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University Bulletin

Graduate Degree Programs

Environmental Pollution Control (E P C)

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THOMAS H. EBERLEIN, Program Coordinator
TL177 Science and Technology Building
Penn State Harrisburg
717-948-6358

Degrees Conferred:

M.S., M.E.P.C. (Penn State Harrisburg, Penn State University Park)

The Graduate Faculty--Penn State Harrisburg

  • Katherine H. Baker, Ph.D. (Delaware) Associate Professor of Environmental Microbiology
  • Melvin Blumberg, Ph.D. (Penn State) Professor of Management
  • Yen-Chih (David) Chen, Ph.D. (Purdue) Assistant Professor of Environmental Engineering
  • Beverly A. Cigler, Ph.D. (Penn State) Professor of Public Administration and Public Policy
  • Shirley Clark, Ph.D. (Alabama, Birmingham) Associate Professor of Environmental Engineering
  • Thomas H. Eberlein, Ph.D. (Wisconsin) Associate Professor of Chemistry
  • Robert F. Munzenrider, Ph.D. (Georgia) Associate Professor of Public Administration
  • Sairam Rudrabhatla (Osmania, India) Assistant Professor of Biology
  • Clifford H. Wagner, Ph.D. (SUNY Albany) Associate Professor of Computer Science and Mathematical Sciences
  • Yuefeng Xie, Ph.D. (Tshinghua) Professor of Environmental Engineering

The Graduate Faculty--Penn State University Park

  • David G. Abler, Ph.D. (Chicago) Professor of Agricultural Economics and Demography
  • Michael A. Adewumi, Ph.D. (Illinois Institute of Tech) Professor of Petroleum and Natural Gas Engineering
  • Christopher J. Bise, Ph.D. (Penn State) Centennial Professor of Mining Engineering
  • Andre L. Boehman, Ph.D. (Stanford) Associate Professor of Fuel Science
  • William H. Brune, Ph.D. (Johns Hopkins) Professor of Meteorology
  • Fred S. Cannon, Ph.D. (Illinois, Urbana-Champaign) Associate Professor of Civil and Environmental Engineering
  • Hunter Carrick, Ph.D. (Michigan) Assistant Professor of Aquatic Ecology
  • Rick L. Day, Ph.D. (Penn State) Assistant Professor of Soil Science and Environmental Information Systems
  • Jerzy Dec, Ph.D. (Inst of Organic Industry, Poland) Research Associate in Soil Biochemistry
  • Brian A. Dempsey, Ph.D. (North Carolina) Professor of Environmental Engineering
  • David R. DeWalle, Ph.D. (Colorado State) Professor of Forest Hydrology
  • Herschel A. Elliott, Ph.D. (Delaware) P.E. Professor of Agricultural Engineering
  • Derek Elsworth, Ph.D. (California, Berkeley) Professor of Geo-Environmental Engineering
  • Ann N. Fisher, Ph.D. (Connecticut) Professor of Agricultural and Environmental Economics
  • Richard L. Gordon, Ph.D. (MIT) Professor of Mineral Economics
  • William A. Groves, Ph.D. (Michigan) Assistant Professor of Industrial Health and Safety
  • Michael W. Grutzeck, Ph.D. (Penn State) Senior Research Associate and Associate Professor of Materials
  • James M. Hamlett, Ph.D. (Iowa State) Associate Professor of Agricultural Engineering
  • Albert R. Jarrett, Ph.D. (Penn State) P.E. Professor of Agricultural Engineering
  • Dennis Lamb, Ph.D. (Washington) Professor of Meteorology
  • Hangsheng Lin, Ph.D. (Texas A&M) Assistant Professor of Hydropedology/Soil Hydrology
  • James A. Lynch, Ph.D. (Penn State) Professor of Forest Hydrology
  • Jack V. Matson, Ph.D. (Rice) P.E. Professor of Civil Engineering
  • Arthur C. Miller, Ph.D. (Colorado State) P.E.. P.L.S. Professor of Civil Engineering
  • Dennis J. Murphy, Ph.D. (Penn State) C.S.P. Professor of Agricultural Engineering
  • Richard R. Parizek, Ph.D. (Illinois) Professor of Geology
  • Gary W. Petersen, Ph.D. (Wisconsin) Distinguished Professor of Soil and Land Resources
  • Sarma V. Pisupati, Ph.D. (Penn State) Assistant Professor of Fuel Science
  • Raymond W. Regan, Sr., Ph.D. (Kansas) P.E. Professor of Environmental Engineering
  • Paul D. Robillard, Ph.D. (Cornell) Associate Professor of Agricultural Engineering
  • Adam Z. Rose, Ph.D. (Cornell) Professor of Energy, Environmental, and Mineral Economics
  • Barry F. Scheetz, Ph.D. (Penn State) Senior Scientist and Professor of Materials
  • Robert D. Shannon, Ph.D. (Indiana) Associate Professor of Agricultural Engineering
  • William E. Sharpe, Ph.D. (West Virginia) Professor of Forest Hydrology
  • James Shortle, Ph.D. (Iowa State) Professor of Agricultural Economics
  • John M. Skelly, Ph.D. (Penn State) Professor of Plant Pathology
  • Dennis W. Thomson, Ph.D. (Wisconsin) Professor of Meteorology
  • David G. Wagner, Ph.D. (Colorado State) Assistant Professor and Extension Specialist for Precision Agriculture
  • Grace A. Wang, Ph.D. (Minnesota) Assistant Professor of Natural Resource Policy
  • John C. Wyngaard, Ph.D. (Penn State) Professor of Meteorology

