Ph.D. Requirements |
Courses of StudyStudents with research interests in Environmental Management may pursue a Ph.D. at Vanderbilt University in an appropriate related discipline. One option is to pursue a PhD. in Management through the Owen Graduate School of Management. Students may combine traditional business disciplines such as finance, marketing, or organizational studies with additional course work and research in environmental management studies. Alternatively, an individualized program can be arranged in Interdisiplinary Studies (Environmental Management through admission to the School of Engineering. Contact Professor James Clarke for more details. Requirements for an Interdisiplinary PhD. Students with research interests in Environmental Management are expected to complete a core curriculum of 16 courses that provide a foundation in economics, law, engineering, management, and public policy. They may also select from the remaining courses listed below to complete their course requirements (42 hours total). The following courses fulfill that goal and should generally be taken by all students. In most cases, students entering with a Master's degree will be able to transfer and/or place out of a significant number of these courses. Additionally, the faculty advisory committee may adjust this list based on the interests and needs of individual students, current course offerings, and alternatives that fulfill the same basic purpose. The thesis requirement consists of conducting environmental management/science research and preparing three separate manuscripts, each suitable for publication in a respected peer-reviewed journal. Required courses are denoted by: *
Economics (2 courses PhD, 1 course MS)
* Microeconomics (ECON 231) Independent Study in Environmental Economics Civil and Environmental Engineering/Assessment (3 courses PhD, 2 courses MS) * Environmental Assessment (ENVE 264) Solid and Hazardous Waste Management (ENVE 260) Atmospheric Pollution (ENVE 280) Probabilistic Models in Engineering Design (CE 310) Geographic Information Systems (CE 259) Environmental Characterization and Analysis (ENVE 273) Reliability and Risk Case Studies (CE 290) Radiological Aspects of Environmental Engineering (ENVE 269) Environmental Management (2 courses PhD and MS) * Safety, Security, and Environmental Risk Management (ENVE 296) Corporate Strategies for Environmental and Social Responsibility (MGT 423) Law (1 course PhD and MS) * Environmental Law (LAW 732) Advanced Environmental Law Business and Transactional Environmental Law International Environmental Law (LAW 763) Law & Business: Private Environmental Law and Voluntary Overcompliance (MGT 455) Research Methods (3 courses PhD, 2 courses MS) Managerial Statistics (MGT 381) Probabilistic Models of Engineering (CE 310) Advanced Reliability Methods (CE 313) Experimental Design (PSY 304b) Multivariate Statistics (PSY 308) Quantitative Methods (PSY 304a) Econometrics (ECON 309) Business Forecasting (MGT 480) NOTE: At least one of the above courses should include statistical methods. Operations/Quality, Organizational Management, and Public Policy (4 courses PhD) Operations Management (MGT 371) Organizational Design (MGT 441) Economics of Organizations (MGT 427) Philosophy and the Natural Sciences (PHIL 244) Creation and Ecology (DIV 3315) Environmental Ethics (DIV 3404) Strategies for Environmental and Social Responsibility (MGT 423) Ethics in Business (MGT 456) Controversies/Debates in Business, Management, and Society (MGT 549e) Development Project Design and Evaluation (HOD 3610) Other Environment-Related Electives Anthropology (ANTH 207, ANTH 230 ANTH 233, ANTH 309) Biological Sciences (BIO SCI 238, BIO SCI 239, BIO SCI 336) Earth and Environmental Sciences (EES 220) Special Topic: Environmental Science Capstone I (SOC 390-A) Special Topic: Environmental Science Capstone II (CE 299) Values & Environment (PHIL 352-2) Environmental Control (ME 262) Partial Listing of Course Abbreviations and School Designations
Please visit Vanderbilt's On-Line Course Catalog for a complete listing of all school catalogs. The school catalogs provide course descriptions, credit hour information, instructors, etc. ANTH - Anthropology - Graduate School In the descriptions below, figures in brackets, e.g., [2], refer to credit hours for each course. With the advice and written consent of a sponsoring faculty member and the Committee on Instruction, students may register for an individually structured course. Courses listed below are tentative. The schools reserve the right to change the arrangement or content of courses, to change the texts and other materials used, or to cancel any course on the basis of insufficient enrollment or for any other reason.
