COURSES
Engineering
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Engineering Course Directory
- Mechanical Engineering
- Construction Engineering
- Electrical Engineering
- Environmental Engineering
- Water Resources Engineering
- Structural Engineering
- Transportation Engineering
- Ethics
- Geotechnical Engineering
- Certified Information Systems Security Professional (CISSP)
- Construction Engineering
- Electrical Engineering
- Environmental Engineering
- Ethics
- Geotechnical Engineering
- Mechanical Engineering
- Structural Engineering
- Transportation Engineering
- Water Resources Engineering
- Environmental
- Ethical Decisions
- Industrial
- Mechanical
- Petroleum /Chemical
- Structural
- Transportation
Mechanical Engineering
| Course Name | Course Type | Syllabus |
|---|---|---|
| Green Landscape Design: Reducing the Urban Heat Island Effect | Course | View details Course Syllabus | Print Syllabus Green Landscape Design: Reducing the Urban Heat Island EffectOverview/Description: At the end of this course you will be able to: Discuss the adverse effect of higher temperatures on our health environment and energy consumption Describe the typical differences in summer temperatures between rural farmland commercial complexes downtown urban areas suburban residential areas and parks Define the term heat island what causes it and when they form Discuss strategies and technologies that can be used to decrease the heat island effect List the benefits of cool roofs and pavements to individual buildings pavements health electricity demand air quality and potential benefits globally Course Number: RV-11345AW |
| The WELL Building Standard | Course | View details Course Syllabus | Print Syllabus The WELL Building StandardOverview/Description: How well does your building fit your tenants? Do your employees need a place to walk or work out? This interactive online course introduces the WELL Building Standard and discusses unique “features” (known as “credits” in LEED) to certify projects and gain the credential. We will discuss the application of the WELL standard to a hypothetical case study, conducting a feature-by-feature analysis and comparing the building before and after the standard is applied. Course Number: RV-11152AW |
| Energy Modeling Outcomes – Design with Confidence | Course | View details Course Syllabus | Print Syllabus Energy Modeling Outcomes – Design with ConfidenceOverview/Description: At the end of this course you will be able to: State how energy modeling may be used to make cost effective decisions while also maximizing energy efficiency. Articulate how and why early design phase modeling helps quantify decision making has low environmental impact and improves occupant health and well-being. Explain the advantages of solar PV small wind and combined heat and power for optimal thermal comfort. Describe how different energy modeling tools may be used to produce differing levels of service depending on timing and scope. Course Number: RV-11162AW |
| Building Performance: Design Through Operations | Course | View details Course Syllabus | Print Syllabus Building Performance: Design Through OperationsOverview/Description: By the end of this course you will be able to: List the benefits of a holistic approach to sustainable design and construction and operations of a building. Identify when to include technical services in an integrated design process to optimize building performance. Describe how building commissioning contributes to reduced energy consumption in high performance buildings. Describe how a building audit can optimize performance in buildings. Course Number: RV-11002AW |
| Sustainable Building Technology | Course | View details Course Syllabus | Print Syllabus Sustainable Building TechnologyOverview/Description: At the end of this course you will be able to: Select key lighting system and electrical power system design features for sustainable building technology. Recognize how mechanical and central plant system design impacts energy efficiency. List the factors involved in sustainable plumbing systems and water use in a facility. Explain electric power metering principles and proper use in energy management and sustainable design. Course Number: RV-10876AW |
| LEED v4 for New Construction Projects | Course | View details Course Syllabus | Print Syllabus LEED v4 for New Construction ProjectsOverview/Description: By the end of this course you will be able to: Identify the most important changes in the LEED Rating System under Version 4 compared with LEED 2009 and demonstrate how the new rating system goals impact the health of people and communities. Describe the integrative design process and how it would impact the early stages of designing a LEED project. Describe the separation of Sustainable Sites credits into two categories and how they encourage strategies that minimize impact on eco-systems and water resources. List the changes in the Materials & Resources category. Describe how to utilize Building Product Disclosures from manufacturers to achieve LEED credits and disclose the health safety and environmental hazard and risk of chemical ingredients. Course Number: RV-10819AW |
| Green Design: Introduction to High Performance Building Design (Based on LEED v4) | Course | View details Course Syllabus | Print Syllabus Green Design: Introduction to High Performance Building Design (Based on LEED v4)Overview/Description: There is consensus among the majority of scientists that the climate of the earth is changing in the direction of higher temperatures and that some of the change is anthropomorphic (caused by human activity). This course is intended to address that portion of the human contribution to climate change that is related to energy use in buildings. In this course, we will look at the ways buildings use energy and how buildings can be designed for high energy performance. It is important that architects and designers understand and are aware of the resources and methods available for improving building designs in the future. A major piece to understanding sustainable buildind design is also understanding th requirements of the Energy and Atmosphere category of LEED v4 Building Design and Construction (BD+C). Course Number: RV-10683 |
| ASHRAE 100: Energy Efficiency in Existing Buildings | Course | View details Course Syllabus | Print Syllabus ASHRAE 100: Energy Efficiency in Existing BuildingsOverview/Description: At the end of this course you will be able to: Provide the requirements of ASHRAE 100 as it exists and 100-2006 the proposed updated version. List and explain the meaning and application of concepts innate to the 100 Standard such as AHJ EUI EEM and IRR. Identify the main differences between source and site energy use and the implications thereof. List and explain the various ASHRAE zones (1-8; a b and c). Course Number: RV-10696AW |
| Green Design: Introduction to Indoor Environmental Air Quality (Based on LEED v4) | Course | View details Course Syllabus | Print Syllabus Green Design: Introduction to Indoor Environmental Air Quality (Based on LEED v4)Overview/Description: By the end of this course you will be able to: Explain the relationship between building energy use and the larger issues of climate change and environmental degradation Recognize the positions and activities of governmental and professional organizations in this subject area Discuss sustainability ratings for buildings and understand in detail the requirements of one of those systems USGBCs LEED Rating System Recall the current sources of energy for buildings and their environmental effects Describe in some detail how buildings use energy the variables affecting how they perform for energy efficiency and how energy can be produced by buildings Restate how digital models are used in high performance building design and how commissioning and maintenance affect actual results Discuss how to implement the LEED v4 BD+C Energy and Atmosphere credits and integrate them into project design Course Number: RV-10679 |
| Increasing Building Energy Efficiencies: Policies and Practice | Course | View details Course Syllabus | Print Syllabus Increasing Building Energy Efficiencies: Policies and PracticeOverview/Description: By the end of this course you will be able to: Discuss the requirements of Federal building mandates and codes. List the requirements of ASHRAE 90.1 and 189.1 standards upon which most State & Local codes are based and written. Describe and appreciate the impact locally nationally and globally of these efforts and the trends towards increasing energy efficiency and competing interests globally between efficiency and a cleaner environment and cheaper fuel and resulting pollution and associated deleterious effects thereof. Practically implement and adopt these requirements in building systems and design and construction strategies. Course Number: RV-10735AW |
