This undergraduate programme provides a comprehensive foundation in architectural design, technology and professional practice for students aiming to become practising architects or pursue related design careers. It suits applicants who enjoy creative problem-solving, visual communication, making and working across technical and social aspects of the built environment.
What you'll study
The curriculum combines studio-based design education with technical coursework and liberal studies. Core elements include incremental design studios that develop concept-making, representation and construction thinking; courses in building systems, structural principles and environmental performance; materials and methods; digital design and fabrication; history/theory of architecture; and professional practice.
- Design studios: progressive studio sequence emphasising conceptual thinking, site analysis, detailed design development and presentation techniques.
- Technology and structures: courses in building construction, structural behaviour, environmental systems, building assemblies and detailing.
- Digital tools and fabrication: training in CAD, BIM workflows, parametric design and hands-on use of fabrication lab equipment for modelling and prototyping.
- History and theory: studies of architectural history, urbanism and contemporary theory to situate design decisions in cultural and social contexts.
- Professional practice and ethics: project management, contract fundamentals, codes and the regulatory environment, plus preparation for internships and entry to practice or graduate study.
- Electives and interdisciplinary work: opportunities to take electives or collaborate with programmes in planning, engineering, art and construction management.
Entry requirements
Applicants are typically expected to hold a secondary school leaving qualification comparable to a US high school diploma. Admissions commonly consider academic record, strength of portfolio, and personal statement. Recommended preparation includes coursework in mathematics, design, art or technology and evidence of creative work or design aptitude.
- Academic background: satisfactory secondary qualifications with good grades in relevant subjects such as maths or science.
- Portfolio: a portfolio of creative work demonstrating drawing, model-making, design thinking or other visual communication is usually required or strongly advised.
- English language: demonstrated proficiency in English for applicants whose first language is not English, via recognised language tests or other institutional evidence.
- Additional requirements: some applicants may be invited to interviews or review meetings; transfer applicants are assessed on college transcripts and previous design coursework.
Career prospects
Graduates enter a wide range of careers in architecture and the built environment. Many continue to professional registration through postgraduate study and internship, while others take roles where architectural training is valued for design, technical and project skills.
- Architectural designer or intern in private and public practices
- BIM coordinator, CAD technician or digital fabrication specialist
- Urban and environmental designer, landscape design assistant or community planner
- Construction project coordinator, estimator or technical consultant
- Historic preservation technician, sustainability consultant or building performance analyst
- Further study: Master of Architecture, specialising masters in urban design, preservation, sustainable design or construction management
Why study at Florida International University
Florida International University’s architecture education benefits from its location in a dynamic, multicultural metropolitan region with a diverse range of building types, climates and urban challenges that serve as testing grounds for design projects. Students have access to hands-on fabrication facilities, design-build initiatives and partnerships with local firms and public agencies for internships and community-engaged work.
- Studio culture integrated with technical courses and opportunities for cross-disciplinary collaboration within the university.
- Access to fabrication labs and digital workshops that support model-making, CNC routing, 3D printing and prototyping.
- Strong ties to the local design and construction industry, providing pathways to internships and practical experience in a regional market known for rapid development and innovative design responses to climate and coastal conditions.
- Opportunities for study-abroad, fieldwork and community projects that broaden students’ understanding of global and local architectural practice.
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