College of Architecture & Urban Studies

School of Architecture + Design: Architecture

http://www.archdesign.vt.eduStudent construction

W. Galloway, Director, School of Architecture + Design
K. Albright, Chair, Foundation Program
M. Breitschmid, Chair, Architecture 2+3
H. Schnoedt, Chair, Architecture 4+5
S. Thompson, Chair, Graduate Program
Professors: S. Choudhury; A.J. Davis; D. Dunay; R. Dunay; J. Holt; J. Jones; S. Piedmont-Palladino; H.L. Rodriguez-Camilloni; H. Rott; R. Schubert;
M. Setareh; F. Weiner
Associate Professors: K. Albright; M. Breitschmid; M. Cortes; K. Edge;
M. Ermann; D. Dugas; P. Emmons; M. Feuerstein; W. Galloway; S. Gartner; S. Martin; M. McGrath; H. Pittman; H. Schnoedt; S. Thompson; J. Wheeler
Assistant Professors: J. Bassett; H. Bryon; C. Gaenshirt; E. Grant;
A. Ishida; P. Zellner-Bassett
Professors of Practice: K. Zawistowski; M. Zawistowski
Visiting Instructors: A. Balster; P. Doan; T. Frank; R. Holton; C. Pritchett;
E. Putalik; B. Rice; M. Schneider
Instructors: R. Holt; H. Hollander
Adjunct Professors: B. Ferguson; J. Foote; R. Gurney; M. Johnson; D. Lever; G. Makrinos; J. Ritter; L. Salom; J. Schippers;
S. Seibers; S. Small; M. Tew
Professor Emeritus: W. Brown; D. Egger; D. Jones; W. Kark; F. Ruiz; D. Kilper; J. Wang
Associate Professor Emeritus: J. Stoeckel
Assistant Professor Emerita: E. Braaten

Overview

    Architecture enriches our lives by offering us environments that are sensibly compelling, thought provoking, and capable of lifting our spirits. In addition to being beautiful, architecture is, by ancient definition, functional and durable. Like art, architecture is permeated by dualities. It is stable and transitory, measurable and immeasurable, and capable of both being touched and touching us. Like science, architecture involves systematic study. Its methods are iterative, experimental, and rely on intense observation. By intertwining the poetic and practical, architecture is uniquely poised to address the challenges of contemporary life and build the culture of the 21st century.

    The professional curriculum in architecture requires five years of study for the first professional degree, the Bachelor of Architecture (B. Arch.).

    The first professional degree programs at Virginia Tech, the five-year Bachelor of Architecture degree (B. Arch.), the Master of Architecture II (M.Arch.2), and the Master of Architecture III (M.Arch.3) degrees, are fully accredited for the current maximum six-year term of accreditation by the National Architectural Accrediting Board.

    All students in the School of Architecture + Design – Architecture, Industrial Design, Interior Design and Landscape Architecture – begin their studies in a common first year foundation program. Following the foundation program, students pursue professional studies in the 2-3 and 4-5 programs.

Foundation Design Program – First Year

    The focus in the first year is basic elements of design, addressed conceptually, visually, and haptically. Studies are undertaken in two and three dimensions using a range of traditional and innovative materials and tools. Projects focus on the process of design, discovery through iteration, precision within limits, and development of aesthetic judgment, self-discipline, and a capacity for self-evaluation.

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Professional Program – Second, Third, Fourth, and Fifth Years

    The Professional Program employs design theory and processes to study the design of buildings. Students conduct an interactive investigation of architectural space, environmental forces, and building technology. Foundations of discipline-specific knowledge are progressively introduced, discussed, and examined as they contribute to the complex totality of a work of architecture. Students explore natural and cultural forces as they relate to architecture through means of representation specific to the discipline. With architecture at the core, the program examines interdisciplinary sources such as art, science, and philosophy for the purpose of establishing the content the discipline shares with other forms of knowledge.

    Concepts in the Professional Program are communicated through both traditional drawings and models, as well as through modern virtual tools and digital production. All coursework seeks to develop the ability to conduct a professional written and verbal discourse. Further emphasis is placed on intellectual discipline, constructive dialogue, assertion of interest, and a self-motivated search for critical issues.

    The second year is characterized by an increase in the complexity of design exercises to foster a better understanding of the interplay between situation, time and desired spatial definition. Architectural constructs of smaller scales build on knowledge of basic design principles studied in the first year. The laboratory discourse focuses on principal elements of architecture and their compositional and material role in space. Architecture as the art of building is conveyed through the detailed study of exemplary built works.

