Primary Faculty Courses

A Primary Faculty Course is defined as a graduate-level advanced elective course (e.g. lecture, seminar) taught by an HWR-budgeted faculty member* if he or she receives 50% or more Teaching Load Credit (TLC) for the course.  When a Primary Faculty member participates at less than half-time in the course (e.g. when his or her TLC is 25% or 33%), the course is not included in the Primary Course List because more than half of the TLC is awarded to faculty member(s) outside the department.
 
The following list of courses taught by Primary Faculty members was accurate at the time of publication.  Contact the HWR Academic Advisor to determine if an updated list is available. 
 
NOTES:
  • The course prefix is assumed to be HWRS unless noted otherwise.
  • Teaching Load Credit determines whether a course is included in this list.
  • A course does not need to be officially cross-listed with the department in order to be included in the list.

 

Master's Core Courses and Field Methods Course

 

For reference only.  These fundamental courses are not considered Advanced Elective Courses.
 
  • 513A Field Hydrology (Meixner et al.)
  • 517A Fundamentals of Water Quality (Meixner)
  • 518  Fundamentals of Subsurface Hydrology (Ferre, Neuman)
  • 519  Fundamentals of Surface Hydrology (Troch)
  • 520  Fundamentals of Water Resources Management, Planning, and Rights: Policy (Bradley)
  • 528  Fundamentals of Systems Approach to Hydrologic Modeling (Gupta)
 

Advanced Elective Courses

 

  • 500  Ecosystemology for Urban Planning (Bradley)
  • 503  Subsurface Fluid Dynamics (Neuman)
  • 504  Numerical Methods in Subsurface Hydrology (Neuman)
  • 505  Vadose Zone Hydrology (Ferre)
  • 515  Introduction to Water Resources Policy (Bradley)
  • 516  Hydrologic Transport Processes (Yeh)
  • 521  Water Resources Systems, Planning, and Management (Maddock, Valdes)
  • 524  Hydroclimatology (Shuttleworth)
  • 531  Hydrogeology (Zreda)
  • 532  Environmental Hydrogeology Laboratory (Zreda)
  • 535  Advanced Subsurface Hydrology (Yeh)
  • 543A Risk Assessment for Environmental Systems (Winter)
  • 549  Statistical Hydrology (Valdes)
  • 553 (GEOS) Glacial and Quaternary Geology (Baker)
  • 570  Computer Simulation Water Quality Processes (Meixner)
  • 572 (GC) Global Biogeochemical Cycles (Brooks/Leavitt)
  • 580  Isotope Tracers in Hydrogeology (McIntosh)
  • 582  Applied Groundwater Modeling (Maddock)
  • 596M Application and Theory of Decision Support Models (Washburne/Tidwell)
  • 603A Well Hydraulics and Pumping Test Analysis (Neuman)
  • 630  Advanced Catchment Hydrology (Troch)
  • 642  Analysis of Hydrologic Systems (Gupta)
  • 645  Stochastic Methods in Subsurface Hydrology (Yeh)
  • 655  Stochastic Methods in Surface Hydrology (Gupta/Valdes)
  • 696B Advanced Topics in Hydrology-Biogeochemistry Interactions (Brooks, Meixner, McIntosh)
  • 696C Advanced Topics in Subsurface Hydrology and Modeling (Maddock, Yeh, Zreda et al.)
  • 696F Advanced Topics in Surface Hydrology and Modeling (Gupta, Shuttleworth, Troch, et al.)
  • 696G Water-Rock-Microbial Interactions (McIntosh)
  • 696H Advanced Topics in Geochemistry of Crustal Fluids (McIntosh)
  • 696I Advanced Topics in Pore-Scale Processes (Winter)
  • 696L Topics in Semi-Arid Hydrology (Washburne et al.)
  • 696T Cosmogenic Isotopes and Other Environmental Tracers (Zreda)
 
 
*An HWR-budgeted faculty member may include a tenured faculty member, a tenure-track faculty member, or an adjunct faculty member assigned as a course instructor.  Joint faculty and affiliate faculty members--non-budgeted faculty members with courtesy (non-paid) appointments with HWR--are not considered Primary Faculty members.
 

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