Kent State University

What you'll study

This programme combines studio-based design inquiry with advanced technical coursework and applied research. Core areas typically include building science (thermal, moisture and daylighting), environmental systems and sustainable design, digital design and computational methods, building information modelling (BIM) and integrated project delivery, materials and assemblies, and façade and envelope technology. Students also study structural principles relevant to architectural practice, construction methods and detailing, and performance simulation and testing.

Learning is delivered through a mix of seminars, technical labs, computer studios and project studios. Typical modules and activities you can expect are:

• Building Science and Environmental Performance – heat transfer, moisture control, daylighting and thermal comfort analysis.
• Advanced Digital Design and Fabrication – parametric modelling, scripting, CNC, laser cutting and rapid prototyping.
• BIM and Integrated Project Delivery – collaborative workflows, coordination, clash detection and model-based documentation.
• Materials, Assemblies and Façade Technology – selection, detailing, durability and performance testing of enclosure systems.
• Performance Simulation and Analysis – energy modelling, HVAC interaction, life-cycle considerations and optimisation techniques.
• Research Methods and Thesis/Capstone – methods for applied research leading to a design-research thesis or practice-based capstone project.

The programme is often structured to allow full-time and part-time study, culminating in either a comprehensive research thesis or an applied capstone project that synthesises design, technology and documented performance evaluation.

Entry requirements

Applicants are normally expected to hold an accredited bachelor’s degree in architecture, architectural technology, civil engineering, building science, or a closely related built environment discipline. Strong applicants who hold degrees in other design or engineering fields will also be considered where there is demonstrated experience or interest in architectural technology.

Typical admission requirements include:

• A bachelor’s degree from an accredited institution or equivalent.
• Academic transcripts showing satisfactory performance at undergraduate level.
• A portfolio demonstrating design and technical ability, which may include drawings, models, digital work and examples of technical detailing or research.
• A statement of purpose outlining research interests and professional goals.
• References from academic or professional referees who can attest to the applicant’s potential for graduate study.

Additional requirements such as GRE scores or specific prerequisites can vary; international applicants should also check English language proficiency requirements. Prospective students with professional experience but without a directly related degree are advised to contact the programme for guidance on preparatory coursework or bridging options.

Career prospects

Graduates of this master’s programme pursue a range of technical and leadership roles across the architecture, engineering and construction sectors. Common career paths include:

• BIM manager or coordinator, leading model-based workflows and project integration.
• Building performance analyst or sustainability consultant, specialising in energy, daylighting and indoor environmental quality.
• Façade engineer or enclosure consultant, focusing on materials, detailing and testing of building envelopes.
• Design technologist or computational designer, developing parametric tools and digital fabrication workflows.
• Construction technologist or project delivery specialist, bridging design and construction through systems integration.
• Researcher or educator in academic, industry or applied research settings, working on innovative materials, smart systems or performance-driven design.

Graduates are well positioned to work in specialist consultancies, large multidisciplinary design firms, construction companies, research institutes or to establish independent practices focused on technical design services.

Why study at Kent State University

Kent State University’s College of Architecture and Environmental Design emphasises an integrated approach to design, technology and research. The university provides access to dedicated fabrication and digital labs, design studios and testing facilities that support hands-on experimentation. Faculty combine professional experience with research interests in building performance, materials and digital technologies, enabling close mentorship on applied projects.

The programme benefits from Kent State’s connections with regional design and construction industries, offering opportunities for collaborative projects, internships and applied research partnerships. Additionally, the university’s interdisciplinary environment encourages students to work across fields such as engineering, environmental science and historic preservation, broadening the technical and professional perspectives gained during the degree.