| The Principles and Implications of the International Energy Conservation Code (IECC) v2012 | Course | View details Course Syllabus | Print Syllabus The Principles and Implications of the International Energy Conservation Code (IECC) v2012Overview/Description: At the end of this course you will be able to: Explain who and what the IECC is their cycle of publication and goal(s) for the health safety and welfare of the public. Describe IECC design and construction requirements for building envelope (walls roof doors glazing). Identify IECC design and construction requirements for MEP systems. Differentiate between IECC design and construction requirements for commercial and residential applications. Explain IECC design and construction requirements for total building performance commissioning and operations. Compare and contrast IECC ASHRAE LEED and other leading green standards that are designed to protect the health safety and welfare of the public. Course Number: RV-10645AW |
| Understanding Fire Sprinkler Drawings and Calculations | Course | View details Course Syllabus | Print Syllabus Understanding Fire Sprinkler Drawings and CalculationsOverview/Description: At the end of this course you will be able to: Determine the applicable building and/or fire codes for the specific building type being designed or constructed. Describe the primary distinction between NFPA 13 NFPA 13D and NFPA 13R. Analyze a remote fire sprinkler zone by tracing the piping system noting pipe sizes and lengths. Course Number: RV-11355AW |
| An Introduction to Fitwel | Course | View details Course Syllabus | Print Syllabus An Introduction to FitwelOverview/Description: At the end of this course you will be able to: Analyze the 7 health impact categories of Fitwel which covers food safety activity equity well-being community and reduced morbidity/absenteeism. Compare and contrast at a high level the various similarities and differences between Fitwel and other wellness-focused certification including the WELL Building Standard. Explain the process by which to implement Fitwel on an active project and how the various aspects of Fitwel increase productivity and health. Describe the Fitwel Ambassador program as well as drivers for the growing market demand for fitter buildings and communities. Course Number: RV-11406AW |
| Innovative Heat Pump Technology | Course | View details Course Syllabus | Print Syllabus Innovative Heat Pump TechnologyOverview/Description: Heat pumps have improved and evolved considerably since gaining acceptance as home heating systems in the 1970’s. These air source heat pumps provided single zone heating in climates with mild winter temperatures. Today there are water source heat pumps, variable refrigerant flow heat pumps, and multi-zone heat pumps. Today’s heat pump has improved efficiency and operates at lower outside air temperatures. This interactive online course will examine the latest heat pump technologies and the multitude of applications for this flexible and efficient technology. Course Number: RV-11189AW |
| Existing Building Commissioning: Implementing Retrocommissioning on Your Project | Course | View details Course Syllabus | Print Syllabus Existing Building Commissioning: Implementing Retrocommissioning on Your ProjectOverview/Description: At the end of this course you will be able to: Explain the performance and occupant benefits of commissioning a building. Evaluate existing building opportunities for increased building performance occupant welfare and comfort. Demonstrate the retroCommissioning process while upholding worker-safety standards. State how to implement retrocommissioning for an existing building by applying case study knowledge and lessons learned. Course Number: RV-11300AW |
| Working Effectively with Building Officials and Inspectors | Course | View details Course Syllabus | Print Syllabus Working Effectively with Building Officials and InspectorsOverview/Description: At the end of this course you will be able to: Describe the primary role and responsibility of the AHJ List at least five types of building officials and inspectors Identify the important factors in determining the codes of the local jurisdiction List the most effective communication methods Identify the qualities that can be assessed upon first impressions Explain the factors that may affect the decision to appeal an unfavorable ruling Course Number: RV-11198AW |
| Natural Gas Systems – Sizing and Design Consideration | Course | View details Course Syllabus | Print Syllabus Natural Gas Systems – Sizing and Design ConsiderationOverview/Description: At the end of this course you will be able to: Determine the applicable code to use in designing a natural gas system Discuss the labeling requirements for natural gas systems Discuss the support requirements of natural gas pipe List three utility requirements for natural gas meters Describe the three types of sizing methods for natural piping systems Course Number: RV-11151AW |
| Fire Essentials and Fire Science | Course | View details Course Syllabus | Print Syllabus Fire Essentials and Fire ScienceOverview/Description: By the end of this course you will be able to: Identify when a friendly fire turns hostile. List three ways in which heat can be transferred in order to stop the spread of fire. List the necessary elements to ignite and sustain a fire. Differentiate between the five classes of fire and identify the extinguishing agent that best combats each class. Describe the dangers of a flashover and a backdraft. State the two primary objectives of the building and fire codes. Course Number: RV-11188 |
| HVAC Acoustics | Course | View details Course Syllabus | Print Syllabus HVAC AcousticsOverview/Description: At the end of this course you will be able to: State the fundamentals of sound and noise measurement Discuss methods of acoustical analysis and sound transmission principles Describe the various approaches to noise reduction available for HVAC system components List the types of HVAC equipment and related sound generation and noise control Explain the Health Safety and Welfare benefits for building occupants from HVAC systems running efficiently and with acceptable noise levels Course Number: RV-10994AW |
| HVAC System Fans | Course | View details Course Syllabus | Print Syllabus HVAC System FansOverview/Description: By the end of this course you will be able to: Explain the fundamentals of fans and how they work in HVAC and air conditioning systems to provide health and comfort Identify the various types of fans and how they are applied in a facility to produce a comfortable environment for the building occupants State the importance of controlling fan vibration and sound to produce a productive environment for employees List the various types of fan drive motors and VFD drive systems utilized in HVAC systems that results in equipment that operates efficiently from an energy perspective Course Number: RV-11000AW |
| Past Present and Future of Building Energy Codes and DOE Appliance Mandates | Course | View details Course Syllabus | Print Syllabus Past Present and Future of Building Energy Codes and DOE Appliance MandatesOverview/Description: By the end of this course you will be able to: List the energy conservation requirements for building construction components including exterior walls roofs windows slab insulation doors crawl spaces and skyline. State the energy conservation standards for lighting and plumbing fixtures. List the requirements for air barriers and how to install them so that they significantly improve the building energy efficiency durability and occupant comfort health and safety. Locate the current energy conservation standards and mandates that contribute to public health safety and environmental protection. Determine the DOE standards for HVAC equipment and appliances. Compare and contrast the impact of Energy Star the LEED rating system and Net Zero Energy Standards in decreasing national energy consumption and improving public health. Course Number: RV-11001AW |
| Accessibility by Building Type: Universal Residential Design | Course | View details Course Syllabus | Print Syllabus Accessibility by Building Type: Universal Residential DesignOverview/Description: At the end of this course you will be able to: List the benefits of and need for universal design in single-family residential and multi-family housing Address the various design and construction options for those that choose to live in place Compare and contrast the commercial and residential differences within the Americans with Disabilities Act (ADA) Communicate the realities of addressing the physical needs of people with disabilities Course Number: RV-11040AW |
