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Transportation Systems Engineering

Key Faculty: William Scherer, Preston White


Area Description: Modern transportation systems are extremely complex systems involving large-scale infrastructure, sophisticated computer, communications, and electronic components, in addition to significant human factors considerations. This complexity makes the design and operation of such systems challenging. To deal with the complexity, systems analysis (or engineering) methodology is an effective approach.
     One of the most dynamic areas in transportation is Intelligent Transportation Systems (ITS). The future of ITS is founded in the development of system architectures that will allow for the integration of diverse transportation system components, many of which are not yet conceived. New information technologies will play a critical role in this architecture development. While a national ITS architecture has been developed, there now remains a significant challenge to design and implement real systems using real technology that meets the requirements of the "open" architecture.

Potential Courses: partial listing, see Key Faculty for details
SYS 634 Discrete Event Simulation
SYS 650 Risk Analysis
SYS 702 Case Studies in Systems Engineering
SYS 730 Time Series Analysis and Forecasting
SYS 734 Advanced System Simulation
SYS 750 Advanced Methods in Optimization
CE 535 Transportation Systems Planning and Analysis I: Framework
CE 632 Project Management
CE 635 Transportation Systems Planning and Analysis II: Computational Methods
CE 636 Traffic Operations
CE 637 Traffic Systems Management
CE 638 Public Transportation
CE 732 Transportation Systems Planning and Analysis III: Integrated Model Systems
CE 734 Traffic Flow Theory
CE 735 Intermodal Transportation
CE 736 Financing Transportation Infrastructure
CE 737 Advanced Topics in Transportation
GBUS 882 *Management of Service Organizations
GBUS 884 Innovation and technology Management
GBUS 890 *Management Decision Models
PLAN 501 Urban Design
PLAN 506 Analysis of the Urban System
PLAN 524 Negotiating Public Policy Issues
PLAN 548 Impacts of Land Development
PLAN 566 State Land Use Development
GFAP 543 Intergovernmental Relations
GFAP 766 Policy Analysis
COMM 767 Management of Information Systems
COMM 768 Advanced Database Management Systems
COMM 769 Advanced Systems Design
COMM 780 Data Communications and Networking
CE 613 Pavement Management
PLAN 505 Design of Cities
ECON 771 Econometrics

Example Concentration Areas

A student interested in any area has the ability to customize his course selection to fit his concentration. Possible concentrations within transportation systems include:
 

Transportation Systems Modeling

SYS 634
SYS 734
SYS 750
CE 637
CE 535
CE 635
 
Transportation Information Systems

SYS 702
CE 535
CE 732
COMM 767
COMM 768
COMM 780
 

Job Opportunities

Possible job opportunities for a student studying Transportation Engineering include public transportation agencies (federal, state, and local), private transportation consulting firms, and planning think tanks.
 

* - Each class is 1.5 Credits