University of Kansas

What you'll study

This interdisciplinary bachelor programme blends engineering fundamentals with architectural design and building systems. Core engineering subjects typically include statics and dynamics, materials and structural analysis, thermodynamics, fluid mechanics, and electrical and HVAC systems as they apply to buildings. Design studio forms a central strand of the curriculum, where students develop skills in architectural representation, digital modelling, building information modelling (BIM), and project-based design problem solving.

• Design studio and architectural graphics: conceptual design, spatial composition, CAD and 3D modelling, rendering.
• Structural engineering: material properties, load analysis, structural systems for buildings, foundation basics.
• Building systems and services: HVAC design principles, electrical distribution, plumbing and fire protection basics.
• Environmental and energy topics: building physics, daylighting, energy performance analysis, sustainable design strategies.
• Construction and project delivery: construction methods, materials, cost estimating, construction management fundamentals.
• Computational and technical skills: BIM workflows, computational design, structural analysis software, simulation tools for energy and airflow.

The programme typically progresses from foundational mathematics and science and introductory design courses in the first years to more specialised engineering and integrated studio projects in the later years. Students often complete team-based capstone projects that synthesise structural, mechanical and architectural considerations and may include industry-sponsored briefs or applied research components.

Entry requirements

Applicants should hold a recognised secondary school diploma or equivalent. Strong preparation in mathematics (through algebra and preferably calculus) and physics is expected. Successful applicants usually demonstrate aptitude for both technical problem solving and visual design.

• Academic preparation: transcripts showing strength in maths and science; coursework in geometry, algebra and physics is advantageous.
• Portfolio: some programmes value a small portfolio of creative or design-related work (sketches, model photographs, digital work) to demonstrate visual and design thinking—check the programme guidance for portfolio expectations.
• Additional materials: a personal statement describing interest in building design and systems, and letters of recommendation may be requested or recommended.
• Transfer students: credit for completed post-secondary coursework in engineering, design, or related fields may be considered; prospective transfers should consult admissions advisors about course compatibility.

Career prospects

Graduates are prepared for careers at the intersection of architecture and engineering. Common roles include architectural engineer, building systems engineer, structural designer, facade or envelope consultant, energy modeller, BIM coordinator, and construction or project engineer. The skill set also supports roles in sustainable design consultancies, building performance analysis, facilities engineering, and design-build firms.

Many graduates work for engineering consultancies, architectural firms, construction companies, manufacturers of building systems, or government and municipal agencies concerned with building codes and infrastructure. With further professional licensure or postgraduate study, graduates may pursue roles as licensed professional engineers, specialist consultants, or take advanced roles in research and teaching.

Why study at University of Kansas

The University of Kansas offers an environment where studio-based architectural education is integrated with engineering and technical instruction, supporting interdisciplinary collaboration across departments. Students benefit from hands-on learning resources, including design studios, fabrication and digital labs, and access to computing and modelling software used in professional practice.

Located in Lawrence with strong links to the broader Kansas City region, the university provides opportunities for internships and industry engagement with regional design, construction and engineering firms. Support services such as career counselling, internship programmes and alumni networks help bridge the transition to professional employment. Faculty involvement in practice and research means students can engage with contemporary topics such as building performance, sustainability and resilient design as part of their studies.