| Protecting People Against Terrorist Attacks: Design Considerations for Safe Rooms and Shelters | Course | View details Course Syllabus | Print Syllabus Protecting People Against Terrorist Attacks: Design Considerations for Safe Rooms and SheltersOverview/Description: The fact that data for manmade threats are scarce and that the magnitude and recurrence of terrorist attacks are unpredictable makes the determination of a particular threat for any specific site or building difficult and largely subjective. This interactive online course teaches you about potential manmade threats and design considerations for shelters. You will learn about explosive threats and chemical, biological, and radiological (CBR) attacks and the level of protection needed for shelters to protect people against terrorist attacks. Course Number: RV-10954 |
| Protecting People Against Terrorist Attacks: Chemical, Biological, and Radiological (CBR) Threat Protection | Course | View details Course Syllabus | Print Syllabus Protecting People Against Terrorist Attacks: Chemical, Biological, and Radiological (CBR) Threat ProtectionOverview/Description: As contaminated air infiltrates a safe room, the level of protection to the occupants diminishes which can result in injury or death. This interactive online course teaches you how to add CBR protection capability to a shelter or safe room. You will learn about the design of shelters and how they are used to protect against chemical, biological, and radiological, and explosive (CBRE) attacks. Fallout shelters that are designed to protect against the effects of a nuclear weapon attack are not addressed in this course. This course will guide you through the process of designing a shelter to protect against CBRE attacks. The intent of this course is not to mandate the construction of shelters for CBRE events, but rather to provide design guidance for professionals who wish to design and build such shelters. Course Number: RV-10956 |
| Commercial Plumbing Systems Essentials | Course | View details Course Syllabus | Print Syllabus Commercial Plumbing Systems EssentialsOverview/Description: By the end of this course you will be able to: List technical terms and basic theoretical concepts involved in plumbing systems Recognize typical equipment and system components – understand operation Discuss critical design requirements for plumbing systems Identify key principles for system installation operation and maintenance List the safety and health impacts related to plumbing systems Identify applicable codes and regulations related to plumbing systems Course Number: RV-10588 |
| Commercial HVAC Systems Essentials | Course | View details Course Syllabus | Print Syllabus Commercial HVAC Systems EssentialsOverview/Description: By the end of this course you will be able to: List technical terms and basic theoretical concepts related to HVAC systems Recognize typical HVAC equipment and system components and understand operations Discuss the critical design requirements for HVAC systems Identify key principles for system installation operation and maintenance List the safety and health impacts related to HVAC systems Identify applicable codes and regulations related to HVAC systems Course Number: RV-10586 |
| Preventing Mold Growth | Course | View details Course Syllabus | Print Syllabus Preventing Mold GrowthOverview/Description: At the conclusion of this course you will be able to: List practical choices in design and construction that minimize fungal invasion Describe what to do to control mold in those hidden spaces within the home Explain why some materials are more likely than others to grow mold Recognize potential negative situations and address them before they develop into a problem Course Number: RV-10577AW |
| Mold Remediation Equipment | Course | View details Course Syllabus | Print Syllabus Mold Remediation EquipmentOverview/Description: At the conclusion of this course you will be able to: Describe the methods and materials used for isolation of a hazardous work environment. Thoughtfully select the needed equipment and hand tools for specific tasks Describe how to estimate and setup a negative pressure environment Explain how to efficiently use and maintain HEPA filtered air-scrubbers and vacuums Course Number: RV-10570AW |
| Mold Sampling | Course | View details Course Syllabus | Print Syllabus Mold SamplingOverview/Description: At the conclusion of this course you will be able to: Describe and choose from the numerous options available for air and surface field sampling. List what to look for during visual assessments Recognize the appropriate use and limitations of ERMI and HERTSMI-2 Describe the advantages and disadvantages of viable and non-viable air sampling Course Number: RV-10569AW |
| Understanding Moisture Intrusion and Its Impact on Mold Growth | Course | View details Course Syllabus | Print Syllabus Understanding Moisture Intrusion and Its Impact on Mold GrowthOverview/Description: At the conclusion of this course you will be able to: Explain the nature of water (as solid liquid and vapor) along with the various ways it can intrude on the buildings we live and work in Recognize signs that moisture intrusion is having a detrimental effect on your building materials Identify different ways to measure predict and avoid moisture intrusion /li> Describe why bacteria and mold growth concentrate in certain areas of the building envelope Course Number: RV-10565AW |
| The Science of Mold | Course | View details Course Syllabus | Print Syllabus The Science of MoldOverview/Description: At the conclusion of this course you will be able to: Understand the difference between good and bad mold. Describe the growth cycle of mold and what on-going conditions are needed for growth. List numerous types of mold along with the health effects that can be expected if encountered. Identify the three critical areas where mold must be removed for a successful remediation project. Course Number: RV-10564 |
| Mold Basics | Course | View details Course Syllabus | Print Syllabus Mold BasicsOverview/Description: By the end of this course you will be able to: Identify the most important factor influencing mold growth indoors State the health effects that may be caused by building inhabitants inhaling mold or mold spores List possible hidden locations of mold Select the proper steps to take to treat ventilation humidity problems that would affect the inhabitants of a building List the causes of moisture and mold problems in crawl spaces Recognize common locations for mold growth in homes Explain why and when mold sampling would be necessary Course Number: RV-10609 |
| Swimming Pools: Mechanical and Hydraulic System Design | Course | View details Course Syllabus | Print Syllabus Swimming Pools: Mechanical and Hydraulic System DesignOverview/Description: At the conclusion of the course you will have a better understanding of: Calculation of required circulatory flow rates Flow in pipes Main drain sumps and grates The pump room – choosing the pump Pump room layout and design Filter selection and arrangement Filter valves and controls Pool heating Ancillary pool plumbing Other pool problems – surge There will be a multiple choice quiz at the end of the course to gauge your understanding of the material. Course Number: RV-7200 |
| Ductile Iron Pipe | Course | View details Course Syllabus | Print Syllabus Ductile Iron PipeOverview/Description: After completing this course you will be able to: – List the advantages of using ductile iron pipe. – Describe the difference between pressure class pipe (such as Class 350) and Special Thickness Class pipe (such as Class 52). – Explain the safety factors involved in the design of ductile iron pipe. – Enumerate the different joint types and their applications. – Describe the factors that determine selection of appropriate pressure class. Course Number: RV-7695 |
| Designing PEX Plumbing Systems to Optimize Performance and Efficiency | Course | View details Course Syllabus | Print Syllabus Designing PEX Plumbing Systems to Optimize Performance and EfficiencyOverview/Description: At the end of this course you will be able to: Explain how the properties of PEX tubing and fittings can improve health safety and welfare through improved plumbing materials Describe three distinct plumbing layouts using PEX systems and compare advantages and disadvantages of each Apply test data from published research to demonstrate how design of the plumbing layout can improve system performance and provide faster delivery of hot-water with reduced water waste Direct an installer on correct installation techniques for PEX systems to ensure long-term safety and performance Discuss how to access industry resources for design and installation questions Course Number: RV-11145AW |
| Commercial Building MEP Design | Course | View details Course Syllabus | Print Syllabus Commercial Building MEP DesignOverview/Description: After completing this course you will be able to: – Acquire background project information. – Investigate local development requirements. – Investigate local building code requirements. – Verify local utility requirements. – Acquire architectural and engineering information. Course Number: RV-7627 |
