Long Courses, Short Courses, Mini Courses, Micro Courses and Tests
(1 Hour of Effort = 1 CEU)
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(2.5 CEU) This lesson covers the features of storage water heaters, along with some new water-heater designs. Explore water-heater types, their main components, and compare their efficiencies.
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$65.00
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(2.0 CEUs) Without enough ventilation, buildings decay and occupants suffer respiratory problems. How do we implement a successful ventilation strategy? Find out with this mini course. |
$50.00
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(2.5 CEUs) Air conditioners and heat-pumps come in many designs and sizes. Slide show and handout explain how to identify A/C and heat pump equipment in buildings.
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$65.00
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(1.5 CEU) Ventilation air can flow below or above the roof deck, which affects insulation choices. Above-deck ventilation & unvented roofs have advantages over below-deck roof ventilation.
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$35.00
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(1.5 CEUs) This mini course explains how to prepare an attic before insulating it to avoid poor performance and safety hazards.
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$40.00
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(2.0 CEUs) Blower door tests are essential to building-energy audits. This mini course explains the science behind blower door tests and how we use test results to evaluate building airtightness.
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$40.00
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(1.0 CEU) Improperly installed or unmaintained combustion appliances are serious health and safety hazards. This mini course explains the principles of combustion safety. Learn why combustion appliances are potential hazards and how to inspect them for combustion-safety problems.
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$30.00
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(1.0 CEU) Energy specialists must prepare the building envelope correctly to conduct accurate blower-door tests. This mini course outlines how to prepare the building to energy-industry measurement standards before testing.
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$25.00
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(1.5 CEU) Learn how to evaluate an HVAC system’s airflow and to diagnose inadequate airflow. Study recommend solutions that improve HVAC airflow.
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$40.00
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(1.5 CEUs) Insulation resists heat gain and heat loss in buildings. This Insulation Introduction lesson covers the types of insulation you'll encounter in buildings. |
$35.00
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(1.0 CEU) Ducts located outside the conditioned space need duct insulation. This mini course covers how much insulation ducts need and how to install duct insulation.
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$35.00
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(1.5 CEU) Moisture is most potent destructive force affecting buildings. Moisture affects human health and building durability. Learn how moisture moves through buildings in complex ways and how to control moisture.
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$2,535.00
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(2.0 CEU) Dense-pack wall insulation ensures that insulation fibers completely fill each wall cavity, to optimize R-value and prevent air circulation. Dense-pack wall insulation can dramatically improve comfort and save energy.
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$60.00
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(1.5 CEU) Learn about the most dangerous indoor air pollutants typically found in buildings. There are hundreds of different air pollutants, but we don’t have the time to study all of them. So here we focus on the air pollutants that cause poisoning, asthma, allergies, bronchitis, cancer, and other ailments in buildings.
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$35.00
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(65 CEUs) The job requirements for energy auditors and quality control inspectors overlap. This long course prepares you to be an energy auditor, building analyst, energy rater, or quality-control inspector (QCI).
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$675.00
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(2.5 CEU) Building-energy specialists use manometers to measure building air-pressures and blower-door airflow. Your measurement’s accuracy depends how you set up and use the manometer. This lesson covers the most common manometer models and how they measure air leakage during the blower door test.
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$50.00
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(1.5 CEU) Refresh your memory about how addition, subtraction, multiplication, and division work together to solve energy math problems.
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$25.00
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(5.0 CEU) In most retrofit jobs, wall insulation presents the challenge of insulating the cavity that you can't see. This course discusses the materials and methods of installing wall insulation to a uniform coverage and density to optimize the R-value and prevent air circulation in the cavity.
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$125.00
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by John KriggerThe Hydronic Systems Field Guide describes the best procedures for evaluating and tuning both steam and hot-water heating systems. It outlines the best ways to optimize the efficiency of all types of delivery systems, including baseboard emitters, fan-coils, and radiant slabs. It also specifies the critical parameters for the installation of new systems.The Hydronic Systems Field Guide is illustrated with dozens of drawings, photographs, charts, and tables. It includes seven chapters and an extensive appendix. |
$35.00
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$15.00
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Out of stock |