118 / FIELDS OF INSTRUCTION

profession. These are coastal engineering, hydraulics, structures, soil mechanics,
foundation engineering, and transportation. Minor work may be taken in a
variety of related and supporting fields of study. The specific program leading
to the Ph.D. degree is developed to meet the particular needs and interests
of the individual student. The following Engineering Common Courses are
available for graduate major credit: EGC 541-Tensor Fields and Fluid
Dynamics; EGC 621-Surface Hydrology.

COURSES FOR ADVANCED UNDERGRADUATES AND GRADUATES
CE 501-CONSTRUCTION EQUIPMENT AND PROCEDURES. 3 credits
CE 502-CONSTRUCTION PLANNING SCHEDULING. 3 credits
CE 505-CONSTRUCTION CONTRACTS AND SPECIFICATIONS. 3 credits
CE 510-HIGHWAY DESIGN. 3 credits
CE 512-TRANSPORTATION ENGINEERING. 3 credits
CE 513-TRAFFIC ENGINEERING CHARACTERISTICS. 4 credits
CE 520-PROBLEMS IN HYDRAULICS. 3 credits
CE 521-GEOHYDROLOGY. 3 credits
CE 522-OPEN-CHANNEL HYDRAULICS 1. 3 credits
CE 523-WATER RESOURCES ENGINEERING. 4 credits
CE 525-HYDRAULIC MOTORS AND PUMPS. 3 credits
CE 560-STRESS-DEFORMATION ANALYSIS OF SOIL MEDIA. 3 credits
CE 561-SOIL EXPLORATION FOR ENGINEERING DESIGN. 3 credits
CE 570-DESIGN IN PRESTRESSED CONCRETE. 3 credits
CE 571-PLANNING AND DESIGN OF INDUSTRIAL BUILDINGS. 3 credits
CE 572-DESIGN OF HIGHWAY BRIDGES. 3 credits
CE 573-DESIGN OF STRUCTURAL SYSTEMS. 3 credits
CE 590-COMPUTER METHODS IN CIVIL ENGINEERING. 3 credits
CE 591-CIVIL ENGINEERING SYSTEMS. 4 credits

 GRADUATE COURSES
CE 602-CIVIL ENGINEERING PRACTICE. 3 credits
 Advanced studies in the problems of civil engineering practice including social,
legal, and environmental considerations as well as technical aspects. Case histories
of civil engineering projects.
CE 603-CivIL ENGINEERING OPERATIONS. 3 credits
 Prerequisites: CE 502, CE 591. Applications of quantitative methods of de-
cision making to major civil engineering problem areas.
CE 609-SPECIAL STUDIES IN TRANSPORTATION ENGINEERING. 1 to 9 credits
 Topics in physical planning, design, and construction of transportation systems.
May be repeated with a change in content up to a maximum of 9 credits.
CE 610-ADVANCED HIGHWAY ENGINEERING. 3 or 6 credits
 Prerequisite: CE 410. Highway soil engineering, behavior of granular and sta-
bilized highway materials, advanced pavement design, highway capacity, and high-
way planning.
CE 611-TRANSPORTATION SYSTEM OPERATION AND ANALYSIS. 4 credits
 Prerequisite: CE 512. Capacity, speed, and cost of alternate transportation
modes. Analysis and simulation of alternate transportation systems. New systems.
CE 612-URBAN TRANSPORTATION MODELS. 3 credits