University of Kansas

What you'll study

This programme emphasises the technical and scientific aspects of the built environment. Core topics cover building materials and assemblies, structural basics, environmental systems, building physics (including thermal, moisture and daylighting performance), and construction technology. Students learn digital design and production workflows such as CAD, BIM (Revit and similar platforms), parametric modelling, and CNC/fabrication tools.

Typical modules and studio work include:

• Construction Materials and Methods – properties of common materials, assembly detailing, and construction sequencing.
• Building Systems and Services – HVAC fundamentals, plumbing, electrical distribution, and integration with building design.
• Building Performance and Sustainability – energy modelling, daylighting, thermal comfort and strategies for low-energy buildings.
• Digital Design and BIM – coordinated information modelling, documentation standards and collaboration workflows.
• Structural Principles for Buildings – basic statics, load paths and common structural systems used in architectural practice.
• Construction Technology and Detailing – technical drawing, detailing for moisture control, thermal breaks and long-term durability.
• Fabrication and Making – hands-on workshops with CNC, laser cutting and rapid prototyping to bridge digital models and physical components.
• Professional Practice and Project Management – contracts, codes, procurement, cost considerations and multidisciplinary coordination.

The degree typically mixes lectures, lab work, design/build projects and a capstone or practicum in which students apply technical knowledge to a real or simulated project. Electives allow focus on areas such as historic preservation technology, advanced energy analysis or construction law.

Entry requirements

Applicants are expected to hold a high-school diploma or equivalent with a strong background in mathematics and science. Successful candidates typically present coursework in algebra, geometry or precalculus and physics; familiarity with computer-aided design or related software is advantageous but not mandatory. Admissions may consider a portfolio of technical drawings or design-related work to demonstrate aptitude, especially for students transitioning from non-technical backgrounds.

For international students, proof of English language proficiency through recognised tests or university-approved alternatives is required. Selection decisions are based on academic records, recommendations and any supplementary materials requested by the School of Architecture & Design.

Career prospects

Graduates move into a range of technical and applied roles across the building industry. Common career paths include:

• Architectural technologist or technical designer, preparing detailed drawings and construction documentation.
• BIM coordinator or BIM manager, developing modelling standards and managing shared digital information across teams.
• Building performance analyst, specialising in energy modelling, daylighting analysis or thermal comfort assessment.
• Construction technologist or project engineer, advising on buildability, materials and sequencing.
• Fabrication specialist or digital production technician, translating designs into fabricated components.
• Technical consultant for sustainability, building envelope design or code compliance.

Graduates who aim to become licensed architects commonly pursue a professional accredited architecture degree (such as a Master of Architecture) and complete internship/experience requirements and licensure examinations. The programme also provides a strong foundation for further study in construction management, building science or architecture.

Why study at University of Kansas

The University of Kansas offers this programme within a school that integrates design and technical disciplines, allowing students to work alongside architecture, landscape and engineering peers. Students benefit from access to fabrication labs, digital modelling facilities and faculty with experience across practice and research in building performance and construction technology.

Studying at KU also provides opportunities for hands-on projects and collaborations with local firms and communities in the region, giving practical exposure to Midwestern construction types and climates. The programme’s emphasis on both digital workflows and physical making prepares graduates to meet the technical demands of contemporary practice and to adapt as building technology evolves.