| PVC Pipe – Which type should I use? | Course | View details Course Syllabus | Print Syllabus PVC Pipe – Which type should I use?Overview/Description: After completing this course you will be able to: Describe the four primary standards that apply to pressure pipes. Explain the two primary standards that apply to gravity pipes. List the general applications for the major types of PVC in common use. List the guidelines for determining how deep a PVC pipe can be buried. Course Number: RV-7613 |
| Introduction to ASHRAE 189.1-2011: Standard for the Design of High-Performance Green Buildings Except Low-Rise Residential Buildings | Course | View details Course Syllabus | Print Syllabus Introduction to ASHRAE 189.1-2011: Standard for the Design of High-Performance Green Buildings Except Low-Rise Residential BuildingsOverview/Description: After completing this course participants will understand the following: List standards for site design location and vehicular and pedestrian traffic Name means of water efficiency Summarize how energy efficiency for the welfare of the public can be utilized Describe how sustainable and low VOC materials can be utilized to maintain the health of the public Explain why indoor environmental quality is key to maintaining the welfare of the public Course Number: RV-10613AW |
| ASHRAE Guideline 13-2014 Building Automation Systems | Course | View details Course Syllabus | Print Syllabus ASHRAE Guideline 13-2014 Building Automation SystemsOverview/Description: At the end of this course you will be able to: Read edit and create specifications for DDC systems. Recognize market technologies and capabilities and limitations thereof. List the challenges of multiple industry protocols and interoperability. Name the general advantages and benefits of centralized (even remote) automation and controls of multiple and various building HVAC and energy systems. Course Number: RV-10694AW |
| ASHRAE Essentials – 62.1-2016 Ventilation for Acceptable Indoor Air Quality | Course | View details Course Syllabus | Print Syllabus ASHRAE Essentials – 62.1-2016 Ventilation for Acceptable Indoor Air QualityOverview/Description: By the end of this course you will be able to: Recall building types in which the Standard applies State the purpose of the standard and how it contributes to economical and effective air cleaning solutions List air ventilation requirements that are important for maintaining a healthy indoor environment State activities required by the standard during construction and start-up that will benefit human health and performance Course Number: RV-11433 |
| ASHRAE Essentials: 90.1-2016 – Energy Standard for Buildings Except Low-Rise Residential Buildings | Course | View details Course Syllabus | Print Syllabus ASHRAE Essentials: 90.1-2016 – Energy Standard for Buildings Except Low-Rise Residential BuildingsOverview/Description: By the end of this course you will be able to: Identify the purpose of the ANSI/ASHRAE 90.1-2016 – Energy Standard for Buildings Except Low-Rise Residential Buildings for the health safety and welfare of the occupants List the six technical areas covered by the Sections of the Standard for energy design to maximize energy efficiency while maintaining air quality and the comfort health safety and welfare of the building occupants Identify climate zones given various locations for the comfort health safety and welfare of the occupants. Identify the technical areas in the Mandatory Provisions of each section that help maximize energy efficiency while maintaining air quality and comfort Course Number: RV-11434 |
| ASHRAE Essentials: 55-2017 – Thermal Environmental Conditions for Human Occupancy | Course | View details Course Syllabus | Print Syllabus ASHRAE Essentials: 55-2017 – Thermal Environmental Conditions for Human OccupancyOverview/Description: At the end of this course you will be able to: List the three primary tenets to the Standard that will benefit human health and performance through the thermal comfort of buildings. List the six comfort factors in the Standard necessary to maintain a healthy indoor environment. Recall the three comfort zone calculation methods for mechanically cooled spaces described in the Standard that apply to the thermal comfort of the building occupants. Determine the metabolic rate of building occupants using tables presented in the Standard. Course Number: RV-11435 |
| Industrial Pneumatic Technology: Force Transmission | Course | View details Course Syllabus | Print Syllabus Industrial Pneumatic Technology: Force TransmissionOverview/Description: By the end of this course you will be able to: Identify sources of pneumatic energy List ways compressed air is used in pneumatic systems Describe how force is carried through liquids and gases Describe how to calculate and measure gas pressure Course Number: RVI-11175 |
| Asset Condition Management: Motor Testing | Course | View details Course Syllabus | Print Syllabus Asset Condition Management: Motor TestingOverview/Description: Motor testing techniques are critical procedures for industrial machines and should be performed before initial machine production run startup, and/or after any machine rebuild, and/or after any maintenance routine test that indicates a degraded electrical condition. Course Number: RVI-11384 |
| Industrial Pneumatic Technology: Check Valves Cylinders and Motors | Course | View details Course Syllabus | Print Syllabus Industrial Pneumatic Technology: Check Valves Cylinders and MotorsOverview/Description: By the end of this course you will be able to: Identify the functions of check valves cylinders and motors. Define thrust load and tension load. Differentiate between the three cylinder mounting styles. Describe how to calculate the length of a stop tube. Course Number: RVI-11180 |
| Cogeneration Systems Essentials | Course | View details Course Syllabus | Print Syllabus Cogeneration Systems EssentialsOverview/Description: At the end of this course you will be able to: Distinguish between the different types of cogeneration systems Categorize systems and applications with respect to customer needs Compare regulatory changes and trends in cogeneration systems Classify the environmental and economic limitations of cogeneration systems Course Number: RV-10981 |
| HEPA High Efficiency Filters | Course | View details Course Syllabus | Print Syllabus HEPA High Efficiency FiltersOverview/Description: At the end of this course you will be able to: Provide a general knowledge of HVAC HEPA filters for industrial pharmaceutical and medical applications. Provide technical information related to HEPA filters. Become familiar with filter construction techniques filter testing and maintenance. Understand documentation methods related to HEPA filters. Course Number: RV-10462AW |
| Set-Up of Engineering Controls for Mold Remediation Projects | Course | View details Course Syllabus | Print Syllabus Set-Up of Engineering Controls for Mold Remediation ProjectsOverview/Description: At the conclusion of this course you will be able to: Critically plan a project during the estimating phase assuring project success Anticipate the control of the project sites perimeter to prevent cross-contamination from within Explain how to use negative air and creative equipment arrangements to maintain a comfortable and efficient work environment Describe how to minimize work outside the project scope Course Number: RV-10571AW |
| Brayton Cycle Analysis | Course | View details Course Syllabus | Print Syllabus Brayton Cycle AnalysisOverview/Description: By the end of this course you will be able to: Know basic components of the Brayton Cycle (Gas Turbine) and its T – s diagram Be familiar with the Brayton Cycle operation Understand general Brayton Cycle performance trends Understand basic energy conversion engineering assumptions and equations Course Number: RV-10836 |
| Combustion Analysis | Course | View details Course Syllabus | Print Syllabus Combustion AnalysisOverview/Description: By the end of this course you will be able to: Recognize the complete and adiabatic stoichiometric combustion of carbon hydrogen sulfur coal oil and gas with no heat loss with standard air as the oxidant combustion products composition on both weight and mole basis flame temperature stoichiometric oxidant to fuel ratio and fuel higher heating value Discuss basic energy conversion engineering assumptions and equations Define basic elements of the combustion process its h- T diagram the definition of fuel higher heating value (HHV) and flame temperature as well as combustion reactants and products physical properties – enthalpy vs temperature Identify general combustion performance trends Course Number: RV-10837 |