This intercollege master's degree program, available at Penn State Harrisburg and Penn State University Park, deals with the various aspects of air, land, and water pollution control. Graduate instruction is under the direction of an interdisciplinary faculty committee and the departments participating in the program. The EPC faculty have teaching and research interests in the area of environmental pollution control, and where projects are being funded, support opportunities may be available. Currently, faculty from sixteen departments in four colleges are participating in the program at University Park and faculty from four graduate programs participate at Penn State Harrisburg. A student is affiliated with one of these departments on the basis of his/her specific area of interest and is advised by an EPC faculty member in that department. Maximum flexibility is maintained by the program in an effort to meet both the needs of the individual student and the pollution control activity in which he/she wants to participate.

Admission Requirements

Requirements listed here are in addition to general Graduate School requirements stated in the GENERAL INFORMATION section of the Graduate Bulletin.

The EPC program is designed for students with backgrounds in science or engineering. Admission will be granted if the applicant has the necessary program prerequisites and a faculty member in the student's interest area agrees to serve as adviser. Normal admission requirements include mathematics through integral calculus plus two courses each in both general chemistry and physics.

Students with a 3.00 junior/senior average and with appropriate backgrounds in mathematics and science will be considered for admission. The best-qualified applicants will be admitted up to the number of places that are available for new students. Applicants to the Environmental Pollution Control program are required to provide a statement of objectives, three letters of recommendation, and scores from the Graduate Record Examination (GRE) Aptitude Test (verbal, quantitative, analytical) to complete the admission process. Entering graduate students for whom English is not their first language are required to have a score of at least 560 on the TOEFL (Test of English as a Foreign Language) examination. There is no foreign language requirement.

Degree Requirements

All candidates are required to take a core course in each of four environmental areas--air, water, solid waste, hazardous waste management, and policy/risk--and 1 credit of the E P C 590 seminar for a minimum core requirement of 12 credits. All but 6 of the total 30 credits required must be selected from a recommended course list. If the option to prepare a thesis is selected (M.S. only), students must schedule at least 12 credits at the 500 level, take at least 6 credits of 600-level thesis research in their thesis adviser's academic department, and write a thesis on an area concerned with environmental pollution. Only 6 credits of 600-level course work may count toward the 30-credit minimum degree requirement. Students who select the nonthesis option must schedule at least 18 credits at the 500 level, which may include 1 credit of E P C 590 and a maximum of 3 paper-writing credits. The M.E.P.C. E P C degree require submission of a scholarly master's paper.

