Master of Science (MS) in Architectural Studies

2 Years On Campus Masters Program

University of Missouri

Program Overview

The Master of Science (MS) in Architectural Studies at the University of Missouri is a research-focused graduate degree designed for students who want to investigate the relationship between people, technology, design, and the built environment, with options in Environment and Behavior or Design with Digital Media. The program requires at least 30 graduate credit hours and culminates in a thesis, making it particularly suitable for students pursuing advanced research, consulting, design-related careers, teaching, or further doctoral study.

Curriculum Structure

Year 1: Students establish their research foundation through courses such as ARCHST 8050: Research Methods in Environmental Design, which develops quantitative and qualitative research skills, and ARCHST 8630: Philosophy of Environmental Design Research, which examines environmental design theory, historical precedents, aesthetics, and design processes. Depending on the chosen emphasis, students can also develop expertise through ARCHST 8230: Computer Graphic Application for Design II or ARCHST 8887: Environment and Behavior II, connecting advanced digital representation or human-environment research to their developing research interests.

Year 2: Students move toward specialized research and the completion of their thesis, using courses such as ARCHST 8850: Seminar in Environmental Design, ARCHST 8950: Qualitative Research Methods, and ARCHST 8990: Thesis Project Proposal to refine their research question, methodology, and scholarly direction. Students in the digital-media pathway can further explore ARCHST 8820: Graduate Digital Design Studio, ARCHST 8830: Digital Design Studio II, or ARCHST 8633: Theoretical Perspectives of Design Computing, while the MS ultimately culminates in a research-based written thesis.

Focus Areas: Environment and Behavior; Design with Digital Media; health and well-being; sustainable design; inclusive design/accessibility; social and cultural bases of design; place attachment; environments for learning; housing and neighborhood design; design computing and cognition; VR/AR visualization; BIM; building simulation; and human-computer interaction.

Learning Outcomes: Students develop advanced environmental-design research skills, quantitative and qualitative research methods, design theory, digital visualization and computing capabilities, human-environment analysis, and the ability to conduct independent research culminating in a graduate thesis. The program also develops interdisciplinary research capabilities by connecting students with faculty and graduate researchers across the department and campus.

Professional Alignment (Accreditation): The MS in Architectural Studies is a research-oriented graduate degree rather than a professional architecture degree, and the University does not state NAAB professional accreditation for this MS. The program is positioned for advanced professional practice, research, consulting, teaching, and preparation for doctoral study rather than as a standalone professional licensure degree.

Reputation (Employability Rankings): The University of Missouri is an R1 research institution, and its Architectural Studies department describes the MS as part of an interdisciplinary academic research environment with strengths in sustainability, design thinking, and advanced computing. A current program-specific QS, Guardian, or official employability ranking for the MS in Architectural Studies is not stated in the University's official sources, so no unrelated ranking has been assigned.

Experiential Learning (Research, Projects, Internships etc.)

The MS in Architectural Studies at the University of Missouri gives students a research-intensive environment where they work with faculty and other graduate researchers on projects connected to environment and behavior or design with digital media. Students can explore advanced visualization, BIM, building simulation, VR/AR, digital fabrication, machine learning, and environmental analysis, with research culminating in a thesis and supported by specialized laboratories and collaborative facilities.

Students can develop practical research and digital-design skills through the program’s specialized resources:

Immersive Visualization Lab (iLab): Students use advanced visualization technologies for VR, AR, simulations, design evaluation, and digital presentation, while the space also supports collaborative group projects and independent research with faculty guidance.
Fabrication Lab (FabLab): Students transform digital concepts into physical prototypes using 3D printers, laser cutting, rapid prototyping, and physical model-making. Graduate coursework can incorporate digital workflows such as Grasshopper 3D for fabrication.
Spatial Intelligence Lab (SiL): This research facility combines spatial design, machine learning, GIS, digital simulations, and building-performance analysis, supported by high-performance computers, specialized software, sensors, drones, and thermal-imaging cameras.
Digital media and computing: The Design with Digital Media emphasis includes research in design computing and cognition, BIM, building simulation, VR/AR visualization, environmental-behavior simulation, and human-computer interaction.
Building Technology Lab: Students gain hands-on exposure to wood and metalworking, materials and processes, finishes, lighting, concrete and masonry, wood and steel light-frame construction, mock-up fabrication, and materials testing.
Required digital software: The department lists AutoCAD, Revit, Twinmotion, Adobe Creative Cloud, and Rhinoceros among its required software; depending on the course, students may also use Enscape, Lumion, and other visualization tools.
Materials Library: Students can directly investigate architectural materials and finishes, supporting material research, prototyping, and hands-on learning within the design process.
TEAL Classroom: The Technology Enhanced Active Learning (T.E.A.L.) Classroom supports collaborative work involving advanced design computing, energy modeling, material takeoffs, cost estimation, project delivery, and digital twins.
Community Design Center @ Mizzou: Students can engage with community stakeholders through design thinking, placemaking, multidisciplinary collaboration, community-driven design, and sustainable built-environment projects, providing a connection between research and real-world community needs.
Research collaboration: Graduate researchers work individually with their focus areas while connecting with professors and other graduate students on projects within the iLab and across campus, creating opportunities for collaborative research and interdisciplinary work.

Progression & Future Opportunities

The Master of Science in Architectural Studies at the University of Missouri is designed for graduates who want to move into research, consulting, teaching, design-related practice, or further doctoral study. Its research-focused structure, with emphasis areas in Environment and Behavior and Design with Digital Media, prepares students to apply research skills to real-world questions involving sustainability, wellbeing, digital technologies, and the built environment.

Typical career roles include: Design Researcher, Building Performance Researcher, Sustainability Consultant, Research/Academic Professional.

Career development and employment opportunities:

Career services: Students can use Mizzou's Handshake network to connect with employers offering internships, part-time positions and full-time employment, while the Architectural Studies department also promotes industry-specific career fairs, professional events and guest lecturers.
Professional experience: The department's internship program connects students with design firms, practitioners, specialists and clients, allowing them to participate in the design process, build professional networks and develop references; internship opportunities can also lead to full-time employment.
Industry connections: The department states that its alumni, friends and industry partners support students, faculty, programs and facilities. Mizzou's Mizzou Architecture and Design (MAD) organization also brings representatives from industry organizations to monthly meetings and provides portfolio reviews, workshops and field trips.
Graduate career outcomes: University sources identify opportunities in design firms, computer graphics and design visualization, consulting, government, education and research, including leadership and academic positions. Mizzou also highlights graduate alumni who have become professors, researchers, department chairs, community leaders and members of global design firms.
Employment statistics and salary: A specific employment percentage and salary range/median for graduates of the MS in Architectural Studies are not stated in the official University of Missouri sources reviewed, so no unsupported figure is provided.
Graduation outcomes: The degree culminates in a research-based master's thesis, giving graduates evidence of advanced research capability that can support professional practice, research careers or progression into doctoral study.
Long-term professional value: The MS is a research-oriented architectural studies degree rather than a NAAB professional architecture degree. Students seeking the professional architecture/licensure pathway should consider Mizzou's separate Master of Architecture program; the MS can instead provide a strong research foundation for advanced academic and design-related careers.

Further Academic Progression: After completing the MS, students can progress to the University of Missouri's PhD in Human Environmental Sciences with an Architectural Studies emphasis, where they can conduct substantive original research and contribute new knowledge to architecture and interior design. The MS itself is explicitly described by Mizzou as preparation for doctoral study, making it a suitable stepping stone for students interested in research, university teaching or advanced academic careers.