| SMART Instrumentation in Biological and Chemical Treatment | Course | View details Course Syllabus | Print Syllabus SMART Instrumentation in Biological and Chemical TreatmentOverview/Description: What is SMART instrumentation? The definition and implementation of “SMART Instrumentation” has evolved over the past five or six decades to its present state where we can literally and figuratively put cruise control on a bicycle; however, it does not ride itself. Proper implementation of a monitoring and control scheme for even a very small system can generate terabytes of useful information per year, all of it meaningless unless correlated, analyzed, trended, structured, and most importantly, acted upon. In this interactive online course, we will discuss the quality and performance specifics, operational reliability, environmental safeguards, and safety risks for control and monitoring systems using SMART instrumentation. We will also cover the reduced costs that can be obtained using SMART instrumentation. Course Number: RV-11148AW |
| Asset Condition Management: Setting Up an Oil Analysis Program | Course | View details Course Syllabus | Print Syllabus Asset Condition Management: Setting Up an Oil Analysis ProgramOverview/Description: Equipment rarely fails without first sending signals. The question is, are you looking for the signals? Utilizing an oil analysis program is one of the best ways to find those early indications of equipment failure. Course Number: RVI-11436 |
| Asset Condition Management: Vibration Analysis Training | Course | View details Course Syllabus | Print Syllabus Asset Condition Management: Vibration Analysis TrainingOverview/Description: By the end of this course you will be able to: Identify management procedures for the vibration monitoring program Define a waveform phase Identify different types of vibration sensors that are commonly used and explain each types advantages and disadvantages Identify what procedural observation is used to determine a problem with a machine component Describe how a vane pass frequency is calculated Describe how the vibration elements chart is used for vibration analysis diagnostics Course Number: RVI-11382 |
| Reliability Engineering Essentials | Course | View details Course Syllabus | Print Syllabus Reliability Engineering EssentialsOverview/Description: By the end of this course you will be able to: Analyze the definition of reliability Determine the relationship between reliability probability and failure rate Define systems configurations and their related reliabilities Determine how to improve the reliability of a system or component(s) Recognize reliability as an engineering function Course Number: RVI-11444 |
| Essentials of Lean Manufacturing | Course | View details Course Syllabus | Print Syllabus Essentials of Lean ManufacturingOverview/Description: What is Lean Manufacturing and how can it be used to improve the efficiency and effectiveness of your company’s processes or services? Lean Manufacturing is more than just a method and a set of tools for improving processes, it is also a philosophy for how to do work every day. This interactive online course will provide you with a simplistic approach to Lean Manufacturing, promote a mindset change, and share the tools needed to implement value-creation processes with minimum waste. You will learn how to “think Lean” and apply Lean methods and tools to improve the quality and efficiency of your company. Course Number: RVI-11446 |
| Plant Science: Heat | Course | View details Course Syllabus | Print Syllabus Plant Science: HeatOverview/Description: At the end of this course you will be able to: Describe some of the effects of heat Explain the relationship between temperature and thermal energy Discuss the Law of Energy Conservation Define sensible heat and latent heat Identify the effects of pressure on the temperature at which a substance undergoes a phase change Course Number: RVI-11121 |
| Industrial Pneumatic Technology: Aftercoolers Driers and Receivers | Course | View details Course Syllabus | Print Syllabus Industrial Pneumatic Technology: Aftercoolers Driers and ReceiversOverview/Description: By the end of this course you will be able to: Describe the purpose and function of filters for preventing air contamination Describe the purpose and function of an aftercooler in a compressed air system Identify drying techniques most commonly used in industrial pneumatic systems Describe the purpose and function of receivers in a compressed air system Identify the three main types of pipe systems commonly used in industry Course Number: RVI-11179 |
| HVAC HEPA Filters | Course | View details Course Syllabus | Print Syllabus HVAC HEPA FiltersOverview/Description: At the end of this course you will be able to: Locate and provide technical information Discuss filter construction and materials Maintain and test filters and systems Document maintenance and testing Course Number: RV-10157 |
| Compressible Flow Components Analysis | Course | View details Course Syllabus | Print Syllabus Compressible Flow Components AnalysisOverview/Description: At the conclusion of this course you will be able to: Describe basic energy conversion engineering assumptions and equations Identify basic components of the compressible flow for subsonic conditions – nozzle diffuser and thrust and their T – s diagrams Recall the nozzle diffuser thrust operation Discuss general nozzle diffuser and thrust performance trends Course Number: RV-10838 |
| Essentials of Industrial Wastewater Treatment | Course | View details Course Syllabus | Print Syllabus Essentials of Industrial Wastewater TreatmentOverview/Description: By the end of this course you will be able to: Identify three classes of wastewater contaminants that are a threat to public health Explain the importance of a water analysis in determining how to treat potentially hazardous wastewater Compare the advantages and disadvantages of zero liquid discharge on the environment Differentiate between the three general treatment methods that remove contaminants from wastewater Course Number: RV-11056 |
| Plant Science: Fluid Systems | Course | View details Course Syllabus | Print Syllabus Plant Science: Fluid SystemsOverview/Description: This course is designed to introduce participants to the characteristics, components, and operation of fluid systems. After completing this course, participants should be able to explain, in general terms, what a plant system is and what a fluid is. They should also be able to explain the basic layout of a liquid system and describe energy conversions in a liquid system. Participants should also be able to describe the basic parts of a compressed air system and the basic operation of several gas and vapor system devices. Course Number: AOPFS00CEN |
| Plant Science: Gases and Flowing Liquids | Course | View details Course Syllabus | Print Syllabus Plant Science: Gases and Flowing LiquidsOverview/Description: This course is designed to familiarize participants with basic concepts associated with the properties of gases and flowing liquids. After completing this course, participants should be able to describe the major properties of gases and explain how these properties are related. They should also be able to explain how pressure can be measured and to describe the effects of flow, velocity, and friction on the head pressure of a liquid. Course Number: AOPGF00CEN |
| Plant Science: Forces and Machines | Course | View details Course Syllabus | Print Syllabus Plant Science: Forces and MachinesOverview/Description: This course is designed to introduce participants to scientific principles associated with applied forces and the operation of basic machines. After completing this course, participants should be able to define work, power, and efficiency; and explain the mechanical advantage of this inclined plane and the lever. They should also be able to explain the hydraulic principle and the relationship between friction and the operation of machines. Course Number: AOPLM00CEN |
| Plant Science: Solids and Liquids | Course | View details Course Syllabus | Print Syllabus Plant Science: Solids and LiquidsOverview/Description: This course is designed to familiarize participants with basic scientific principles that relate to solids and liquids. After completing this course, participants should be able to describe the general molecular structure of solids, liquids, and gases. They should also be able to describe specific properties associated with solids and liquids. Course Number: AOPSL00CEN |
| Pneumatics: Self Balancing Instruments | Course | View details Course Syllabus | Print Syllabus Pneumatics: Self Balancing InstrumentsOverview/Description: By the end of this course you will be able to: Explain the principles of how self-balancing instruments operate Recognize types of force balance and motion balance instruments Identify the components of self-balancing instruments Discuss relays and their purpose Course Number: RVI-11168 |
