Master of Advanced Architectural Design

2 Years On Campus Masters Program

Carnegie Mellon University

Program Overview

Program focus: Carnegie Mellon University’s Master of Advanced Architectural Design (MAAD) is a two-year, post-professional, studio-based design-research program for early- to mid-career professionals who already hold an accredited architecture degree or international equivalent. Students explore advanced architectural practice through design fabrication, architectural robotics, computational design, materiality, construction, and ecological thinking, culminating in an applied design research project.

Curriculum Structure

Year 1: The first year develops advanced design thinking through Advanced Synthesis Option (ASO) Studio courses, where students investigate different design topics and methodologies. Research is strengthened through Pro-seminar and Situating Research in the first semester, followed by Thesis Prep in the second semester, while selectives and electives allow students to build an individualized area of expertise.

Year 2: The second year moves from advanced studio exploration into independent design research through the Design Research Project (48-785), supported by Design Research Methods. The two-semester project allows students to define a research topic with the program track chair and use architectural design as a way to generate new knowledge, practices, designs, or paradigms.

Focus areas: Design fabrication, architectural robotics, computational design, materiality and construction, ecological thinking, advanced fabrication, material performance, construction methodologies, sustainable building life cycles, and research by design.

Learning outcomes: Advanced design research, speculative architectural thinking, interdisciplinary problem-solving, computational and fabrication-based design exploration, independent research, and the ability to develop new architectural knowledge through design.

Professional alignment: Post-professional design research: The MAAD is intended for professionals who already hold an accredited architecture degree; it is not itself listed among Carnegie Mellon Architecture’s NAAB-accredited professional degrees. CMU identifies its B.Arch. and M.Arch. as NAAB-accredited programs, while MAAD is positioned as an advanced post-professional program.

Reputation: QS: Carnegie Mellon University was ranked #58 globally in the QS World University Rankings 2025, while CMU’s official rankings archive records Architecture/Built Environment at #51–100 globally in the QS World University Rankings by Subject 2022.

Experiential Learning (Research, Projects, Internships etc.)

For the Master of Advanced Architectural Design (MAAD) at Carnegie Mellon University, students gain highly practical experience through advanced design studios, computational design, digital fabrication, and physical prototyping. The program makes extensive use of the Design Fabrication Laboratory (dFAB), where students work with industrial robots and digitally driven fabrication processes at significant scale, connecting architectural concepts directly to physical production.

The program’s experiential learning is strengthened by interdisciplinary studios, research laboratories, computational tools, and opportunities to investigate architecture through robotics, fabrication, materials, and emerging technologies:

Advanced Option Studios: Vertically integrated studios bring together students from architecture and other disciplines, with topics spanning technology, research and design, urban and ecological thinking, materials, fabrication, and form. Some studios, including global and theater-design studios, include travel to project sites.
Digital fabrication: The Design Fabrication Lab (dFAB) provides access to laser cutters, 3D printing, CNC equipment, vacuum forming and industrial robotic systems for advanced coursework and research.
Robotic fabrication: MAAD students can work with ABB industrial robots supporting multi-axis milling, 3D pellet printing, incremental metal forming, and pick-and-place processes.
Architectural robotics: The School offers hands-on architectural robotics work involving robot programming, simulation, end-of-arm tooling, workcell development and peripheral sensors; this learning can lead to more advanced engagement through architecture courses, thesis projects and research.
Specialized software: dFAB workstations provide Rhino, RhinoCAM, Cura, RobotStudio, Mastercam and Robotmaster, supporting CAD/CAM preparation, robotic workflows and digital fabrication.
Computational Design Lab: The CoDe Lab supports interdisciplinary experimentation across architecture, engineering, art and the humanities, including architectural robotics, AI, generative fabrication, computational structural design and tangible interaction.
Architecture Shop: Students have access to professional equipment and expert staff for hands-on fabrication, allowing advanced students to develop iterative design skills through the production of functional and decorative objects.
Research facilities: The School's facilities include the Robert L. Preger Intelligent Workplace, a living laboratory focused on building enclosure, mechanical, electrical, telecommunications and interior systems, as well as environmental sustainability.
Architecture Library: The Architecture Library and Archives in Hunt Library provide specialist research support, with information specialists assisting students with disciplinary research and academic projects.
Physical prototyping: dFAB allows students to move from digital models to physical prototypes through direct material engagement, supporting experimentation from model scale through larger-scale fabrication.

Progression & Future Opportunities

The Master of Advanced Architectural Design (MAAD) at Carnegie Mellon University is a post-professional, studio-based program designed to prepare graduates for advanced architectural practice, design research, fabrication, and emerging technology-driven roles. Its focus on design fabrication, architectural robotics, computational design, ecological thinking, and research by design positions graduates to become future leaders in architecture and allied fields such as advanced fabrication, material performance, and construction methodologies.

Typical job roles: Advanced Architectural Designer, Computational Designer, Design Researcher, Architectural Fabrication Specialist: The program’s emphasis on advanced design technologies and its year-long independent research project can support careers spanning professional practice, research, fabrication, and technology-focused architectural work.

Career services: Carnegie Mellon’s career resources and School of Architecture provide access to career development, employer connections, internships, jobs, and professional opportunities, while the program’s faculty and interdisciplinary environment support connections across architecture, technology, research, and contemporary practice.
Employment statistics: Program-specific employment rates and salary figures are not stated on the official MAAD program sources reviewed, so no unrelated salary figure is substituted.
Industry partnerships: The MAAD program has explicit ties to industry and contemporary practice, while its design-fabrication environment includes the Design Fabrication Laboratory (dFAB), equipped with two industrial robot arms supporting subtractive, additive, and transformative fabrication processes at significant scale.
Industry exposure: Faculty research within the program has received support from organizations including the Alcoa Foundation, Autodesk, and the PJ Dick Innovation Fund, demonstrating connections between architectural research, technology, materials, and industry-supported innovation.
STEM value: MAAD is classified under the STEM-eligible CIP code 04.0902, Architectural and Building Sciences/Technology. CMU states that STEM-eligible graduate programs can provide international students with the opportunity to apply for a 24-month OPT STEM extension after the initial period of OPT, subject to applicable eligibility requirements.
Accreditation value: MAAD is a post-professional architecture degree rather than CMU’s NAAB-accredited professional M.Arch.; therefore, students should not treat the MAAD as a standalone professional licensure degree. Its long-term value is instead centered on advanced specialization in design research, fabrication, computation, material innovation, and emerging architectural practice.
Graduation outcomes: The program culminates in a two-semester MAAD Research by Design Project, allowing students to independently develop design research that generates new knowledge, designs, practices, or architectural paradigms. This substantial research portfolio can strengthen progression into advanced professional practice, design research, fabrication, technology-focused roles, or academia.

Further Academic Progression: After completing the MAAD, students can continue into Carnegie Mellon’s advanced graduate pathways, including the Ph.D. in Architecture for research and academic careers or the Doctor of Design (DDes) for advanced professional and design research. CMU also offers related graduate programs in Computational Design, Architecture–Engineering–Construction Management, Building Performance and Diagnostics, Regenerative and Sustainable Design, and Urban Design, allowing graduates to deepen their specialization in a complementary field.