and Architectural Engineering

COURSE OFFERINGS

Many courses are available at the undergraduate and graduate levels. Current course offerings are shown below. Some courses, particularly graduate courses, are not offered every semester.

ARE/Structures Courses

Graduate Level

ARE 383	Mechanics of Wood and Wood Structures
CE 381P	Matrix Methods in Structural Analysis
CE 381R	Finite Element Methods
CE 382L	Plastic Design in Metals
CE 382N	Structural Systems
CE 383L	Advanced Reinforced Concrete Members
CE 383N	Advanced Reinforced Concrete Structures
CE 383P	Prestressed Concrete
CE 384P	Dynamic Response of Structures
CE 384R	Earthquake Engineering
CE 386P	Engineering Fracture Mechanics
CE 386R	Inelastic Behavior of Materials
CE 386S	Elastic Analysis of Continuous Systems
CE 397	Computer-Aided Structural Engineering
CE 397	Bridge Engineering
CE 397	Repair of Concrete
CE 397	Design of Offshore Structures
CE 397	Special Concretes
CE 397F	Forensic Engineering: Materials and Structures
CE 397K	Stability of Structures
CE 397L	Advanced Structural Metals

Undergraduate Level

ARE 320K	Introduction to Design I
ARE 320L	Introduction to Design II
ARE 345K	Masonry Engineering
ARE 362L	Wood Engineering Design
ARE 465	Integrated Design Project
CE 362M	Advanced Reinforced Concrete Design
CE 362N	Advanced Steel Design
CE 362P	Prestressed Concrete Design
CE 363	Advanced Structural Analysis
CE 379K	Computer Methods for Civil Engineering

ARE/Construction Management Courses

Graduate Level

ARE 382	Independent Studies in Architectural Engineering, Various Topics
CE 395P	(Automation)
P.1	Advanced CAD Procedures
P.2	Introduction to Construction Automation
P.3	Automated Construction System Design
CE 395Q (Controls)
Q.1	Project Cost Management
Q.2	Project Time Management
Q.3	Project Quality Issues
Q.4	Procurement and Materials Management
CE 395R (Information)
R.2	Project Information Management Systems
R.3	Decision/Risk Analysis
R.4	Metrics
CE 395S (Organization/People)
S.1	Human Factors
S.2	Construction Productivity
S.4	Project Management
CE 395T (Technology)
T.1	Advanced Construction Technologies
T.2	Constructability & Modularization
T.5	Heavy Construction Equipment and Methods
CE 395U (Business)
U.1	Capital Facility Finance
U.2	TQM (Total Quality Management)
U.3	Advanced Legal Concepts
CE 395V (Seminar/Independent Study)
V.1	Seminar
V.2	Independent Study

Undergraduate Courses

ARE 323K	Engineering Economics and Construction Management
ARE 335K	Materials and Methods of Building
ARE 358	Construction Cost Estimating
ARE 366	Contracts, Liability and Ethics

ARE/Materials Courses

Graduate Level

CE 393	Advanced Concrete Materials
CE 386P	Engineering Fracture Mechanics
CE 397 (16)	Evaluation, Materials and Techniques for Concrete Repair
CE 397F	Forensic Engineering: Materials and Structures

Undergraduate Level

CE 351

Concrete Materials

ARE/Building Environmental Systems Courses

Graduate Level

ARE 377	Modeling of Air and Pollutant Flows in Buildings
ARE 383	Energy Simulation in Building Design
ARE/CE 381E	Design of Energy-Efficient and Healthy Buildings
ARE/CE 389H	HVAC Design
ARE/CE 389T	Indoor Air Quality: Transport and Control
CE 396L.4	Indoor Air Quality: Physics and Chemistry
CE 397	Human Exposure Assessment

Undergraduate Level

ARE 346N	Building Environmental Systems
CE 341	Introduction to Environmental Engineering
CE369L	Air Pollution Engineering
CE 370K	Environmental Sampling and Analysis

Non-Civil Engineering Courses, Graduate Level

Graduate courses outside of Civil Engineering may be approved by the graduate advisor for the Architectural Engineering major. For instance, courses in the School of Architecture, Mathematics, or Mechanical Engineering might be considered.

Minor Area Courses

Many Architectural Engineering students take minor area courses in other areas such as management, real estate, community and regional planning, accounting, business law, finance, or combinations thereof .

FOR MORE INFORMATION:

Dr. Richard E. Klingner
Graduate Advisor, Architectural Engineering
Department of Civil, Architectural and Environmental Engineering
ECJ 5.200
The University of Texas at Austin
Austin, TX 78712-1076
Phone: (512) 471-1732
Fax: (512) 471-3191
E-mail: klingner@mail.utexas.edu