Master of Science in Architecture (Post Professional)

1 Years On Campus Masters Program

Pratt Institute

Program Overview

The Master of Science in Architecture (Post Professional) at Pratt Institute is a STEM-certified, 36-credit graduate program designed for students who already hold a five-year B.Arch., M.Arch., or equivalent professional architecture degree and want to advance their expertise through architectural research, digital technologies, fabrication, visualization, and experimental design. Students explore how architecture can respond to contemporary social and environmental challenges through advanced media, AI, robotics, material experimentation, architectural theory, and applied research, culminating in a research project, thesis publication, and public exhibition.

Curriculum Structure

Semester 1: Students begin with advanced architectural research and develop proficiency in digital media, fabrication, visualization, and contemporary architectural discourse. The curriculum combines Pro Seminar I, Architecture electives, and advanced design/media exploration, building the theoretical and technical foundation needed for experimental architectural research.

Semester 2: Students move into more integrative architectural investigations, using AI-driven tools, advanced prototyping, and fabrication techniques to test new approaches to architecture and infrastructure. Pro Seminar II, Architecture electives, and research-oriented studio work encourage students to connect theoretical ideas with experimental design and engage with peers, faculty, practitioners, and communities in New York City.

Semester 3: The final semester focuses on the application of research through an advanced building or architectural project, with students developing work that demonstrates their individual design and research direction. The program culminates in an applied research project, thesis publication, and public exhibition, allowing students to communicate their findings and design work to a wider professional and academic audience.

Focus Areas: Architectural media, advanced digital technologies, AI, robotic fabrication, visualization, architectural infrastructure, climate adaptation, environmental sustainability, community resilience, material experimentation, architectural theory, design research, public engagement, sensory architecture, and experimental practice.

Learning Outcomes: Environmental research, advanced fabrication, digital and visual technology integration, architectural experimentation, public engagement, research communication, publication, interdisciplinary collaboration, and professional leadership.

Professional Alignment (Accreditation): Post-professional degree: The MS in Architecture is designed for applicants who already hold a professional architecture degree; Pratt's current accreditation information identifies the B.Arch. and M.Arch. as NAAB-accredited programs, while the MS Architecture is presented separately as a post-professional STEM program. Therefore, the MS Architecture itself is not listed by Pratt as a NAAB-accredited professional degree.

Reputation (Rankings): QS World University Rankings by Subject 2026: Pratt Institute is ranked #5 worldwide in Art & Design and #3 in the United States; Pratt states that the ranking evaluates academic reputation, employer reputation, and faculty research. This is an institutional Art & Design ranking rather than a ranking specifically for the MS Architecture program.

Experiential Learning (Research, Projects, Internships etc.)

Students in Pratt Institute’s Master of Science in Architecture (Post Professional) gain advanced practical experience through research-driven design studios, fabrication technology, digital visualization, and emerging AI tools. The three-semester program culminates in an applied research project, thesis publication, and public exhibition, while students collaborate with peers, faculty, industry professionals, and communities across New York City. Pratt’s emphasis on robotic fabrication and advanced prototyping gives students opportunities to translate architectural research into experimental physical and digital work.

Practical learning opportunities include:

Advanced digital technologies: Students work with AI, digital fabrication, advanced media, and visualization technologies as part of the MS.Arch curriculum.
Robotic fabrication: The School of Architecture’s Robotics Lab supports experimentation with industrial robotic systems, including robotic 3D printing and milling, giving students opportunities to investigate new fabrication workflows.
Computational design: Pratt architecture students use Rhino and Grasshopper for developing geometry and computational workflows connected to robotic fabrication. Pratt documents student research using Rhino, Grasshopper, robotic simulation, and 3D-printed materials.
Fabrication and prototyping: Pratt provides access to facilities supporting CNC milling, 3D scanning and printing, laser cutting and engraving, robotic production, woodworking, metalworking, plastics fabrication, pressure and vacuum forming, and water-jet manufacturing.
Applied research projects: The program’s final stage involves applied building projects, with student work developed through research, experimentation, technology, and fabrication and then presented through publications and public exhibitions.
Collaborative research: Students collaborate with peers, faculty, industry professionals, and diverse New York City communities, creating opportunities to connect architectural research with social and environmental challenges.
Climate-focused experimentation: The program specifically emphasizes climate adaptation, environmental sustainability, and community resilience, allowing students to investigate architectural responses to contemporary environmental challenges.
Research and exhibition: MS.Arch students have presented their work publicly through exhibitions such as “Resonance: Spatial Echoes Between Form, City, and System,” featuring MS.Arch and MSUD projects focused on fabrication, infrastructure, housing, urban speculation, and architectural communication.
Research facilities: Pratt’s architecture resources include Higgins Hall studios and production facilities, the Robotics Lab, digital fabrication resources, and materials-focused research spaces, supporting hands-on architectural investigation.
Professional and teaching experience: Students can pursue graduate assistant positions and may apply for Pratt’s postgraduate incubator and co-teaching program, providing additional opportunities to develop professional and teaching experience.

Progression & Future Opportunities

The Master of Science in Architecture (Post Professional) at Pratt Institute is designed for architects seeking advanced research, digital design, fabrication, environmental inquiry, and leadership skills beyond a first professional architecture degree. Graduates can build careers in advanced architectural design, architectural research, digital fabrication, computational design, and related creative or academic fields, with the program specifically emphasizing research, technology, experimentation, publication, and professional leadership.

Career opportunities: Architectural Designer, Architectural Researcher, Computational Designer, Digital Fabrication Specialist

Career support: Pratt’s Center for Career and Professional Development (CCPD) provides career coaching, alumni connections, résumé and cover-letter feedback, job-search guidance, career events, and employer connections. Pratt reported more than 1,600 career advising appointments, 2,500 students participating in career events, and more than 200 employers attending campus career events during 2022–23.
Employment outcomes: Pratt’s latest First Destination Survey reports that 94% of the Class of 2024 were employed or attending graduate school within 12 months of graduation. The survey also collects graduate information including employers, job titles, locations, and salaries; Pratt does not publish a specific salary figure for the M.S. in Architecture on the program page.
Industry connections: Students can connect with practitioners, researchers, and peers through the program’s networking opportunities, while Pratt’s CCPD organizes employer-facing career events and maintains Handshake, its online job platform.
Professional development: Graduate assistant positions and Pratt’s postgraduate incubator/co-teaching program can provide additional teaching and professional experience during or after the degree.
Accreditation value: This is a post-professional M.S., not Pratt’s NAAB-accredited professional M.Arch. Pratt states that its B.Arch. and M.Arch. programs are NAAB-accredited, while the M.S. Architecture is intended specifically for applicants who already hold a five-year B.Arch. or M.Arch.
Licensure consideration: Pratt notes that the M.S. Architecture itself should not be treated as a professional licensure degree; architectural licensure requirements are determined by the relevant jurisdiction and may include an accredited professional degree, examination, supervised experience, and other requirements.
Graduate outcomes: The program develops capabilities in environmental research, advanced fabrication, public engagement, and professional leadership, positioning graduates for research-oriented and technologically advanced architectural practice.

Further Academic Progression: After completing the M.S. in Architecture, graduates can pursue doctoral-level architectural research, academic teaching, or further specialized graduate study. The program’s emphasis on research, experimentation, publication, environmental sustainability, and advanced technology also provides a foundation for continued research or academic careers.