Watershed Stewardship Option

The Graduate Option in Watershed Stewardship is a graduate option intended to provide enhanced educational opportunities for students with an interest in water resources management who are enrolled in a graduate degree program within Environmental Pollution Control at the University Park campus. The objective of the Graduate Option in Watershed Stewardship is to educate students to facilitate team-oriented, community-based watershed management planning directed at natural resources conservation and environmental problems encountered in Pennsylvania communities, especially non-point source water pollution. The Graduate Option in Watershed Stewardship requires 22 credits of graduate coursework: 12 credits of breadth courses, 2 credits of Watershed Stewardship Seminar courses (FOR 591A and FOR 591B or LARCH 510.2), and 8 credits of Watershed Stewardship Practicum I and II courses (FOR 570 and FOR 571 or LARCH 540.2 and LARCH 550.2). Breadth courses will consist of three graduate credits of coursework from each of four subject matter areas: 1) water resources science, 2) social science, public policy and economics, 3) humanities, and 4) communications and design. In the watershed stewardship practicum courses students work in teams with community, government and business leaders to analyze and understand natural resources and environmental pollution problems and creatively synthesize appropriate solutions in the form of a written watershed management plan.

A representative pattern of scheduling for the Graduate Option in Watershed Stewardship in addition to a student?s other degree requirements might be:

First Year:

Fall Semester
Breadth electives?6 credits
FOR 591A or LARCH 510.2
Watershed Stewardship Issues
Colloquium, 1 credit

Spring Semester
Breadth electives?6 credits
FOR 591B or LARCH 510.2
Watershed Stewardship
Planning Colloquium, 1 credit

Second Year:

Fall Semester
FOR 570 or LARCH 540.2?3 credits
Keystone Project

Spring Semester
FOR 571 or LARCH 550.2?5 credits
Keystone Project

A list of acceptable breadth courses from each category is provided in the Graduate Option in Watershed Stewardship Handbook. Students will be allowed to petition to the Center for Watershed Stewardship to substitute higher level or equivalent courses in a major field to suit their specific backgrounds and goals. Courses taken for the Graduate Option in Watershed Stewardship may be used to satisfy other EPC degree requirements with concurrence of their adviser and graduate committee and only if such courses are approved EPC core requirements or are on the currently approved list of additional 400- and 500-level course for the EPC major. The graduate committee for a student enrolled in the Option in Watershed Stewardship must include a faculty representative from the Center for Watershed Stewardship.

Students enrolled in M.E.P.C. or M.S. degree program within Environmental Pollution Control may apply to participate in the Graduate Option in Watershed Stewardship. EPC students may prepare their thesis or paper on a topic related to their watershed management plan, but the thesis or paper must reflect independent thought and scholarly effort above and beyond the requirements of FOR 570 and FOR 571 or LARCH 540.2 and LARCH 550.2.

Student Aid

Graduate assistantships available to students in this program and other forms of student aid are described in the STUDENT AID section of the Graduate Bulletin.

ENVIRONMENTAL POLLUTION CONTROL (E P C)
590. COLLOQUIUM (1)

EPC Concurrent degree offering with the Penn State Dickinson School of Law

Penn State Harrisburg School of Science, Engineering, and Technology
Penn State Dickinson School of Law

Degrees Conferred:

J.D. (Dickinson) M.E.P.C., M.S. (Penn State Harrisburg)

Degrees

The Penn State Dickinson School of Law and the Intercollege Graduate Program in Environmental Pollution Control (EPC) offer a coordinated program leading to the degrees of Juris Doctor (J.D.) and Master of Environmental Pollution Control (M.E.P.C.), or Master of Science in EPC (M.S.).

