Master of Science in Architecture – Concentration in Media + Fabrication

The Master of Science in Architecture – Media + Fabrication at the University of Houston is strongly studio- and research-oriented, allowing students to develop advanced skills in computational design, digital fabrication, robotics, visualization, and emerging architectural technologies. Students use the Burdette Keeland, Jr. Design Exploration Lab and Construction Robotics and Fabrication Technology (C.R.A.F.T.) Lab for applied research, materials investigations, building-envelope studies, prototyping, and fabrication, while the master’s project gives students an opportunity to independently investigate new digital tools and fabrication processes.

• Advanced Computation & Parametric Design: Students explore advanced computational and parametric approaches as part of the concentration’s focus on emerging digital design technologies.
• Digital Fabrication & Robotics: The program specifically incorporates digital fabrication and robotics, enabling students to investigate how computational processes can translate into physical architectural components and prototypes.
• 3D Printing & Additive Manufacturing: Students can engage with 3D printing/additive manufacturing, including research into new materials and fabrication processes. The C.R.A.F.T. Lab's research agenda includes construction-scale 3D printing with clay, adobe, biomaterials, and green concrete.
• Burdette Keeland, Jr. Design Exploration Lab: The Keeland Lab provides more than 50 machines covering woodworking, metalworking, and digital fabrication. Students who complete the required safety orientation and demonstrations can use the equipment for prototyping, fabrication, and model building.
• Construction Robotics and Fabrication Technology Lab: The C.R.A.F.T. Lab supports research into machine learning, robotics, augmented reality, virtual reality, additive manufacturing, computational design, new materials, and automated construction.
• Building Information Modeling: BIM is specifically identified as a knowledge area within the Media + Fabrication concentration, giving students exposure to digital information workflows used in contemporary architectural practice.
• Visualization & Simulation: The concentration includes advanced visualization and simulation, alongside interactive technologies and responsive systems, allowing students to investigate digital environments and new forms of architectural representation.
• Interactive & Responsive Technologies: Students investigate interactive technologies and responsive systems, expanding architectural design beyond conventional physical modeling toward technologically responsive environments.
• Master’s Project: The curriculum culminates in an Advanced Master Project Studio, where students pursue an individual inquiry using advanced digital tools and explore new possibilities in architectural design, theory, and practice.
• Prototyping & Materials Research: The program's fabrication facilities support materials research, building-envelope investigations, social design, and prototyping for mass production, connecting digital design research with physical experimentation.
• Design-Build Experience: The Hines College's Design/Build program allows graduate students to take ideas from initial conception through completed construction, providing hands-on experience with the physical realization of architectural projects.
• Architecture & Art Library: Graduate students have access to the College's in-house Architecture and Art Library, providing a dedicated research resource alongside the College's computing and materials-research facilities.
• Materials Research Collaborative: The Materials Research Collaborative (MRC) is another College resource available to graduate students, supporting investigation into materials and their application within architecture and design.
• Computing Resources: Graduate students have access to dedicated computing resources within the Hines College to support digital design, computational workflows, visualization, and fabrication-oriented research. 

Graduates of the Master of Science in Architecture – Media + Fabrication are prepared for design-based research and professional practice involving advanced computation, digital fabrication, robotics, 3D printing, BIM, visualization, and emerging architectural technologies. The program’s individual master’s project allows students to develop an advanced body of work that can support careers at the intersection of architecture, computational design, fabrication, and architectural technology.

Typical career roles: Computational Designer, Digital Fabrication Specialist, Architectural Technologist, Design Researcher.

• Career support: The Hines College of Architecture and Design and University Career Services provide resume assistance, career counseling, mock and on-campus interviews, workshops, career fairs, student employment resources, and access to Cougar Pathway for internship and job opportunities.
• Employer connections: University Career Services enables employers to recruit Hines College students and alumni by posting internships and jobs through Cougar Pathway and participating in recruiting events.
• Research-to-industry preparation: The program's Construction Robotics and Fabrication Technology Lab and Burdette Keeland, Jr. Design Exploration Lab support applied investigations in materials research, building-envelope studies, social design, prototyping for mass production, robotics, and digital fabrication.
• Employment statistics: UH publishes graduation-outcome information through its University Career Services Graduation Survey, including Architecture among the colleges for which career-related outcomes are collected. The published data are based on voluntary graduate responses, so the university does not state a program-specific employment rate for the MS Architecture – Media + Fabrication concentration on the cited official pages.
• Salary figures: UH does not publish a Media + Fabrication-specific graduate salary figure on the official program or career pages reviewed. Therefore, no program-specific salary figure is stated here.
• Professional value: This is a post-professional degree designed for students who already hold a professional degree in architecture, urban planning, urban design, landscape architecture, or a related design field, making it particularly suited to advanced specialization rather than initial professional architectural qualification.
• Long-term professional pathway: The concentration builds advanced capabilities in computational design, digital fabrication, robotics, additive manufacturing, BIM, visualization and simulation, and emerging technologies that can be carried into research-oriented and technology-intensive architectural practice.

Further Academic Progression: Graduates can continue into doctoral-level research in architecture or related design and technology fields, depending on the research area and admission requirements of the institution. Within the University of Houston, the Hines College also offers graduate pathways including the Master of Arts in Architectural Studies, Master of Architecture, and other specialized graduate programs, providing opportunities for further study across architectural research and practice.