    The third year provides for study of fundamental design principles, technical concepts and their applications, including measures of quality in architecture. The instructional content of this year articulates and communicates to students the unique nature of architecture through the study of interrelationships of material, construction systems, site, and building programs. The Architecture III design laboratory guides the student’s growing experience with practical design problems and provides order to the gradual exploration and learning of the nature and means of achieving architecture. Associated with Architecture Ill are lectures, presentations, and workshops intended to challenge students toward sensible integration of necessary systems and legal responsibilities in the design and construction of buildings.

    The fourth year builds on the increased comprehension of building systems acquired during the third year. On-campus or off-campus, the aim of the various program options is to promote an in-depth understanding of the relationship between architectural idea and physical building form. On-campus students are offered studio courses with various focus topics. Off-campus options include several VT and non-VT Study Abroad Programs, the Extern Program, the Washington-Alexandria Center, or the Chicago Studio.

    Off-campus programs directed by the Virginia Tech School of Architecture + Design include:

  • The Europe Study Abroad Fall Travel Program studies seminal European historic and contemporary architectural works and urban spaces, which are visited and documented with analytical drawings, sketches, and photographs, supplemented by on-site lectures by architects and professionals. Documented research before and after the program leads students to greater depth of understanding of the issues surrounding the architecture.
  • The CESA Residency Program: Each semester, 16 architecture students take part in this program at Virginia Tech’s Center for European Studies and Architecture (CESA) in Riva San Vitale, Switzerland. An 18th century villa and its gardens on the southern tip of Lake Lugano provide residence and dining facilities for Architecture + Design students, as well as 30 Virginia Tech students from other academic disciplines. Studio work, courses, research, and travel are directed to advance first-hand knowledge of the architecture, geography, and culture of Europe.
  • The Chicago Studio: Hosted by significant architecture firms in downtown Chicago, this 4th-year off-campus semester seeks to integrate education and practice in a direct way. Its distinctive structure and curriculum is centered around urban focused studio and course work, with direct input from the profession. Site visits in the Chicago metropolitan area and the lectures and events of the active architecture culture of Chicago contribute significantly to this program.
  • Professional Extern Program allows students to spend one semester in an approved professional setting and receive up to 12 hours of academic credit. This program provides a valuable link between the academic environment and architectural practices, discipline-related government agencies, and other design offices throughout the world.
  • The Washington-Alexandria Architecture Center affords students from the School of Architecture + Design and from related College disciplines the opportunity to study with students and faculty from a national and international consortium of schools in the historic urban context of Old Town Alexandria. The Center complex offers studio space, classrooms, exhibition and review spaces, shops, and computer labs for the students and faculty of the consortium. The University also offers a limited number of apartments for students studying at the Center.

    • In the fifth year, students conduct a year-long advanced study with individual faculty advisors. The in-depth engagement with research, theory, and design is intended to broaden a student’s expertise in a particular area within the field of architecture. Fifth-year students are expected to formulate and accomplish advanced high-level work in the form of a terminal project. Working with their advisors, students develop and discuss their research and design progress, and have periodic formal peer reviews throughout the year. Students are required to leave the project documentation of their 5th-year work with the school upon graduation.

    The first professional degree programs (B.Arch., M.Arch.2 & M.Arch.3) in architecture are accredited by the National Architectural Accrediting Board (NAAB).

    • In the United States, most state registration boards require a degree from an accredited professional degree program as a prerequisite for licensure. The National Architectural Accrediting Board (NAAB), which is the sole agency authorized to accredit U.S. professional degree programs in architecture, recognizes three types of degrees: the Bachelor of Architecture, the Master of Architecture, and the Doctor of Architecture. A program may be granted a 6-year, 3-year, or 2-year term of accreditation, depending on the extent of its conformance with established educational standards.
    • Doctor of Architecture and Master of Architecture degree programs may consist of a pre-professional undergraduate degree and a professional graduate degree that, when earned sequentially, constitute an accredited professional education. However, the pre-professional degree is not, by itself, recognized as an accredited degree.
    • Next accreditation visit for all programs: 2012

    The four-year, pre-professional degree is not offered at Virginia Tech.