| Industrial Pneumatic Technology: Compressors | Course | View details Course Syllabus | Print Syllabus Industrial Pneumatic Technology: CompressorsOverview/Description: At the end of this course you will be able to: Describe the principles of air compressor operation Define positive displacement and dynamic air compressors Identify compressor capacity Discuss compressor system selection Course Number: RVI-11178 |
| Industrial Pneumatic Technology: Air Preparation | Course | View details Course Syllabus | Print Syllabus Industrial Pneumatic Technology: Air PreparationOverview/Description: By the end of this course you will be able to: Discuss how contaminates enter the compressed air system Explain how contaminates can be removed through filtering Discuss three basic types of pneumatic lubricators; injection standard mist and recirculating mist Discuss filter regulator and lubricator (FRLs) setups Explain OSHA regulations on air to oil ratio Describe how to adjust the amount of oil dispensed in the lubricator Course Number: RVI-11184 |
| Industrial Pneumatic Technology: Flow Control Valves Silencers and Quick Exhausts | Course | View details Course Syllabus | Print Syllabus Industrial Pneumatic Technology: Flow Control Valves Silencers and Quick ExhaustsOverview/Description: By the end of this course you will be able to: Describe how an orifice is used to control flow rate Identify different types of adjustable flow control valves Describe a typical pneumatic circuit Identify special purpose devices used in pneumatic circuits Course Number: RVI-11182 |
| Industrial Pneumatic Technology: Excess Flow Valves Boosters and Sequence Valves | Course | View details Course Syllabus | Print Syllabus Industrial Pneumatic Technology: Excess Flow Valves Boosters and Sequence ValvesOverview/Description: By the end of this course you will be able to: Define the term sequence valve Describe cylinders valves regulators and boosters Discuss the use of cylinders valves regulators and boosters Identify safety issues and their resolutions Course Number: RVI-11183 |
| Energy Conversion Analysis (RV-10839) | Course | View details Course Syllabus | Print Syllabus Energy Conversion Analysis (RV-10839)Overview/Description: At the conclusion of this course you will be able to: Understand basic energy conversion engineering assumptions and equations Know basic elements of Carnot Cycle Brayton Cycle Otto Cycle Diesel Cycle compression combustion expansion processes and compressible flow for nozzle diffuser and thrust and their T – s p – V and h – T diagrams Be familiar with Carnot Cycle Brayton Cycle Otto Cycle Diesel Cycle compression combustion expansion and compressible flow for nozzle diffuser and thrust operation Understand general Carnot Cycle Brayton Cycle Otto Cycle Diesel Cycle compression combustion expansion and compressible flow for nozzle diffuser and thrust performance trends Course Number: RV-10839 |
| Energy From Waste | Course | View details Course Syllabus | Print Syllabus Energy From WasteOverview/Description: How can you obtain energy from waste? This interactive, online course will cover potential sources of waste available for energy recovery – hot exhaust gases, cooling water, and heat lost from hot equipment surfaces and heated products. Systems utilized for Energy from Waste technologies will also be reviewed. This information is useful training for design professionals, facility managers, and system maintenance personnel. Course Number: RV-11337AW |
| Industrial Pneumatic Technology: Energy Transmission | Course | View details Course Syllabus | Print Syllabus Industrial Pneumatic Technology: Energy TransmissionOverview/Description: At the end of this course you will be able to: – List properties of gases – Describe the relationship between pressure temperature and volume known as the Modified Ideal Gas Law – State how compressors are used to create energy – Describe how compressed air is measured and – Define velocity Course Number: RVI-11176 |
| Industrial Pneumatic Technology: Control of Pneumatic Energy | Course | View details Course Syllabus | Print Syllabus Industrial Pneumatic Technology: Control of Pneumatic EnergyOverview/Description: By the end of this course you will be able to: Describe the basics of the pneumatic system Identify the components of the pneumatic system Discuss how pneumatic systems operate Explain how to control or regulate the air pressure in a pneumatic system Course Number: RVI-11177 |
| Essentials of Intelligent Transportation Systems | Course | View details Course Syllabus | Print Syllabus Essentials of Intelligent Transportation SystemsOverview/Description: At the end of this course you will be able to: List the diverse disciplines that ITS brings together Describe ITS enhancement of infrastructure investments Discuss ITS support for system management List the facility types that can use ITS Course Number: RV-11322AW |
| Essentials of Smart City Applications | Course | View details Course Syllabus | Print Syllabus Essentials of Smart City ApplicationsOverview/Description: At the end of this course you will be able to: Define the Smart City community Discuss how to engage citizens and other stakeholders Review a Smart City policy Describe Smart City technologies Course Number: RV-11321AW |
| Essentials of the Connected Vehicle | Course | View details Course Syllabus | Print Syllabus Essentials of the Connected VehicleOverview/Description: At the end of this course you will be able to: Describe the US DOT connected vehicle program List partnerships between government and industry Discuss basic technologies and various core system components to realize the connected vehicle environment Investigate the key policy legal and funding issues Course Number: RV-11323AW |
| Essentials of Six Sigma | Course | View details Course Syllabus | Print Syllabus Essentials of Six SigmaOverview/Description: Six Sigma is recognized as a strategy that utilizes data gathering and statistical analysis to evaluate process performance and isolate sources of defects. This course covers the basic concepts of Six Sigma, it’s management methodology, and the techniques and tools needed for process improvements in order to help businesses run more efficiently. Course Number: RVI-11536 |
| Electric Motors | Course | View details Course Syllabus | Print Syllabus Electric MotorsOverview/Description: Electric motors are used in all facets of daily life from electric generators, refrigerators, air conditioners, to the electric fan in computers. This interactive online course teaches you about electric induction motors. It covers how a motor works, the types of electric motors available, and how to apply an electric induction motor. This course looks at the relationship between motor speed, slip, and torque, and covers how to select a motor with the correct parameters for a particular load. Finally, all of the basic data on a motor nameplate is reviewed and explained. Course Number: RV-11095 |
| Landfill Gas Collection and Treatment Systems | Course | View details Course Syllabus | Print Syllabus Landfill Gas Collection and Treatment SystemsOverview/Description: By the end of this course you will be able to: List the safety and health concerns that may prompt landfill gas generation (LFG) control Describe LFG mechanisms and how the migration of gases affects the surrounding soils Explain why LFG may create a health risk Estimate LFG production and human health and vegetation effects caused by emissions Identify and explain how to utilize LFG and treatment design considerations that address public health safety and environmental concerns Validate applicable regulatory requirements that are put in place to protect Americas health and welfare for current and future generations Course Number: RV-11065 |
| Liquefied Natural Gas (LNG): Natural Gas & LNG in the 21st Century | Course | View details Course Syllabus | Print Syllabus Liquefied Natural Gas (LNG): Natural Gas & LNG in the 21st CenturyOverview/Description: By the end of this course you will be able to: Discuss the benefits and divergent views of natural gas Explain how the global economic crisis of 2008 impacted the outlook for natural gas leading into the Copenhagen Climate Change talks Discuss the demand drivers for natural gas and the outlook for natural gas in the Golden Age of Gas scenario Explain why LNG is the glue linking global gas markets Course Number: RVI-10966 |
| Liquefied Natural Gas (LNG): Evolution of LNG Markets & Primary Demand Regions | Course | View details Course Syllabus | Print Syllabus Liquefied Natural Gas (LNG): Evolution of LNG Markets & Primary Demand RegionsOverview/Description: By the end of this course you will be able to: Discuss the history of natural gas liquefaction storage and transportation Identify the countries involved in the Asia-Pacific market for LNG and discuss plans for supplying the growing demand for LNG in this region Recall the countries involved in the European LNG market and identify emerging European importers Identify the main players in the North American/Atlantic Basin LNG market and discuss the history of the development of the LNG market in this region Course Number: RVI-10968 |
