Systems Engineering deals with the design and operation of large-scale complex systems. Within the Civil Engineering context, it usually deals with environmental systems, water resources systems, transportation systems, construction and urban planning. It uses methodologies derived from engineering design and from the mathematics of operations research, stochastic processes, and automatic control. It embodies heavy emphasis on the environmental, social, and economic aspects of large-scale engineering development. The basic building blocks of systems engineering are therefore highly interdisciplinary.
Degrees Offered
The program offers Master of Science (M.S.) and Doctor of Philosophy (Ph.D) degrees in Civil Engineering, for students with both engineering and non-engineering undergraduate backgrounds.
Program Course Listing
At the Catholic University of America, the graduate program in systems engineering is offered through the Department of Civil Engineering but incorporates course offerings and research areas from several other departments. The following is a list of courses from which selections may be made to build a coherent program in systems engineering at either the master's or doctoral levels. (Bold type indicates required core courses).
CE 555 | Environmental Law and Policy (3) |
CE 557 | Foundation Engineering |
CE 560 | Case Studies in Geotechnical and Geoenvironmental Engineering |
CE 570 | Innovative Infrastructure Management (3) |
CE 572 | Intelligent Transportation Systems (3) |
CE 575 | Introduction to Systems Analysis (3) |
CE 576 | Systems Design (3) |
CE 579 | Harbors and Coastal Engineering (3) |
CE 581 | Practical Construction Law (3) |
CE 582 | Value Engineering (3) |
CE 587 | Estimating and Bidding (3) |
CE 589 | Construction Scheduling Techniques (3) |
CE 591 | Engineering Hydrogeology and Groundwater Flow (3) |
CE 592 | Groundwater Contamination: Simulation and Regulations (3) |
CE 593 | Applied Hydrology (3) |
CE 595 | Water Supply Engineering (3) |
CE 596 | Waste Treatment Engineering (3) |
CSC 532 | Systems Simulation (3) |
ENGR 538 | Introduction to Environmental Engineering (3) |
ME 510 | Modern Control Systems (3) |
ME 537 | Pollution Control For Energy Systems (3) |
CMGT 505 | Decision Analysis (3) |
CMGT 547 | Managerial Engineering Economics (3) |
CMGT 572 | Organizational Theory and Behavior (3) |
CMGT 580 | Introduction to Systems Engineering Management (3) |
ECON 661 | Advanced Mathematical Economics (3) |
ECON 662 | Graduate Statistics (3) |
ECON 763 | Econometrics I (3) |
ECON 764 | Econometrics II (3) |