Bachelors in Architecture

5 Years On Campus Bachelors Program

University of Texas Austin

Program Overview

combining rigorous architectural design with technology, history and theory, preparing students for professional practice and the pathway toward architectural licensure. The program suits students seeking an intensive studio-based education, where design, technical knowledge, collaboration, experimentation and learning-by-doing are central to the study of architecture.

Curriculum Structure

Year 1: Students establish their design foundation through ARC 310K: Design I and ARC 310L: Design II, exploring architectural forms, inhabitation, body, light, movement, environment, color, material and texture in studio settings. They also begin architectural studies through courses such as ARC 335T and ARC 361T, alongside core university requirements.

Year 2: Students progress into more advanced design and technical work, developing their ability to integrate architectural ideas with construction and environmental considerations. Courses include ARC 435K/435L and ARC 334K/334L: Environmental Controls I & II, supported by architectural history/theory and general education coursework.

Year 3: The curriculum moves toward increasingly complex architectural problems through ARC 521F/521G design studios, while ARC 435K/435L and ARC 334K/334L strengthen students' understanding of construction and environmental systems. Students also take architecture electives such as ARC 342R, allowing them to explore specialized architectural topics alongside their broader studies.

Year 4: Students enter advanced studio education through ARC 561R and ARC 561C, developing more comprehensive architectural proposals and integrating design with technical and professional considerations. ARC 335M, ARC 361T: Technical Communication, and CRP 369K: Principles of Physical Planning broaden their ability to communicate designs and understand architecture within wider planning contexts.

Year 5: The final year focuses on advanced architectural production and professional preparation, with students continuing ARC 561R: Advanced Design while completing architectural electives and ARC 362: Professional Practice. The combination of advanced design, architectural history/theory, professional practice and remaining core or elective requirements brings the 161-credit-hour professional curriculum toward completion.

Focus Areas:

Architectural design, design technology, construction, environmental controls, architectural history and theory, technical communication, physical planning, professional practice, advanced design, and interdisciplinary built-environment studies.

Learning Outcomes:

Design development, architectural representation, technical communication, integration of building technology and design, critical and creative thinking, collaborative studio practice, understanding of architectural history and theory, and preparation for professional architectural practice.

Professional Alignment (Accreditation):

The B.Arch. is accredited by the National Architectural Accrediting Board (NAAB) and contains the required academic coursework to pursue an architectural internship and eventually licensure. UT Austin identifies the B.Arch. as a NAAB-accredited professional degree with 161 credit hours.

Reputation (Employability Rankings):

The UT Austin School of Architecture reports that its Architecture program was ranked #1 “Most Hired From” among its size group in the most recent DesignIntelligence comparison cited by the School. UT Austin also reports that more than 91% of surveyed 2025 School of Architecture graduates who pursued employment found a job in the months after graduation, while 5% pursued further graduate study.

Experiential Learning (Research, Projects, Internships etc.)

Students in the Bachelor of Architecture at The University of Texas at Austin gain practical experience through design studios, material experimentation, digital fabrication, model making, visualization, and hands-on construction processes. The School of Architecture provides dedicated production and research facilities where students can move from digital concepts to physical prototypes using laser cutters, CNC equipment, 3D printers, robotics, LiDAR, photogrammetry, UAV mapping, and other advanced technologies.

Practical learning opportunities include:

