University of Kansas

What you'll study

This master's programme combines technical design, environmental analysis and digital fabrication to prepare students for advanced roles in design, construction and research. Teaching blends studio-based project work with technical seminars and laboratory practice.

• Building systems and assemblies: detailed study of enclosure design, structural systems, material behaviour and constructability.
• Environmental performance and sustainability: daylighting, thermal comfort, energy modelling, passive strategies and climate-responsive design.
• Computational design and BIM: parametric modelling, scripting, information modelling workflows and interdisciplinary coordination.
• Digital fabrication and prototyping: CNC milling, 3D printing, robotic fabrication and full-scale mock-ups to explore materialisation and assembly.
• Construction science and management fundamentals: construction documentation, sequencing, cost considerations and delivery methods.
• Research methods and thesis/project: technical research skills, testing, simulation, and a culminating design-research project or thesis demonstrating original contribution to architectural technology.

Core teaching is typically delivered through integrated design studios, technical seminars, workshops in fabrication facilities and collaborations with engineering or planning disciplines. Elective options allow students to focus on topics such as façade engineering, daylighting and acoustics, retrofit strategies, or advanced digital fabrication.

Entry requirements

Applicants are normally expected to hold a bachelor’s degree in architecture, architectural studies, engineering, construction management, or a closely related discipline. Key application elements commonly include:

• Academic transcripts demonstrating relevant undergraduate preparation.
• A professional or academic portfolio showcasing design work, technical drawings, or fabrication projects.
• A statement of purpose outlining research interests and professional goals.
• Letters of recommendation from academic or professional referees.
• Proof of English language proficiency for international applicants if required by the university.

Applicants with strong professional experience but a different undergraduate background may be considered; such entrants may be asked to complete prerequisite coursework. Specific test score requirements and programme preconditions should be confirmed with the School of Architecture and Design admissions office.

Career prospects

Graduates pursue technical and leadership roles across design, construction and research sectors. Typical career paths include:

• BIM manager or specialist coordinating information workflows across project teams.
• Architectural technologist or detailing specialist focused on building envelopes and assemblies.
• Façade engineer or consultant working on high-performance enclosure design.
• Sustainability consultant or building performance analyst conducting energy and daylighting assessments.
• Digital fabrication specialist or workshop manager in design-build practices or fabrication labs.
• Construction technologist or project delivery coordinator integrating design and construction processes.
• Academic or industry researcher pursuing advanced study, innovation in materials or responsive systems.

The programme’s mix of studio work, technical training and fabrication experience helps graduates move into both practice-focused roles and further research or doctoral study.

Why study at University of Kansas

The University of Kansas offers this programme within its School of Architecture and Design, which emphasises interdisciplinary collaboration across design, engineering and the built environment. Students benefit from access to hands-on fabrication facilities, digital design studios and technical laboratories that support research and prototyping.

Located on a comprehensive university campus, students can draw on resources across engineering, environmental studies and planning, and engage with regional design and construction firms through practicum projects and partnerships. Faculty combine academic research with professional practice experience, helping students translate technical knowledge into real-world building solutions.

The programme’s focus on both technical depth and applied design makes it suited to students aiming to lead technological innovation in architecture, construction and related industries.