BIO SCI 238. Ecology. Population biology, evolutionary ecology, community structure, with emphasis on species interactions, including competition, predation, and symbiosis. Prerequisite: 110a–110b. SPRING. [3] Abbot. BIO SCI 239.Behavioral Ecology. An evaluation and synthesis of some of the important problems at the interface of behavior and ecology. Evolution of society, kin selection and altruism, behavioral mechanisms of population regulation and competition, foraging theory, behavioral aspects of predator-prey interactions, courtship and mating systems, sociobiology and its implications. Three lectures and one discussion period per week. SPRING. [4] Leal. BIO SCI 336.Seminar in Ecology and Evolutionary Biology. Fall, SPRING. [Variable credit 1-2] Back to Required Courses CE 259. Geographic Information Systems. Principles of computerized geographic information systems (GIS) and analytical use of spatial information. Integration with global positioning systems (GPS) and internet delivery. Includes GIS software applications. SPRING. [3]
CE 290. Reliability and Risk Case Studies. Multidisciplinary review of case studies in reliability and risk assessment of engineering systems, from a wide range of perspectives such as engineering design, environmental impact, regulatory impact, socioeconomic consequences,and legal liability. Infrastructure and environmental systems; mechanical, automotive, and aerospace systems; network systems (power distribution, water and sewage systems, transportation, etc.); manufacturing processes; and electronic and software systems. Evaluation of reliability solutions based on achievable goals, scientific basis, technical feasibility, economic impact, political feasibility, and policy implications. FALL. [2]
CE 310. Probabilistic Models in Engineering Design. Applications of probabilistic models in the analysis and synthesis of engineering systems. Review of basic probability concepts, random variables and distributions, modeling and quantification of uncertainty, testing the validity of assumed models, linear regression and correlation analyses, Monte Carlo simulation, reliability analysis and reliability-based design. Emphasis on applications in civil, mechanical, and chemical engineering. Prerequisite: Math 230 or consent of instruction. FALL. [3] Mahadevan.
CE 313. Advanced Reliability Methods. Computational methods for probabilistic analysis and design of modern engineering systems. Emphasis on system reliability, nonlinear reliability methods, Weibull analysis, Bayesian methods, response surface modeling and design of experiments, advanced simulation and variance reduction concepts, sensitivity analysis and reliability-based design optimization. Practical applications using existing software. Prerequisite: 310. SPRING. [3] Mahadevan. CE 371a - 371b. Reliability and Risk Engineering Seminar. Seminars by expert speakers will provide a wide range of perspectives on reliability and risk assessment and management of multidisciplinary 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. [1–1] DIV 3315. Creation and Ecology. Recent theological treatments of creation in light of ecological crises and scientific-technological developments. Readings include various views of nature, evolution, and biogenetic intervention and differing theological responses. [3] Mr.Meeks
DIV 3404. Environmental Ethics. Deals with various literatures and topics in the field of environmental ethics -- philosophical, religious, historical, cultural, and scientific perspectives informing the analysis of particular problems. The weight given to one or more of these perspectives varies according to subject matter. FALL [3]. Mr. Harrod.
Back to Required Courses EES 220. Life Through Time. Ecology, classification, evolutionary history of important groups of fossils, emphasizing invertebrates. Change in marine ecosystems through geologic time. Causes and effects of rapid evolution events and mass extinctions. Three hours of lecture and one laboratory period per week. Prerequisite: 101 or junior standing as a biological sciences major. No credit for graduate students in EES. FALL. [4] M. Miller. Back to Required Courses ECON 231. Intermediate Microeconomic Theory.Development of the techniques of analysis for problems of resource allocation. Theories of choice and production for individual economic agents in competitive and monopolistic environments. Behavior of markets. Determination of prices, wages, interest, rent, and profit. Income distribution. No credit for graduate students in economics. Prerequisite: one semester of calculus. FALL, SPRING. [3] Conley, Foster. ECON 309. Econometrics. Analysis of specification errors in single equation estimation of economic relations and introduction to the estimation and application of simultaneous equation models. Prerequisite: 307 or consent of instructor. SPRING. [3] F. Back to Required Courses ENVE 260. Solid and Hazardous Waste Management. An introduction to solid municipal and hazardous waste management including generation, characterization, collection, treatment and disposal. Emphasis given to the legal requirements, risk assessment and management, costs and policy considerations including pollution prevention, recycling and substitution. SPRING. [3] HOD 3610. Development Project Design and Evaluation. Examines how development projects and programs intended to improve social, economic, health, energy, environmental, and other conditions in human communities are designed by development professionals and how they determine whether or not such interventions achieve their purposes and warrant similar investment in the future. Analytical work undertaken at several stages in the design and evaluation process, including social, financial, managerial, legal, environmental, and other analyses, as well as impact analysis, are carried out. The purpose is to understand the ways applied research underpins and influences development investment decisions. [3] PSY 304a-304b. Quantitative Methods and Experimental Design. Principles and methods for the design and analysis of experiments and for the investigation of individual differences. Principles of experimental design, descriptive and inferential statistics, and introduction to multivariate analysis. [3-3] Tomarken.
Courses not currently offered may be fulfilled by independent study
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