University of Cincinnati

What you'll study

This programme combines core engineering fundamentals with building-focused specialisms. Early years emphasise mathematics, physics, materials and introductory engineering mechanics. As you progress, core architectural engineering topics include structural analysis and design, building systems (mechanical, electrical and plumbing), HVAC and thermal performance, lighting and daylighting, acoustics, fire protection and life-safety, building envelope and façade engineering, construction methods and materials, and building science for energy and moisture control.

• Design and studio integration — collaborative studio projects that bring architectural concepts together with engineering solutions.
• Computational and digital skills — courses in CAD/BIM workflows, structural modelling, energy simulation and analysis tools.
• Laboratory and field work — hands-on testing in materials, structural lab work, HVAC test facilities and environmental performance measurement.
• Capstone design — multidisciplinary senior project addressing a real building challenge, often with industry sponsors.
• Cooperative education — paid work placements integrated with the academic programme to apply classroom learning in professional settings.

Entry requirements

Applicants should hold a recognised high school diploma with strong preparation in mathematics (including precalculus and preferably calculus), physics and English. Selection is competitive and typically looks for a solid academic record in STEM subjects, strong problem-solving skills and evidence of teamwork or design interest.

• Academic background — successful applicants usually present strong grades in mathematics and science courses.
• Portfolio and experience — a portfolio is not generally required but can strengthen an application if it demonstrates drawing, model-making or relevant project work.
• Standardised tests — the university's policies on standardised testing may vary; applicants should consult admissions for current guidance.
• International students — proof of English language proficiency is required if your prior education was not in English (e.g. TOEFL or IELTS scores) and credential evaluation may be requested.

Career prospects

Graduates are prepared for careers designing and delivering building projects where engineering performance is critical. Typical roles include structural engineer, building systems (MEP) engineer, façade or envelope engineer, building performance analyst, HVAC designer, acoustics consultant, fire protection engineer, BIM coordinator and construction engineer. Many graduates work for engineering consultancies, architecture-engineering firms, contractors, utilities or building product manufacturers; others progress to graduate study in engineering or professional licensure (such as the professional engineering path).

Why study at University of Cincinnati

The University of Cincinnati offers strong experiential learning opportunities through a well-established cooperative education programme that places students with employers to gain paid professional experience during their degree. The programme features interdisciplinary collaboration with architecture and construction management, modern engineering and building-science laboratories, and faculty with industry experience. Local and regional industry connections provide access to practicum projects and potential employers, while campus resources support career development, certification preparation and graduate study pathways.