University of Hartford

What you'll study

The programme blends studio-based design with technical coursework to give a balanced grounding in architecture, building systems and construction technology. Early semesters focus on drawing, two- and three-dimensional design, architectural history and the fundamentals of building materials and structures. Core technical modules typically include building construction and detailing, structural principles, building science (thermal, moisture and acoustics), environmental systems and sustainability, and materials technology.

Students progress to BIM and digital practice courses that cover computer-aided design, parametric modelling, information management and construction documentation. Coursework also emphasises technical problem solving, code and regulatory issues, cost and constructability, and interdisciplinary coordination. Typical final-year work involves an integrated capstone studio or project that requires students to produce coordinated construction documents, performance analyses and a realistic delivery strategy.

• Design and studio courses (drawing, representation, and architectural problem-solving)
• Construction technology and detailing
• Structural fundamentals for low-rise construction
• Building science and environmental performance
• BIM, CAD and digital modelling workflows
• Materials and specification
• Building codes, regulations and life-safety
• Construction methods, estimating and project delivery
• Capstone integrated design/technology project

Structure and learning methods

Learning combines design studios, lectures, laboratory sessions and computer workshops. Assessment methods include portfolio submissions, technical drawings and specifications, written reports, model-making, group project work and presentations. The programme typically includes opportunities for internships or cooperative placements with local design and construction firms.

Entry requirements

Applicants should hold a recognised secondary school qualification. Typical academic preparation includes strong performance in mathematics and science; courses in art, design or technical drawing are advantageous. As with many programmes that combine design and technical skills, a portfolio demonstrating drawing, design or technical work can strengthen an application, though institutions often accept applicants without formal portfolios who show relevant experience or aptitude.

Other usual requirements include evidence of English language proficiency for non-native speakers and any standard institutional admissions checks. Applicants who have completed relevant college-level courses, vocational qualifications or preparatory diplomas may receive advanced standing depending on transfer policies.

Career prospects

Graduates enter a range of technical and practical roles in the architecture, engineering and construction (AEC) sector. Common early-career positions include architectural technologist, BIM/CAD technician, construction coordinator, specification writer, and building performance analyst. With experience, graduates progress to roles such as BIM manager, project engineer, construction project manager, or technical lead within design firms, specialist contractors and consultancies.

Graduates also find opportunities in facilities management, building inspection, sustainability consulting and product manufacturing or sales for building materials and systems. The technical focus of the degree makes it particularly useful for practitioners who wish to bridge design and construction or to specialise in areas such as façade engineering, building performance or digital fabrication.

Why study at University of Hartford

The University of Hartford offers this degree within a context that emphasises hands-on learning, access to fabrication and digital labs, and collaboration across design, engineering and construction disciplines. Students benefit from faculty who combine academic and professional practice experience, small-class studio environments, and connections with regional design and construction firms for internships and project partnerships.

Being located in a city with a diverse built environment provides ready opportunities for site-based learning and professional networking. The programme's emphasis on current digital tools and building science prepares graduates to meet practical industry needs while remaining adaptable to evolving construction technologies and delivery methods.