GRADUATE CERTIFICATE IN HYDROLOGY

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Graduate certificate in Hydrology
Graduate Certificate in Hydrology Program

The Graduate Certificate in Hydrology Program is designed to give students advanced training in hydrology, including coursework in surface hydrology, hydrogeology and water quality, and leads to professional certification with the American Institute of Hydrology (AIH).

This program is an interdisciplinary program centered in the Environmental Science (ES) Masters Program, and affiliated with the Departments of Civil Engineering, Geology, Geography, Biology and Physics at Portland State University.


Affiliations

The Graduate Certificate in Hydrology is an interdisciplinary program centered in the Environmental Science (ES) Masters Program, and affiliated with the Departments of Civil Engineering, Geology, Geography, Biology and Physics at Portland State University.

Certification as a Professional Hydrologist

The Graduate Certificate in Hydrology follows education guidelines from the AIH for certification as a professional hydrologist. A student earning a Graduate Certificate in Hydrology achieves a significant proportion of educational requirements and satisfies all primary hydrology coursework for qualification as a member of the AIH.

The AIH requires 37 credit hours in hydrology and hydrogeology related courses, and has classified courses as Primary Courses (Category I, 15 cr required), Allied Courses (Category II, 13 cr required), and Supplemental Courses (Category III, 9 cr required). AIH Category I and II courses presently available at PSU are given below. The Graduate Certificate in Hydrology requires a student to complete all AIH Category I requirements, and a majority of AIH Category II requirements. The curriculum requires a student to complete at least one Category I core course in all AIH specialty areas.

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Relationship to PSU Graduate Programs

The Graduate Certificate in Hydrology is centered in the Environmental Science Masters Program. Students in affiliated departments are also eligible to apply for the Graduate Certificate in Hydrology.

In addition to thesis/project credits, the ES Masters Program requires 9 credit hours of core courses, 3 credit hours in quantitative analysis (either statistics or mathematical modeling), a minimum of 15 credit hours in a ES program specialty area, and 6-9 credit hours of electives. Students finishing the requirements for the Graduate Certificate in Hydrology may simultaneously complete both the specialty area and the elective area requirements in the ES Masters Program.

The Graduate Certificate in Hydrology requires a total of 24 cr. Four courses (16 cr) must be completed from the AIH Category I course list below; Category I course requirements include completion of a core course selected from each of the three AIH specialty areas. Students are also required to take two elective courses (8 cr) from the AIH Category II course list below.

Certificate Requirements

Admission requirements include 8 cr each in physics, chemistry and calculus. No prior coursework in hydrology is necessary for admission. Course requirements for the certificate are:

Surface hydrology core course (4 cr)
Hydrogeology core course (4 cr)
Water quality core course (4 cr)
Additional Category I hydrology course (4 cr)
Category II allied courses (8 cr)

Total - 24 credits

The admissible graduate courses are listed below.

Career Opportunities

Trained hydrologic professionals are necessary to solve problems concerning drinking water supplies, stream habitat and water quality requirements for important aquatic organisms, the variability of climate and its effect on water supplies and hazards, and the threat posed to all these resources by industrial, agricultural and domestic contamination and overuse.

Employment opportunities primarily appear in the following areas:

  • Federal and State agencies (for example, Department of Environmental Quality, U.S. Geological Survey, Bureau of Land Management, Corps of Engineers, Forest Service, Bonneville Power Administration, Port of Portland, National Weather Service).
  • Commercial and industrial corporations in the private sector.
  • Private consulting firms knowledgeable in environmental regulations, hydrogeologic investigation, wetland mitigation, flood prediction, pollution abatement and bioremediation, environmental site audits, and regulatory compliance.

PROGRAM OF STUDY

1. Hydrology Core Courses

a. Surface Hydrology (1 course)

CE 564 Hydrologic and Hydraulic Modeling
CE 565 Watershed Hydrology
ESR 525 Watershed Hydrology

b. Hydrogeology (1 course)

CE 569 Subsurface Flow and Contaminant Transport
G 543 Ground Water Geology

c. Water Quality (1 course)

Bi 575 Limnology
CE 578 Water Quality Modeling
G 548 Chemical Hydrogeology

2. Category I Courses
(1 course in addition to core)

a. Surface Hydrology

CE 561 Water Resource Systems Analysis
CE 564 Hydrologic and Hydraulic Modeling
CE 565 Watershed Hydrology
CE 566 Environmental Data Analysis
CE 567 Hydrologic and Hydraulic Design
CE 572 Environmental Fluid Mechanics I
CE 573 Numerical Methods in Environmental and Water Res Eng
CE 576 Environmental Fluid Mechanics II
ESR 525 Watershed Hydrology
Geog 514 Hydrology
b. Hydrogeology

CE 569 Subsurf Flow and Contam Transport
CE CE 570 Numerical Modeling of Subsurface Flow Contaminant Transport
G 541 Ground Water Modeling
G 543 Ground Water Geology
G 544 Well Dynamics
c. Water Quality

Bi 575 Limnology
CE 578 Water Quality Modeling
ESR 520 Ecological Toxicology
ESR 526 Ecology of Streams
G 545 Geochemistry
G 548 Chemical Hydrogeology

3. Category II Courses
(2 courses required)

a. Hydrology and Hydrogeology

Geog 511 Climatic Analysis
Geog 512 Geomorphology
Geog 546 Water Resource Management
Geog 582 Environmental Remote Sensing
G 520 Applied Geophysics
G 521 Fluid/Rock Interactions
G 547 Sedimentology
G 561 Environmental Geology
G 570 Engineering Geology
G 571 Advanced Engineering Geology G 574 Geomorphic Processes
Ph 626 Hydrodynamics

b. Water Quality

Bi 523 Microbial Ecology
Bi 545 Algal Physiology
CE 574 Unit Operations of Environmental Engineering
ESR 524 Wetland Ecology

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