:: Designer/Manager School of Irrigation ::
The Designer/Manager School is a comprehensive educational program offering a variety of classes designed for both agricultural and landscape irrigation professionals, taught by the very people who developed them - Charles M. Burt, Ph.D., P.E., CID; Stuart Styles, Dr.Engr., P.E., CID; and Franklin Gaudi, D.E. The classes are held at the ITRC facilities at Cal Poly State University, San Luis Obispo.
Our objective is to offer you an excellent opportunity to:
- receive practical information on key irrigation design and management concepts.
- increase your competitive edge by learning what is essential versus interesting.
- work with state-of-the-art management software.
- gain "hands-on" technical experience with exceptional indoor and outdoor facilities.
- experience a comprehensive, intensive course structure that substantially improves technical expertise.
Two ways to register!
Print out and mail or fax the registration form.
ITRC does not accept credit card payments via fax; to pay using a credit card, please register online or call (805) 756-2434
All fees include class materials and software.
Drip System Troubleshooting Winter 2018
Drip system troubleshooting
Drip System Specifications Winter 2018
Drip system specifications
Basic Soil, Plant, & Water Relationships July 25, 2017
Soil texture and structure, water holding capacity, retention, intake rates, evaporation, transpiration, soil classification, measurement of soil moisture and tension
Irrigation Scheduling, Salinity, & Drainage July 26-27, 2017
(Suggested prerequisite: Basic Soil, Plant & Water Relationships)
ETo and crop coefficients, practical irrigation scheduling, how efficiency and uniformity influence scheduling, drainage concepts and layouts, salinity, leaching reqeuirements, reclamation.
Fertigation August 7, 2017
The class will cover new techniques in the control and application of fertilizers through irrigation systems and strategies to conform with the intent of the new nitrogen regulations in California. Other topics will include nitrogen fertilizers, challenges with phosphorus and potassium applications, growth enhancers, and organic-compliant ways to keep drip systems clean. Increasing yields per acre-foot of evapotranspiration (ET) through better fertility management, will also be discussed.
Row Crop Drip Irrigation August 8, 2017
Design layouts, flushing, fittings, how design relates to management, hose installation, retrieval
Drip/Micro Irrigation Design August 9-11, 2017
(Suggested prerequisites: Basic Soil, Plant, & Water Relationships, Basic Hydraulics I & II, Pumps I)
Topics will include: filtration, step-by-step design procedure of hardware selection and hyraulics, drip/micro system design, SDI for trees and vines, plugging prevention. Features ITRC book Drip and Micro Irrigation for Trees, Vines, and Field Crops (4th Ed.) and software, Drip Hydraulics.
Topics will include: the unique aspects of proper irrigation timing with these irrigation methods; how to control the amount of water that infiltrates; reducing losses; tailwater return systems; pressures, sprinkler types, and spacings for sprinklers; how to get a uniform irrigation with all the methods; modifying infiltration rates; common possibilities for improving efficiencies (along with their limitations).
All fees include class materials and software.
Basic Pipeline Hydraulics I July 31, 2017
Pipe material & sizes, energy equation, friction, elevation changes, and basic spreadsheet operations.
Basic Pipeline Hydraulics II August 1, 2017
Mainline computations, tapered pipe, branches, hydraulic grade lines, problems using spreadsheets, minor losses.
Pumps I August 2, 2017
Types of rotating pumps, pump terms, pump curves, pumps in series and parallel, system curves, TDH computations for vertical and booster pumps, efficiency, WHP, BHP, input HP, pump selection from catalogs, trimming impellers, answers to common pump questions.
Pumps II August 3-4, 2017
This class is sponsored by the USBR, Mid-Pacific Region (Suggested preprequisites: Basic Pipeline Hydraulics I & II, Pumps I)
Net positive suction head, submersible pumps, well screens, shaft losses, shaft sizing, maintenance and troubleshooting, variable frequency drive (VFD) basics, retrofitting VFDs on existing motors, affinity laws for variable speed operation, how to estimate savings from VFDs, hands-on VFD application, power factor correction, inlet and sump design.
Landscape Sprinkler Design TBD
Hybrid course covers irrigation system components, soil/plant/water relationships, distribution uniformity, application rates, sprinkler placement & selection, and irrigation scheduling. Online portion will cover necessary prerequisites in preparation of a 2-day design example in class. The 2-day class at Cal Poly is optional.
Landscape Irrigation Auditor TBD$295
(Suggested prerequisites: Basic Soil, Plant, & Water Relationships, Basic Pipeline Hydraulics I & II)
Steps performed in an audit to determine distribution uniformity (DU) including site inspection and tune-up, system test, calculating system performance and using performance values to schedule irrigations. An irrigation audit will be conducted in class.
You may register by printing out and mailing or faxing the registration form to (805) 756-2433.