Program

Related Areas

Students in the School of Arts and Sciences are required to complete a 12-credit related area for graduation. Students in the Design Track major are required to complete a related area in Studio Arts. Students in the Preservation Track major are required to complete a related area in either History of Urban America or Public Service.

The following areas are also recommended for Architectural Studies Majors:

Offered by Architectural Studies

Other related areas

Historic Preservation Minor

The Architectural Studies Program offers a minor in preservation available to students from a variety of disciplines who are interested in the history and preservation of architecture and the built environment.

For general questions, please contact:
412-648-2400
haadept@pitt.edu

You may also contact the advisor of the program:
Dr. Gretchen Bender
412-648-2394
ghb1@pitt.edu

To be awarded the minor, 18 credits are required.

 

ANTH 1541

Special Topics in Archeology: Cultural Resource Management

3 credits

HAA 1920

Intro to Historic Preservation

3 credits

HAA 1903

History of Art and Architecture Internship (conducted with an organization that pertains to the field of historic preservation, approved by the minor advisor)

3 credits

And 9 additional credits

See list below

9 credits

 

Approved Electives for the Historic Preservation Minor

HAA 0940 Approaches to the Built Environment

HAA 1913 Architectural Studies Seminar

HAA 1530 Early American Architecture

HAA 1531 Modern American Architecture

HAA 1921 Documentation and Conservation Studio (6 credits)

HAA 1922 Preservation: Texts and Theory

 

Certificate in Civil Engineering for Architectural Studies Majors

A certificate in elementary structural engineering for architectural studies majors is available under the auspices of the Swanson School of Engineering’s Department of Civil and Environmental Engineering. It offers a technical, professional component to the major. It consists of a minimum of 27 credits and includes courses in statics and particle dynamics, mechanics of materials, structural analysis, computer methods, concrete structures, and metal structures. Note that only University of Pittsburgh students pursuing a degree are eligible to enroll in Dietrich School Certificate programs as we are adhering to Department of Education regulations relating to Gainful Employment Programs.  

Prerequisite courses:

MATH 0220

Analytic Geometry and Calculus 

 

4 credits

 

One from each of the following four groups:

CS 0007


CS 0132

 

CS 0401

Intro to Computer Progamming


Programming in C and Guide to Unix System

Intermediate Programming Using Java

3-4 credits

MATH 0230

MATH 0235

Analytic Geometry and Calculus 2

Honors 1- Variable Calculus

4 credits

PHYS 0174

 

PHYS 0475

Basic Physics for Science and Engineering 1

Basic Physics for Science and Engineering 1- Honors

4 credits

PHYS 0175

 

PHYS 0476

Basic Physics for Science and Enginneering 2

Introduction to Physics for Science and Engineering II- Honors

4 credits

 

26 credits as follows:

MATH 0240

Analytic Geometry and Calculus 3

4 credits

MATH 0290

Applied Differential Equations

3 credits

ENGR 0131

Statics and Particle Dynamics

3 credits

ENGR 0141

Mechanics of Materials

3 credits

CE  1105

Materials of Construction

3 credits

CE 1330

Introduction to Structural Analysis

4 credits

CE 1340

and/or

CE 1341*

Concrete Structures 1

and/or

Steel Structures 1

6 credits

 

* Note: If the student takes only one of these courses (CEE 1340, CEE 1341), the student must also complete CEE 0109 Computer Methods in Civil Engineering 1

Course Descriptions

ENGR 0131 Statics and Particle Dynamics, 3 credits

Prerequisites: PHYS 0104 and PHYS 0105; ENGR 0011 and/or ENGR 0012 or CS 0002

A basic course in statics and particle dynamics. Topics covered include the effect of external forces acting on particles and rigid bodies. Use is made of computers for self-learning through tutorial software and for problem solving.

ENGR 0141 Mechanics of Materials, 3 credits
Prerequisites: ENGR 0131

An introductory course in the mechanics of deformable solids. Material covers the internal stresses, strains, and displacements which occur when a structure is subjected to applied loads. Open-ended design problems are also discussed.

CE 1105 Materials of Construction
Co-requisites: ENGR 0141

The nature, physical properties, including environmental aspects of civil engineering construction materials are discussed. Experimentation, where applicable, is utilized.

CE  1330 Introduction to Structural Analysis, 4 credits
Prerequisites: MATH 0250, ENGR 0141

Analysis of determinate structural systems.

CE 1340 Concrete Structures 1, 3 credits
Prerequisites: CE 1105, CE 1330

A study of the behavior and design of concrete elements and structures with regard for the origin of code the ACI requires for beams, slabs, columns, frames, and footings.

CE 1341 Steel Structures 1, 3 credits
Prerequisites: CD 1105, CE 1330

A study of the behavior of metal elements with regard t the origin of building specifications including thin element buckling and torsion effects. Design of tension members, columns, beams, and connections, using the AAISC Specification.

CE 0109 Computer Methods in Civil Engineering 1, 3 credits
Prerequisites: ENto GR 0012 or CS 0002.
Co-requisites: MATH 0240 and ENGR 0131

An introduction to the use of computers in civil engineering. Topics covered include: personal computers; the mainframes system; word processing; spreadsheets; graphics; CAD systems; numerical analysis; and civil engineering software packages.

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