integrated professional design through ARCH 6031 Architecture Studio, ARCH 6214 Structural Systems, ARCH 6130 Architectural Research Methods, and ARCH 6312 Design Media II. Students then continue with ARCH 6032 Architecture Studio, ARCH 6215 Integrated Building Systems, and ARCH 6512 Design Media III, bringing structure, building technologies, research and advanced media into increasingly complex architectural projects.

Year 3: The final year emphasizes professional development, independent exploration and specialization through advanced studio/elective options, seminars and professional concerns. Students can shape their educational experience around areas such as climate change, urban ecologies, digital fabrication, affordable housing, design-build and adaptive reuse, with the opportunity to undertake advanced thesis research.

Final Semester: The final semester provides substantial flexibility through elective studios and seminars, allowing students to develop a customized architectural direction and deepen a particular research or design interest. Students may also pursue independent thesis work as part of their advanced architectural education.

Program Duration: 3.5 years / 7 semesters / 111 credits, beginning with a summer introductory term and followed by six semesters of core instruction and elective opportunities.

Focus areas: Climate Change, Urban Ecologies and Public Space (River and Coastal Urbanism), Digital Fabrication and Advanced Ecologies, Affordable Housing, Design Build, Contemporary Architecture in Historic Contexts (Adaptive Reuse).

Learning outcomes: Students develop architectural design, visual representation, research, history and theory, site planning, building technology, structural systems, environmental design and digital media skills, progressing toward independent architectural inquiry and professional practice.

Professional alignment: The 3.5-year M.Arch is NAAB-accredited and fulfills the professional degree requirements leading toward architectural licensure and registration; Tulane lists 111 credits required for graduation for this pathway.

Reputation: Tulane's official architecture sources do not state a program-specific QS or Guardian employability ranking, so a specific ranking is not stated. The School provides dedicated career resources for the M.Arch 3.5-year program, including career-development timelines and professional preparation.

Experiential Learning (Research, Projects, Internships etc.)

Students in Tulane University’s Master of Architecture (M.Arch.) gain practical experience through research studios, design-build work, digital fabrication, material experimentation, and the study of climate-driven and urban design challenges. The program connects studio learning with New Orleans’ unique urban and environmental context, while its fabrication facilities give students opportunities to move from digital concepts to physical prototypes, models, and full-scale fabrication; the curriculum also supports research concentrations in Digital Fabrication and Advanced Ecologies, Design Build, Affordable Housing, Climate Change and Urban Ecologies, and Adaptive Reuse.

Students can develop practical skills through:

Research Studios: Students work through Research Studio and the graduate thesis sequence, using architectural investigation, innovative visualization, sustainable building strategies, and independent scholarship to develop specialized areas of expertise.
Digital Fabrication Lab: Students can use 16 Bambu Labs 3D printers, three Form 3 resin printers, three Trotec laser cutters, one Universal laser cutter, PageWide 5000 XL printing/scanning equipment, and an HP DesignJet Z3200 fine-art printer for digital production and prototyping.
CNC Fabrication: Millhaus, Tulane’s CNC laboratory, provides access to a 4 × 8-foot Multicam CNC router, supporting digitally driven fabrication and design projects.
Robotics and 3D Scanning: The Robot Lab features a 6-axis Universal Robot 5e (Urie) and an Artec 3D scanner, with RoboDK providing a direct connection to the robot for research and fabrication projects.
Digital Ceramics: The Digital Ceramics Lab provides two Potterbot Super 10 XL clay printers and supports architectural experimentation in parametric design, material behavior, and ecological applications.
Wood and Material Fabrication: The Architecture Shop allows students to work with wood, metal, concrete, and other materials, supporting academic assignments and independent projects.
Digital Design Software: The Mintz Computer Classroom provides workstations configured for computer-aided design, animation, 3D modeling, rendering, imaging, and architectural research, with Rhinoceros, AutoCAD, ARGUS, Revit, Maya, Adobe Suite, and Microsoft Office available.
Design-Build: Design Build is one of the program’s identified research concentrations, allowing students to connect architectural design with hands-on construction and community-oriented project work.
Graduate Collaboration: Tulane’s new Graduate Hub is being developed specifically to expand graduate opportunities for collaborative studio work, fabrication, research, exhibitions, experiential learning, and engagement with practicing professionals and community partners.
Research Facilities: The Graduate Hub is planned to include research labs, advanced fabrication labs, a large studio, collaborative workspaces, a Historic Preservation and materials-research laboratory, and an outdoor fabrication area.
Architecture Library Resources: Students have access to architecture and built-environment resources distributed across Howard-Tilton Memorial Library, the Latin American Library, and the Southeastern Architectural Archive.
Exhibitions and Reviews: Richardson Memorial Hall includes expanded areas for pin-ups and reviews and a dedicated Gallery for exhibitions of student, faculty, and alumni work, giving students opportunities to present and discuss their architectural work

Progression & Future Opportunities

Graduates of the Master of Architecture (M.Arch) can move into professional architecture and broader built-environment careers, supported by a NAAB-accredited degree designed to meet professional degree requirements for architectural licensure. The program’s research concentrations, design studios, thesis work, career advising, alumni network, and industry-facing events can help graduates build portfolios, professional contacts, and pathways into architecture and related fields.

Typical career roles: Architect, Architectural Designer, Urban/Design Professional, Design or Built-Environment Consultant

Career support and progression:

Career Services: Students receive one-to-one career advising, resume and cover-letter reviews, portfolio guidance, interview preparation, job/internship-search support, and access to professional and alumni contacts. Tulane also provides jobs, internships, fellowships, and competitions through Handshake.
Employer connections: Tulane’s annual Career Days connects architecture, design, real estate, preservation, sustainable urbanism, and related employers with students through career fairs, networking, virtual sessions, and on-campus interviews for internships and full-time positions.
Employment statistics and salary: Tulane provides architecture career-market information through its Lightcast career-data platform, including employment trends, top employers, job titles, and annual earnings. A specific M.Arch graduate employment rate or program-specific salary figure is not stated on the official Tulane sources reviewed, so no unsupported salary figure is provided.
University–industry connections: The School’s Career Days brings employers from architecture, design, real estate, preservation, sustainable urbanism, and social innovation to campus, while its alumni network connects students with practicing professionals. Tulane also highlights alumni who have founded and led architecture practices, including Morris Adjmi Architects and Colectivo.
Professional accreditation value: The 3.5-year M.Arch is NAAB accredited, and Tulane states that it fulfills professional-degree requirements leading toward architectural licensing and registration. The program also supports the NCARB Architectural Experience Program (AXP) pathway; Tulane notes that AXP is the standard experience route accepted in almost all U.S. jurisdictions and is required for licensure in every state.
Graduation outcomes: Tulane alumni have progressed into architecture practices, leadership positions, design firms, and related built-environment fields. Recent official examples include M.Arch alumni recognized by Forbes, an alumnus elevated to AIA College of Fellows, and alumni serving in senior roles at firms such as Perkins Eastman.
International graduate progression: Tulane states that its M.Arch is classified under Architectural and Building Sciences/Technology (CIP 04.0902), making qualifying international graduates eligible for the STEM OPT extension, potentially allowing up to 36 months of practical training in the United States after graduation.

Further Academic Progression: Graduates can continue into advanced study through Tulane’s dual-degree options, combining the M.Arch with a Master of Science in Historic Preservation or Master of Sustainable Real Estate. Students interested in deeper research or specialized architectural scholarship can also consider post-professional study such as Tulane’s Master of Science in Architectural Research and Design (M.S.ARC).