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Bachelor of Architecture Program Requirements

Required Curriculum for Liberal Education Courses
33 credits
English 1105-1106; Freshman English: Writing and Discourse
6
Math 1535-1536; Geometry of Mathematics and Design
6
Society and Human Behavior Option (Social Sciences)
6
Scientific Reasoning and Discovery Option (Lab Science)
6
Ideas, Cultural Traditions and Values Option (Humanities)
6
Creative and Aesthetic Experience (satisfied by Arch 1015)
Critical Issues in a Global Context
3
Required Foundation Program Courses
35 credits
Arch 1015, 1016; Foundation Design Lab (1st year)
12
Arch 2015, 2016: Architecture II (2nd year)
12
Arch 2034: The Art of Building (2nd year)
2
ESM 3704, Basic Principles of Structures (2nd year)
3
Arch 3115, 3116: History of Architecture (2nd year)
6
Required Professional Program Courses
68 credits
Arch 3015, 3016: Architecture III (3rd year)
12
Arch 3045, 3046: Building Assemblies (3rd year)
4
Arch 3054: Building Analysis (3rd year)
2
Arch 4015, 4016: Architecture IV (4th year studio)
14
Arch 4055. 4056: Environment and Building Systems (3rd year)
6
Arch 4075: Building Structures I (2nd year)
3
Arch 4076: Building Structures II (3rd year)
3
Arch 4034: Building Cities (4th year)
3
Arch 4044: Professional Practice (4th or 5th year)
3
Arch 4515: Architecture V (5th year studio)
9
Arch 4516: Architecture V (5th year studio)
6
Arch 4524: Thesis Documentation (5th year)
3
Professional Elective Courses
6 credits
To be selected from an approved list of courses supplied by the school
Free Electives or additional Professional Electives
14
Total required for B.Arch.
156 credits

Satisfactory Progress

    In addition to the university requirements, upon completion of the second year in the program, students must have completed:

    Arch 1015-1016, Arch 2015-2016, Arch 2034, ESM 3704, Arch 4075, Arch 3115-3116, with a minimum in-major grade point average of 2.00 or above.

Graduation Requirements

    Upon successful completion of program requirements of the foundation level of study and the professional levels of study in architecture and with completion of 156 credit hours of study, a first professional degree of Bachelor of Architecture is awarded.

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Course Descriptions (ARCH)

1014: INTRODUCTION TO ARCHITECTURE: LESSONS IN FORM & CULTURE
Introduction to the discipline of architecture for non-architecture majors. Emphasis on the basic elements of design and the relationships of a culture to the forms, shapes, and structures it expresses in architectural production. (3H,3C)

1015-1016: FOUNDATION DESIGN LABORATORY
Introduction to the discipline of architecture. Focus on basic elements of design, addressed visually, conceptually, and haptically. Studies undertaken in two and three dimensions using various materials and tools. Inquiry into the process of design, discovering, through experiment, methods of working that develop aesthetic judgment and means of self-evaluation. Emphasis on intellectual discipline, dialogue, assertion of interest, and a self-motivated search for critical issues. (2H,12L,6C)

2015-2016: ARCHITECTURE II
Introduction to the discipline of architecture, isolating and intertwining fundamentals that contribute to the complex totality that constitute a work of architecture. Explores how architecture concentrates and conveys natural and cultural forces through means specific to the discipline. Focus on fundamentals realized artistically and practically in works by selected architects. Articulates the unique reality of architecture through the study of basic interrelationships of material, construction, site, and program. Introduces the complex interplay of situation, space and time in the making of places. Examines interdisciplinary sources such as art, science, and philosophy for the purpose of establishing the content architecture shares with other forms of knowledge and how that content, expressed through architecture, contributes to human well-being. Concepts communicated through drawings and models. Emphasis on intellectual discipline, dialogue, assertion of interest, and a self-motivated search for critical issues. Pre: 1016. (2H,12L,6C)

2034: THE ART OF BUILDING
Lecture/seminar introduction to the discipline of architecture, isolating and intertwining fundamentals that contribute to the complex totality that constitute a work of architecture. Explores how architecture concentrates and conveys natural and cultural forces through means specific to the discipline. Focus on fundamentals realized artistically and practically in works by selected architects. Articulates the unique reality of architecture through the study of basic interrelationships of material, construction, site, and program. Introduces the complex interplay of science and philosophy for the purpose of establishing the content architecture shares with other forms of knowledge and how that content, expressed through architecture, contributes to human well-being. Co: 2016. (2H,2C)

2974: INDEPENDENT STUDY
Variable credit course.

2984: SPECIAL STUDY
Variable credit course.

