University of Cincinnati

What you'll study

The programme combines engineering fundamentals with specialised topics in building design and performance. Core study areas include structural systems for buildings, building enclosure and façade design, mechanical and electrical systems (HVAC, lighting and power), fire and life-safety engineering, acoustics, and building energy performance.

Students also gain hands-on experience with industry-standard tools and methods such as Building Information Modelling (BIM), computational simulation for energy and daylighting, finite-element analysis for structural design, and performance-based design approaches. Coursework is typically complemented by laboratory work, design studios or project-based modules that emphasise integrated, multidisciplinary solutions.

The programme normally offers a choice between a practice-oriented capstone or an individual research thesis. Typical modules and topics you can expect include:

• Structural analysis and design for buildings (steel, concrete and timber)
• Building enclosure and thermal/ moisture control
• HVAC systems, energy modelling and indoor environmental quality
• BIM and integrated design workflows
• Fire protection and life-safety engineering
• Acoustics and lighting design
• Sustainable design, building performance and resilience
• Construction methods, cost, and project delivery
• Capstone design project or research thesis

Entry requirements

Applicants are normally expected to hold a recognised bachelor’s degree in architectural engineering, civil engineering, architecture, mechanical engineering or a closely related field. Relevant professional or technical experience may also be considered. Admissions typically assess academic performance, the relevance of prior coursework (for example in calculus, physics, statics, mechanics of materials and introductory structural or systems courses) and the applicant’s fit with the programme.

Supporting materials usually include official academic transcripts, a statement of purpose outlining academic and professional objectives, and letters of recommendation. Applicants with an architecture background may be asked to submit a portfolio that demonstrates design and technical work. Some applicants may be asked to complete specific prerequisite courses before starting the programme if their undergraduate degree did not cover essential foundations.

International applicants will need to meet the University of Cincinnati’s English language proficiency requirements and provide equivalent academic documentation. The programme may accept GRE scores where provided, but prospective students should check current departmental guidance on testing requirements.

Career prospects

Graduates of the Architectural Engineering master’s develop the technical and interdisciplinary skills sought by employers in design, consulting, construction and research. Typical roles include:

• Building systems engineer (MEP design and coordination)
• Structural or façade engineer focusing on building envelopes and performance
• BIM coordinator or digital delivery specialist
• Building performance analyst and sustainability consultant
• Fire and life-safety engineer
• Construction engineering or project manager with a technical emphasis
• Research or doctoral study in building science, materials or systems

Graduates commonly find employment with engineering consultancies, architectural firms, construction contractors, specialised façade and systems manufacturers, and government or research organisations involved in building codes, standards and sustainability initiatives.

Why study at University of Cincinnati

The University of Cincinnati combines applied engineering education with strong industry engagement. The university’s long-established cooperative education model gives students opportunities to gain substantial practical experience with employers while studying, helping graduates to move into professional roles more smoothly.

Architectural engineering students benefit from interdisciplinary collaboration with related units such as the College of Design, Architecture, Art, and Planning, and from access to engineering laboratories and digital design facilities. The programme’s location in a region with a dense professional engineering and manufacturing base also supports strong employer networks, practicum opportunities and applied research partnerships.

For students seeking a technically rigorous master’s that bridges engineering and building design, the University of Cincinnati offers a curriculum and industry connections geared to contemporary challenges in building performance, resilience and integrated project delivery.