| Liquefied Natural Gas (LNG): The LNG Value Chain | Course | View details Course Syllabus | Print Syllabus Liquefied Natural Gas (LNG): The LNG Value ChainOverview/Description: By the end of this course you will be able to: Explain the process of liquefaction including the technologies used and the growth of global liquefaction plants and capacity Describe the process of transporting LNG the role shipping and carriers play in the value chain and the future of shipping and new technology Discuss the LNG regasification process and the increase in global regasification terminals and storage capacity Understand the basics of how LNG projects are structured and why the project structure affects the risk profile of the project financing and the contractual relationships between the parties Describe the units of measurement in the LNG industry Course Number: RVI-10967 |
| Liquefied Natural Gas (LNG): Global LNG Supply | Course | View details Course Syllabus | Print Syllabus Liquefied Natural Gas (LNG): Global LNG SupplyOverview/Description: By the end of this course you will be able to: Discuss the first wave of LNG supply that hit the market between 2009-2011 Discuss the second wave of LNG projects and the projected production capacity that will result from these projects Identify challenges for new projects including cost environmental issues and timing of project development Identify key suppliers in the LNG global market Course Number: RVI-10969 |
| Liquefied Natural Gas (LNG): Global LNG Demand & Emerging Demand Markets | Course | View details Course Syllabus | Print Syllabus Liquefied Natural Gas (LNG): Global LNG Demand & Emerging Demand MarketsOverview/Description: By the end of this course you will be able to: Identify LNG demand drivers including global economic growth emerging economies environmental policies regional market reforms fuel switching domestic gas production and international pipeline supply Identify existing and emerging Asia-Pacific and European importers Discuss the reasons behind the increased LNG demand in Latin America Explain the natural gas puzzle faced by the Middle East/North African region and how experts are working to solve it Describe the market trends causing the U.S. to shift from LNG importer to LNG exporter Course Number: RVI-10970 |
| Liquefied Natural Gas (LNG): Globalization of LNG | Course | View details Course Syllabus | Print Syllabus Liquefied Natural Gas (LNG): Globalization of LNGOverview/Description: By the end of this course you will be able to: Discuss the evolution of LNG trade from regional to global trade Describe the traditional oil-linked pricing structure for LNG and discuss recent pricing issues Discuss the growth of the spot and short-term LNG market Describe the evolution of LNG Contract Terms Discuss the predictions for the future evolution of LNG markets Course Number: RVI-10971 |
| Liquefied Natural Gas (LNG): Global LNG Projects & Players | Course | View details Course Syllabus | Print Syllabus Liquefied Natural Gas (LNG): Global LNG Projects & PlayersOverview/Description: By the end of this course you will be able to: Describe the main components of Qatars LNG industry identify the important players and discuss notable LNG projects Discuss the rise of Australia as a leading LNG producer discuss current and future Australian LNG projects Discuss Australian LNG projects based on coal steam gas (CSG) and potential environmental issues related to CSG Discuss the components of Russias LNG industry including vast natural gas reserves pipelines and present and future projects Discuss the emergence of Peru as an LNG exporter Describe the elements of the Yemen LNG project and prospects for future LNG exports Discuss the Papua New Guinea LNG project benefits and challenges Course Number: RVI-10973 |
| Liquefied Natural Gas (LNG): The Role of Shale Gas in the Golden Age of Gas | Course | View details Course Syllabus | Print Syllabus Liquefied Natural Gas (LNG): The Role of Shale Gas in the Golden Age of GasOverview/Description: By the end of this course you will be able to: Discuss the shale gas revolution and the potential for worldwide shale gas production Describe the technologies used to unlock gas from shale such as horizontal drilling and hydraulic fracturing Describe the challenges to developing global unconventional gas Discuss the environmental issues associated with shale gas development in the United States Review the regulatory framework for shale gas development in the United States Course Number: RVI-10974 |
| Liquefied Natural Gas (LNG): The Impact of Shale Gas on Global Gas Markets | Course | View details Course Syllabus | Print Syllabus Liquefied Natural Gas (LNG): The Impact of Shale Gas on Global Gas MarketsOverview/Description: By the end of this course you will be able to: Discuss the impact of shale gas on the US LNG import market Describe the shale spreads and the market opportunity for North American LNG exports Discuss the case for US LNG exports in the context of the first exporter Cheniere Energy. Discuss the prospects for Canadian LNG exports Course Number: RVI-10975 |
| Liquefied Natural Gas (LNG): Emerging Issues in the LNG Industry | Course | View details Course Syllabus | Print Syllabus Liquefied Natural Gas (LNG): Emerging Issues in the LNG IndustryOverview/Description: By the end of the course you will be able to: Discuss the potential future of North American LNG exports Discuss the Panama Canal expansion and the potential impact on LNG trade Describe floating LNG or FLNG and explain its growing role in the LNG industry Describe the Gas Exporting Countries Forum (GECF) and discuss its mission and objectives Discuss the use of LNG as a shipping and vehicle fuel Course Number: RVI-10976 |
| Geometric Dimensioning and Tolerancing (GD&T): Orientation Tolerances | Course | View details Course Syllabus | Print Syllabus Geometric Dimensioning and Tolerancing (GD&T): Orientation TolerancesOverview/Description: By the end of this course you will be able to: Describe the three different types of orientation tolerances: Parallelism Perpendicularity and Angularity Describe how a tangent plane allows points on the feature to lie outside the tolerance zone Describe how to interpret the associated tolerance zones for both planar and cylindrical features Describe how orientation tolerances can interact with size tolerances to allow maximum flexibility for the manufacturer Course Number: RVI-11557 |
| Geometric Dimensioning and Tolerancing (GD&T): Datum Selection and Interpretation | Course | View details Course Syllabus | Print Syllabus Geometric Dimensioning and Tolerancing (GD&T): Datum Selection and InterpretationOverview/Description: By the end of this course you will be able to: Identify and describe the different types of datums Describe how and why datums are selected Explain round surfaces and features of size as datums Differentiate between primary secondary and tertiary datums Course Number: RVI-11556 |
| Geometric Dimensioning and Tolerancing (GD&T): Form and Size Tolerances | Course | View details Course Syllabus | Print Syllabus Geometric Dimensioning and Tolerancing (GD&T): Form and Size TolerancesOverview/Description: By the end of this course you will be able to: Discuss the purpose of form and size tolerances Describe the envelope principle as defined by ASME standard Y14.5 List and describe the different types of form tolerances and how they are applied to different features Define bonus tolerance and virtual condition Course Number: RVI-11555 |
| Geometric Dimensioning and Tolerancing (GD&T): Introduction | Course | View details Course Syllabus | Print Syllabus Geometric Dimensioning and Tolerancing (GD&T): IntroductionOverview/Description: By the end of this course you will be able to: Explain what GD&T is Describe the purpose of GD&T Identify and describe the purpose of notations used for GD&T Course Number: RVI-11554 |
| Geometric Dimensioning and Tolerancing (GD&T): Position Tolerances | Course | View details Course Syllabus | Print Syllabus Geometric Dimensioning and Tolerancing (GD&T): Position TolerancesOverview/Description: By the end of this course you will be able to: Describe how to apply position tolerances to various features of size Describe how to correctly identify and prioritize datum references Explain how LMC and MMC designators apply to tolerance values and to datums Describe how to specify a projected tolerance zone Describe how to apply position tolerances to coaxial features Course Number: RVI-11558 |
| Geometric Dimensioning and Tolerancing (GD&T): Profile and Runout Tolerances | Course | View details Course Syllabus | Print Syllabus Geometric Dimensioning and Tolerancing (GD&T): Profile and Runout TolerancesOverview/Description: By the end of this course you will be able to: Describe how to apply profile tolerances to surfaces or linear elements Explain how to correctly identify and prioritize datum references Express how to interpret and apply MMC designators to profile tolerance values and to datums when appropriate Relate how to interpret and apply a runout or total runout tolerance Course Number: RVI-11559 |
