University of Michigan

What you'll study

This master's combines technical coursework, studio-based problem solving and a substantial research or design project. Core themes include building science, environmental systems, materials and assemblies, digital design and fabrication, and performance simulation. Students typically study a mix of core modules, electives and a capstone research or design thesis.

• Core modules — building physics and environmental control, thermal and daylighting analysis, HVAC fundamentals for architects, moisture transport and enclosure science.
• Computational design and simulation — energy and daylight modelling, parametric design workflows, performance-driven optimisation and scripting for performance analysis.
• Materials, assemblies and construction technology — advanced materials behaviour, detailing for high-performance enclosures, constructability and assembly sequencing.
• Digital fabrication and prototyping — CAD/CAM processes, CNC and robotic fabrication, material testing and full-scale mock-ups.
• Integrated design studio — multidisciplinary projects that apply technical strategies to real-world building challenges, emphasising collaboration with engineering and construction disciplines.
• Research/capstone — an independent thesis or applied research project that demonstrates mastery of technical tools and contributes new knowledge or design solutions in architectural technology.

Entry requirements

Applicants are expected to hold a relevant undergraduate degree such as architecture, architectural engineering, civil engineering, mechanical engineering, construction management or a closely related discipline. A strong academic record, a portfolio demonstrating technical and design work, a statement of purpose describing research interests, and at least two academic or professional references are normally required.

Prior experience with building science, digital design or fabrication is advantageous. Applicants whose first language is not English must meet the University's English language proficiency requirements. Specific admissions criteria and any additional documentation requests are published by the School at application time.

Career prospects

Graduates find roles across design, engineering and construction sectors where advanced technical knowledge is needed. Typical career pathways include:

• Building performance analyst or sustainability consultant
• Façade engineer or enclosure specialist
• BIM manager and computational design specialist
• Digital fabrication and prototyping specialist for design firms or manufacturers
• R&D roles in materials, components and systems for construction product companies
• Academic and research positions in building science and technology

Graduates are prepared to work in specialist consultancies, multidisciplinary architecture and engineering firms, construction technology companies, and research institutions.

Why study at University of Michigan

The programme is housed within the University of Michigan’s architecture school and benefits from strong interdisciplinary collaboration with the College of Engineering, sustainability research centres and campus-wide resources. Students have access to well-equipped digital fabrication facilities, environmental labs for material and enclosure testing, and computational resources for simulation and optimisation.

The university’s connections with industry and the broader built-environment community provide opportunities for collaborative research, practicum projects and professional networking. The programme emphasises hands-on learning, research-led teaching and applied outcomes to prepare graduates for leadership roles in technology-driven practice and research.