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Basis of Design is a narrative description of the design and management of the irrigation system to meet the needs of the landscape and the owner's project requirements. This seminar will discuss in detail what a Basis of Design is, what needs to be included and how it is used once an irrigation system has been installed. Learn why the BOD is a best management practice to improve irrigation efficiency.
This course runs interactively in the learning management system and is not downloadable.Please note that you may receive credit only once per renewal period for this training.
Vegetated roofs and walls are growing in popularity and are being specified in many diverse climates. This seminar will explore what kind of information is needed to design an appropriate irrigation system, what types of systems work best, and how to manage the system to use water efficiently.
This presentation will provide an overview of the various methods being introduced in green building programs and the potential to influence landscape design and irrigation methods.
This course runs interactively in the learning management system and is not downloadable.Please note that you may receive 1 CEU credit only once per renewal period for this training.
This seminar will consider smart design practices including the use of irrigation technology that meet the reduced water-use requirments.
Online course from the Irrigation Training & Research Center.This module will teach you the core principles of how and why water moves in an irrigation system. In this module you will learn some of the basic terms as you study static and dynamic conditions. You will also learn about the equation that is used to account for the energy in a system and some basic design considerations. This class does not qualify for TCEQ. This class does count for three New Jersey CECs/WC and two North Carolina CEs.
Online course from the Irrigation Training & Research Center.Two of the most important concepts in landscape irrigation are distribution uniformity and precipitation rate. DU refers to how evenly water is applied to a landscape. DU is used to measure the performance of an existing irrigation system and is determined through a catch can test. Precipitation rate identifies the rate at which irrigation water reaches the ground surface, and is affected by sprinkler flow rate and area of coverage. PR is an important value that is used in both system design and irrigation scheduling. This class does not qualify for TCEQ. This class does count for 1.5 New Jersey CECs/WC and 1.5 North Carolina CEs. NOTE: Instructions for accessing class should be emailed within 5 minutes of purchase
Online course from the Irrigation Training & Research Center.The success of an irrigation system design depends on an understanding of the components of an irrigation system and how they work within the system. Irrigation systems vary by location, size and type, but there are several general categories of components that you will need to be familiar with before designing a system. This class does not qualify for TCEQ. This class does count for three New Jersey CECs and three North Carolina CEs. NOTE: Instructions for accessing class should be emailed within 5 minutes of purchase
Online course from the Irrigation Training & Research Center.This module outlines the nine basic steps of creating a workable landscape irrigation system design. The program begins with collecting site data and covers computing component sizes, choosing locations for components and calculating runtimes. This class does not qualify for TCEQ. This class does count for eight New Jersey CECs/WC and eight North Carolina CEs. NOTE: Instructions for accessing class should be emailed within 5 minutes of purchase
Online course from the Irrigation Training & Research Center.The Irrigation Association provides three simple worksheets to help an auditor create an irrigation schedule: the simple schedule worksheet, the designated watering days schedule worksheet, and the soil moisture irrigation schedule worksheet. This module goes over each of the three worksheets and gives an overview of what to expect from the system controller. This class does not qualify for TCEQ. This class does count for two New Jersey CECs/WC and two North Carolina CEs. NOTE: Instructions for accessing class should be emailed within 5 minutes of purchase
Online course from the Irrigation Training & Research Center.This module contains four tutorials that discuss scheduling irrigations after you have designed a system. The course teaches when to water, how much to water and what to expect from a system controller. This class does not qualify for TCEQ. This class does count for 1.5 New Jersey CECs/WC and 1.5 North Carolina CEs. NOTE: Instructions for accessing class should be emailed within 5 minutes of purchase