3015-3016: ARCHITECTURE III
First design laboratory for the Professional Program in Architecture. Provides for exploratory investigation and analysis of the fundamental design principles, technical concepts and applications, and the measures of quality in architecture. Co: 3045 for 3015; 3054, 3046 for 3016. (1H,12L,6C)

3045-3046: BUILDING ASSEMBLIES
The designs of building assemblies, elements, systems and sub-assemblies are studied. Building assemblies as controlled by formal idea, geometry, construction, materials, details, structure, function, enclosure, and finish work are considered. Pre: 2016. Co: 3015 for 3045; 3054, 3016 for 3046. (2H,2C)

3054: BUILDING ANALYSIS
Study of exemplary built works of architecture through analysis of design documents, interviews, and inspection of actual construction. Course is completed as a group project resulting in both an oral presentation and a written document. Pre: 3015. Co: 3046, 3016. (2H,2C)

3115,3116: HISTORY OF ARCHITECTURE
A review of world architecture, predominantly but not exclusively with reference to Occidental building art. The study of principles concepts and representations of buildings and structures from the 4,000 BC to the present through reading, drawing, and writing are important aspects of the course. Pre: 1016 for 3115; 3115 for 3116. (3H,3C)

3514: DESIGN-RELATED MEDIA
Properties and uses of various media, materials and processes as tools for analysis, documentation and presentation of the designed environment. Basic skills and techniques relating to photography, printmaking, and pottery will be explored. Repeatable with a maximum of 6 credits. (3H,3C)

3900: CESA CONSORTIUM
College of Architecture and Urban Studies Consortium agreement with peer institutions of higher education. Center for European Studies location only. No academic credit. Special fees apply. (0C)

3954: STUDIO-STUDY ABROAD
The Europe Studio offers students the opportunity to make comparative studies of European cultures, as well as to study the relationship of culture to the physical environment, the organization of cities, and the history and behavior of their inhabitants. Exercises include analysis and documentation of elements of the physical environment, exploration of the interface between buildings and the fabric of the existing city, and examination of the professional community's reactions to urban design solutions. X-grade allowed. (*H,6C)

3974: INDEPENDENT STUDY
Variable credit course.

3984: SPECIAL STUDY
Variable credit course. X-grade allowed.

4015-4016: ARCHITECTURE IV
Design laboratory in conjunction with alternative studies in one of the College's off-campus centers. Focus on the evaluation of skills developed in the third year professional studies and emphasis toward individualized topical areas of study leading to the development of a thesis project. X-grade allowed. Pre: 3016 for 4015; 4015 for 4016. (2H,12L,7C)

4034: BUILDING CITIES
Analytical studies in the historical evolution of cities, towns and villages. Comparative studies of urban form in relation to their constructive and imaginative means with an emphasis on modern construction processes. Specific case studies in designing and building cities. Co: 4016. (3H,3C)

4044 (LAR 4124): PROFESSIONAL PRACTICE
Introduction to scope and diversity of the building enterprise, addressing private and public macroeconomic, industrial, technical, professional, and regulatory institutions. Analysis of historic evaluation of professional roles and practices; emergence of new modes of practice, including innovative facilities procurement methods. (3H,3C)

4055,4056: ENVIRONMENT AND BUILDING SYSTEMS
A design oriented study of environmental forces, environmental impacts of the built environment, and related building environmental control, life safety and service systems, with concern for the human psycho-physical impacts of building form and systems performance. (3H,3C)

4075-4076: BUILDING STRUCTURES
Building structures in steel, timber, and reinforced concrete; design of typical components: beams, slabs, columns, beam-columns, connections, and foundations; design of retaining walls; the resistance of buildings to gravity and lateral force action; building stability; floor/roof framing systems; design of simple buildings. Pre: ESM 3704. (3H,3C)

4144: ADVANCED BUILDING STRUCTURES I
Study of long-span building structures. Introduction to geometry, form, and structure of folded and bent surfaces. Study of space grid geometry, close-packing systems, and cellular tensegrity. Approximate design of folded plate structures, single and double curvature shells, single and double layer space frames, suspension roofs, tents, and pneumatic structures. Pre: 4075, 4076. (3H,3C)

4154: ADVANCED BUILDING STRUCTURES II
Study of highrise structures ranging from building slabs and blocks, terraced buildings, and skyscrapers to towers. The complexity of load action including wind, earthquake, and hidden loads. The effect of building height, form, and proportion on force action; considerations of stability and redundancy. Preliminary design of masonry buildings, core structures, suspension buildings, braced skeletons, rigid frames, interstitial systems, staggered truss buildings, tubes and hybrid structures. Pre: 4075, 4076. (3H,3C)