The EPC programs are interdisciplinary, dealing with all aspects of controlling air, water, and solid waste pollution and disposal. The master of engineering degree is designed for those with an undergraduate degree in engineering, while the master of environmental pollution control degree is for those with science or nontechnical backgrounds. The master of science degree is intended for those students who wish to intensively pursue a research area as part of their master's degree work.

Admission to the Program

In order to be admitted to the program, students must first be admitted to Dickinson under its regular admission procedures. Students are admitted to begin classes in the fall only. Dickinson will screen potential program candidates, and need not forward applications of all Dickinson admittees who have expressed an interest in the EPC programs. Dickinson can withhold support for some admittees until they have demonstrated proficiency in their legal studies and a capacity for dual-degree study. The EPC program at Penn State Harrisburg will make an independent admission decision as to all dual-degree applicants.

Admission Requirements

Dickinson

A bachelor's or equivalent degree from an accredited college is a prerequisite for admission. However, there is no standard prescribed undergraduate curriculum. An applicant should have acquired significant oral and written communication skills before entering law school. The following are required of applicants: complete application form for Dickinson; taking of the Law School Admission Test (LSAT); completion of an LSDAS report; a one-page personal statement; employment record since high school; two recommendations.

EPC

A bachelor's degree in engineering from an accredited program is required for the Master of Engineering degree program. For the Environmental Pollution Control program, a bachelor's degree is required, including courses in mathematics through integral calculus and two courses each in both general physics and chemistry. If the applicant has not had experience with aspects of environmental engineering or science, completion of ENVE 397 Introduction to Environmental Engineering and Science or C E 297B Water Pollution Control is strongly suggested prior to the start of the graduate course work in the program. A completed Graduate School application form also is required.

Sequence

Students complete the first year of the J.D. program before beginning the EPC program. (While students might take courses in the EPC program prior to enrollment at Dickinson, credit for those courses may not count toward the J.D. degree.) Thereafter, students may concurrently enroll in courses in the J.D. and the EPC programs provided that they abide by the requirements of each program.

Interprogram Transfer of Credits

J.D.

A maximum of 12 credits for EPC course work may be transferred for credit toward the J.D. degree at Dickinson. Courses for which such credit may be applied shall be subject to approval by the Dickinson faculty. Students must obtain a grade satisfactory to Dickinson for the course work to be credited toward the J.D. degree.

M.E.P.C.

A maximum of 12 credits of Dickinson course work may be counted for credit toward this degree, subject to EPC approval based on the relevance to the MEPC degree program. No course work at Dickinson may be used to satisfy the master's paper requirement of the MEPC degree program. However, a member of the Penn State graduate faculty from Dickinson may be designated as a reader for the master's project.

M.S. in EPC

A maximum of 8 credits of Dickinson course work may be counted for credit toward this degree, subject to EPC approval based on relevance to the degree program. No course work at Dickinson may be used to satisfy the master's paper requirement of the M.Eng. degree program or the thesis requirement of the M.S. degree. However, a member of Penn State graduate faculty from Dickinson may be designated as a reader for the master's project.

Recommended Program of Study and Advising

All students in the program have two advisers, one from Dickinson and one from EPC (Penn State Harrisburg). Periodic interaction between the two advisers is encouraged. A program of study is developed for each student, taking into account the fact that some courses at both locations are offered on a rotating basis. Many courses are offered every year, but some are offered every two or three years. Advisers will have available a list of projected relevant offerings in order to work with the student on an individualized program of study.

Tuition

Students will be charged the applicable Dickinson tuition to cover the J.D. program and graduate tuition on a per credit (in-state) rate of the EPC courses.

Graduation

A student in the program may complete the requirements for one of the degrees, and be awarded that degree, prior to completing all the requirements for the other degree. All courses in one program that will count toward meeting the requirements of the other program must be completed before awarding the first degree.

 

 

Last Revised by the Department: Summer Session 2005

Blue Sheet Item #: 33-03-311

Review Date: 11/23/04

Faculty updated: 10/10/13