Design fabrication: Students can develop and physically test architectural ideas through the Build Lab, which includes concrete and plaster casting areas, a metalworking shop, extensive wood shop, finish room, classroom work area, Shopbot CNC routers, table saws, bandsaws, jointers, planer, welding equipment, plasma cutter, vacuum-forming machines, and a mill.
Digital fabrication: The Digital Fabrication Lab provides access to five Epilog FusionPro laser cutters, a CNC knife, one Stratasys Fortus 3D printer, and 22 Raise3D 3D printers, allowing students to produce detailed physical models and prototypes from digital designs.
Robotics: Students can explore advanced robotic fabrication through the Robotics Lab, which uses two KUKA Robotics KR60 robotic arms and supports the development of custom tools and workflows for architectural making.
Digital surveying and mapping: The Technology Lab supports LiDAR, photogrammetry, UAV mapping and modeling, giving architecture students access to digital methods for documenting and analyzing physical environments.
Advanced computing: Students have access to render farms, extended reality, ArcGIS Enterprise, and software virtualization, alongside computer labs and digital review rooms for visualization, analysis and presentation work.
Materials research: The Materials Lab provides an extensive collection of 29,000+ material samples, product literature, books, individual and group workspaces, exhibitions, hands-on workshops and lectures. Students can borrow material samples for design development and presentations.
Material experimentation: Architecture students can participate in design-fabrication work that connects material research with digital production; for example, UT's Material Information seminar has explored terracotta and 3D printing using industry-based CNC resources and the Robotics Lab's KUKA robots.
Architecture library: The Architecture & Planning Library in Battle Hall provides specialized physical and digital resources covering architecture, landscape architecture, interior design, urban design, historic preservation, sustainable design, and community and regional planning.
Production and presentation: The Technology Lab provides 36-inch KIP laserjet plotters, 60-inch HP inkjet plotters, scanners, a lighting studio, video cameras and other equipment, supporting students in producing and presenting architectural work.

Progression & Future Opportunities

The Bachelor of Architecture (B.Arch.) at The University of Texas at Austin is a five-year professional degree designed to prepare students for architectural practice through a rigorous combination of design, technology, history and theory. Graduates can enter architectural practice and related built-environment fields, while the program’s NAAB accreditation provides the professional educational foundation required for the architectural licensure pathway.

Typical career roles: Architectural Designer, Architectural Intern, Project Designer, Architectural Technologist.

Career progression and opportunities include:

Career Services: UTSOA Career Services provides one-to-one career guidance, resume/cover-letter/portfolio reviews, group workshops, networking events, professional panels, employer presentations and an annual Career Fair that typically brings more than 100 firms and organizations to campus. Its dedicated job board also lists full-time and internship opportunities for architecture students and alumni.
Employment outcomes: More than 91% of surveyed School of Architecture graduates in the 2025 graduating class who pursued employment reported finding a job within the months after graduation, while 5% pursued graduate studies. UTSOA publishes employment reports identifying graduate employers, positions and locations, with salary breakdowns where sufficient data is available.
Salary information: Program-specific salary figures are not stated on the current official B.Arch. employment page; UTSOA instead publishes salary information in individual employment reports where adequate data was received.
Professional Residency: The Professional Residency Program (PRP) gives upper-level B.Arch. students the opportunity to spend at least six months working full-time in an architectural practice while earning course credit. Over the past 25 years, the program has connected students with 300 firms in 30 countries, including firms such as KPF, Diller Scofidio + Renfro, Gensler-related practices, Snøhetta, Perkins&Will, Page and Lake|Flato among the participating firms listed by UTSOA.
Industry engagement: UTSOA's annual Architecture Career Fair connects students with employers from across the United States, while employer presentations, portfolio reviews, firm and site visits, networking events and on-campus recruiting create additional opportunities to meet practicing professionals.
Professional accreditation: The B.Arch. is NAAB-accredited and comprises 161 credit hours. NAAB accreditation is significant for the professional pathway because most U.S. architectural registration boards require an accredited professional architecture degree as part of the education requirements for licensure.
Licensure pathway: UT Austin states that completion of its NAAB-accredited B.Arch. meets the educational requirements to apply for architectural licensure in Texas and numerous other U.S. jurisdictions, subject to each jurisdiction's complete licensing requirements.
Graduation-to-career preparation: The curriculum contains the academic coursework required to pursue internship and eventually licensure, while the School's studio culture emphasizes collaboration, learning-by-doing, innovation and professional preparation.

Further Academic Progression: After completing the B.Arch., students can continue into graduate-level study at UT Austin, including the Master of Architecture (M.Arch.), or pursue other School of Architecture graduate programs and specialized certificates. The School also offers graduate opportunities in areas such as architecture, community and regional planning, landscape architecture, historic preservation and sustainable design, allowing graduates to develop a more specialized professional or research direction.