4164: COMPUTER APPLICATIONS IN DESIGN
Computer system fundamentals. Very brief introduction to assembly programming. Programming in a high level language. Construction of a simple text editor. Construction of a simple relational file. Computer graphics fundamentals. Geometric transformations. 3-space geometry and projections. (3H,3C)

4204: URBAN TECHNOLOGY AND ARCHITECTURE
Architecture as determinant of urban spaces and urban form; perceptual, morphological, and typological characteristics of urban spaces as expressions of social values, ideals, and technological innovation. Theoretical models of technological, function, environmental, and social determinants of urban configurations are related to their cultural and historic precedents. X-grade allowed. (3H,3C)

4214: TOPICS IN ARCHITECTURE HISTORY AND THEORY
Topics in the history of architecture and theory, predominantly with reference to the Western World. Special emphasis on methods of analysis and interpretation. Repeatable with a maximum of 9C. X-grade allowed. (3H,3C)

4304: TOPICS IN DESIGN METHODS
Topics in systematic methods of design and the nature of the design process including application of creative techniques, analogous thinking, analytic methods, computer-aided procedures, and information handling in design. Repeatable with a maximum of 6 credits. X-grade allowed. (3H,3C)

4414: ADVANCED ENVIRONMENT BUILDING SYSTEMS
Advanced studies of environment and building systems, including development in building systems, urban systems, service systems, construction systems, materials and component systems, psycho-physical considerations, systems analysis, and computer technology. May be repeated for a maximum of 9 credit hours in varied options offered. X-grade allowed. Pre: 4055, 4056. (2H,3L,3C)

4515-4516: ARCHITECTURE III: DESIGN AND ALLIED STUDIES
Advanced independent architectural research requiring articulation of a conceptual and professional position. This position is realized in a terminal thesis project completed in the second semester of the fifth year. X-grade allowed. Pre: 4016 for 4515; 4515 for 4516. 4515: (2H,20L,9C) 4516: (2H,16L,6C)

4524: THESIS DOCUMENTATION
During the second semester of the fifth year, the student takes a required three hour thesis documentation course where their conceptual and professional position is defined and tested by the documentation of the terminal architectural project. Pre: 4515. Co: 4516. (3H,3C)

4654 (UAP 4654): URBANIZATION AND URBANISM IN EUROPE
This course is designed to provide an introduction to European urbanization for students who intend to pursue a study abroad program in Europe, or who have already done so. The course adopts a comparative approach to cities, urban form and urban living, and an understanding of urbanization processes, including urban design and planning, in different parts of Europe. Pre: UAP 2014 or ARCH 2016. (3H,3C)

4705-4706: QUALIFYING DESIGN SEMINAR
Exploratory overview of selected theories and issues relevant to the design and use of the environment. 4705: Emphasis on history, human behavior, and environmental context as it relates to architecture. 4706: Presentation and discussion of the nature of principal construction materials in relation to building design. Characteristics of primary structural materials: wood, steel, concrete, masonry; environmental control systems; supporting technologies. Not for credit for majors holding a first professional degree in architecture. (3H,3C)

4715-4716: QUALIFYING DESIGN LABORATORY
4715: Design laboratory in which student and faculty teams explore the nature of problems and potentials with which architecture is concerned, and experimentally develop methods and process through which existing contexts are transformed into new conditions. 4716: Provides introduction to basic concepts of building structures, materials, and enclosure systems, and appropriate site and climate responses. Not for credit for majors holding a first professional degree in architecture. X-grade allowed. (3H,18L,9C)

4755-4756: BUILDING ENVIRONMENTAL SYSTEMS
This sequence concentrates on defining different intervention techniques available to the architect to articulate the relationship between the outside and inside environment of buildings. These intervention techniques strive towards a fit between built form and the thermal, luminous, sonic, and water/waste environment. Pre: 4706. (3H,3C)

4775-4776: BUILDING STRUCTURES
Building structures in steel, timber, and reinforced concrete; design of typical components: beams, slabs, columns, beam-columns, connections, and foundations; design of retaining walls; the resistance of buildings to gravity and lateral force action; building stability; floor/roof framing systems; design of simple buildings. Pre: ESM 3704 for 4775; 4775 for 4776. (3H,3C)

4904: PROFESSIONAL STUDIES
Pass/Fail only. X-grade allowed.
(1H,1C)

4974: INDEPENDENT STUDY
Variable credit course. X-grade allowed.

4984: SPECIAL STUDY
Variable credit course.

4994: UNDERGRADUATE RESEARCH
Variable credit course.

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