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CE 353: Airport Planning and Design
3.00 Credits
Vanderbilt University
Integration and application of the principles of airport master planning from the beginning stages of site selection through actual design of an airport facility. Specific study topics address demand forecasting, aircraft characteristics, capacity analyses, and geometric design of runways, terminals, and support facilities. Prerequisite: CE 225 or consent of instructor.
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CE 353 - Airport Planning and Design
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CE 355: Advanced Transportation Design
3.00 Credits
Vanderbilt University
An in-depth view of the design process. Complex design problems and solutions, with the use of computer-based analytical and design tools. Comprehensive design projects. Prerequisite: CE 255. SPRING.
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CE 355 - Advanced Transportation Design
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CE 356: Advanced Transportation Planning
3.00 Credits
Vanderbilt University
A continuation of the concepts from CE 256, with emphasis on analytical techniques used in forecasting travel. Use of computer-based models, transportation and energy contingency planning methods. Prerequisite: CE 256. SPRING.
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CE 356 - Advanced Transportation Planning
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CE 357: Theory of Traffic Flow
3.00 Credits
Vanderbilt University
A study of traffic flow from the perspective of probability as applied to highway, intersection and weaving capacities. Discrete and continuous flow, vehicle distributions, queuing, and simulation. Prerequisite: CE 257.
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CE 357 - Theory of Traffic Flow
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CE 359: Emerging Information Systems Applications
3.00 Credits
Vanderbilt University
An introduction to emerging information systems technologies and their role in improving productivity and efficiency in managing engineering operations. Design of integrated approaches to enhance the speed, accuracy, reliability, and quantity of information available for decision support. Emphasis on case studies of innovative applications in transportation and manufacturing, leading to individual and group projects requiring new product development. Prerequisite: background transportation or manufacturing operations or consent of instructor. FALL.
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CE 359 - Emerging Information Systems Applications
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CE 371A: Reliability and Risk Engineering Seminar
1.00 Credits
Vanderbilt University
Seminars by expert speakers on reliability and risk assessment and management of multi-disciplinary engineering systems. Topics on infrastructure and environmental systems, mechanical, automotive, and aerospace systems; network systems (power distribution, water and sewage systems, transportation etc.); manufacturing and construction; and electronic and software systems. FALL, SPRING.
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CE 371A - Reliability and Risk Engineering Seminar
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CE 371B: Reliability and Risk Engineering Seminar
1.00 Credits
Vanderbilt University
Continuation of CE 371A. FALL, SPRING.
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CE 371B - Reliability and Risk Engineering Seminar
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CE 379: Non-Candidate Research
0.00 - 12.00 Credits
Vanderbilt University
Research prior to entry into candidacy (completion of qualifying examination) and for special non-degree students.
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CE 379 - Non-Candidate Research
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CHBE 161: Chemical Process Principles
3.00 Credits
Vanderbilt University
A foundation for advanced work in chemical engineering. Process problems of a chemical and physico-chemical nature are considered. Emphasis is on stoichiometry, material balances, and energy balances required for design computation. FALL.
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CHBE 161 - Chemical Process Principles
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CHBE 162: Chemical Engineering Thermodynamics
3.00 Credits
Vanderbilt University
Application of the laws of thermodynamics to chemical engineering systems. Entropy balances and analysis of thermodynamic cycles. Methods of estimating thermodynamic properties of pure fluids and mixtures, including equations of state, to provide background for chemical process design and simulation. SPRING.
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CHBE 162 - Chemical Engineering Thermodynamics
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