| Mechanical Maintenance: Couplings | Course | View details Course Syllabus | Print Syllabus Mechanical Maintenance: CouplingsOverview/Description: By the end of this course you will be able to: Identify factors that affect coupling Deal with misalignment issues and Select an appropriate type of coupling for a shaft Course Number: RVI-10884 |
| Energy Conversion Ideal vs Real Operation Analysis | Course | View details Course Syllabus | Print Syllabus Energy Conversion Ideal vs Real Operation AnalysisOverview/Description: By the end of this course you will be able to: Describe basic energy conversion engineering assumptions and equations Name basic elements of Brayton Cycle Otto Cycle Diesel Cycle compression combustion expansion processes and compressible flow (nozzle diffuser and thrust) and their T – s p – V and h – T diagrams Recognize Brayton Cycle Otto Cycle Diesel Cycle compression combustion expansion and compressible flow (nozzle diffuser and thrust) ideal and real operation Identify general Brayton Cycle Otto Cycle Diesel Cycle compression combustion expansion and compressible flow (nozzle diffuser and thrust) performance trends Course Number: RV-10841 |
| HVAC Design | Course | View details Course Syllabus | Print Syllabus HVAC DesignOverview/Description: At the end of this course you will be able to: Provide a review of HVAC fundamentals related to refrigeration heat transfer and psychrometrics. Become familiar with typical equipment and systems involved with HVAC. Understand control concepts utilized in the operation of HVAC equipment. Provide knowledge of the most common types of air handling systems. Course Number: RV-10463AW |
| HVAC Distribution | Course | View details Course Syllabus | Print Syllabus HVAC DistributionOverview/Description: At the end of this course you will be able to: Provide a review of HVAC distribution principles. Become familiar with the various types of HVAC systems. Understand the operating concepts involved with HVAC equipment. Provide knowledge related to air handling systems and HVAC distribution. Course Number: RV-10464AW |
| Equipment Drive Components: Gear Belt and Chain Drives | Course | View details Course Syllabus | Print Syllabus Equipment Drive Components: Gear Belt and Chain DrivesOverview/Description: Explain what a gear drive is and its general function. Identify the major components of a typical gearbox. Describe typical operator checks and concerns that apply to gear drives. Explain what a belt is and describe its general function. Describe typical single and multiple V-belt drives. Explain what a chain drive is and its general function. Describe a typical chain drive and some common ways that chain drives are lubricated. Describe typical operator checks and concerns that apply to belt drives. Describe typical operator checks and concerns that apply to chain drives. Course Number: AOEGB00CEN |
| Compressed Air Systems in Industrial Plants | Course | View details Course Syllabus | Print Syllabus Compressed Air Systems in Industrial PlantsOverview/Description: At the conclusion of this course the student will: Recall the types of compressors used in compressed air systems Recognize the benefits of each type of compressor system. Identify the purpose of the balance of the system components such as dryers and receivers. Explain how to calculate the cost of a compressed air system in an industrial application. Course Number: RV-10251 |
| Material Science: Properties of Metals | Course | View details Course Syllabus | Print Syllabus Material Science: Properties of MetalsOverview/Description: This 2-hour interactive online course is designed to assist nuclear facility operating contractors in providing operators, maintenance personnel, and technical staff with the necessary fundamentals training to ensure a basic understanding of the properties of metals. Since almost all processes that take place in a nuclear facility involve the use of specialized metals, a basic knowledge of material science is important because it enables contractor personnel to understand why a material was selected for a certain application within their facility. This knowledge will help personnel more fully understand the impact that their actions may have on the safe and reliable operation of facility components and systems. Course Number: RV-10117 |
| Material Science: Structures of Metals | Course | View details Course Syllabus | Print Syllabus Material Science: Structures of MetalsOverview/Description: This 1-hour online interactive course is designed to assist nuclear facility operating contractors in providing operators, maintenance personnel, and technical staff with the necessary fundamentals training to ensure a basic understanding of the structure and properties of metals. Since almost all processes that take place in a nuclear facility involve the use of specialized metals, a basic knowledge of material science is important because it enables contractor personnel to understand why a material was selected for a certain application within their facility. This knowledge will help personnel more fully understand the impact that their actions may have on the safe and reliable operation of facility components and systems. Course Number: RV-10055 |
| Steam System Basics & Performance Improvements | Course | View details Course Syllabus | Print Syllabus Steam System Basics & Performance ImprovementsOverview/Description: At the conclusion of this course you will have a better understanding of: Analyze the performance advantages of steam Utilize steam system operations Describe steam generation distribution end use and recovery Evaluate performance improvement opportunities and systems approach Define common performance improvement opportunities Identify best practices with steam system performance tools Discuss steam system training Evaluate financing steam system improvements There will be a multiple choice quiz at the end of the course to gauge your understanding of the material. Course Number: RV-7235 |
| Compressed Air Systems: Introduction to Performance Improvement | Course | View details Course Syllabus | Print Syllabus Compressed Air Systems: Introduction to Performance ImprovementOverview/Description: After completing this course you will have a better understanding of: Explain the basics of industrial compressed air systems Analyze the types of compressors such as positive-displacement compressors dynamic compressors and their variations Identify the power sources used to drive compressors List different compressor accessories and their functions Describe the uses of compressed air Course Number: RV-6324 |
| Geothermal Heat Pumps | Course | View details Course Syllabus | Print Syllabus Geothermal Heat PumpsOverview/Description: The objective of this course is to familiarize you with the basic operation of a geothermal heat pump system. After taking this course you will have an understanding of: How heat pumps work The appropriate performance standards for geothermal heating systems The advantages and disadvantages of the various antifreeze solutions available The types of loop systems used in geothermal heating systems The installation energy and maintenance costs for geothermal systems Course Number: RV-5969 |
| Asset Condition Management: Alignment and Balancing Training | Course | View details Course Syllabus | Print Syllabus Asset Condition Management: Alignment and Balancing TrainingOverview/Description: Machines that are not maintained can break down overtime and cause significant production delays. Precision alignment and balancing will directly increase asset life and increase the machines’ Mean Time Between Failures. This interactive online course will teach you how alignment and balancing fits into the overall reliability and Asset Condition Management (ACM) Program. You will learn about the technologies used in alignment and balancing procedures. Additionally, you will be presented with sample machinery case histories addressing practical considerations for the alignment and balancing procedures. Course Number: RVI-11383 |
| Steam Turbine Power | Course | View details Course Syllabus | Print Syllabus Steam Turbine PowerOverview/Description: By the end of this course you will be able to: Identify the components of a steam turbine and their function and name the two main types of turbines Describe how to maintain constant steam velocity through the turbine Label the main parts of a steam turbine State the purpose of aerodynamic blades for steam turbine operation and name the two primary blade types in use with steam turbines Identify the factors that limit the theoretical maximum power of a turbine Describe how to control pressure drop in modern steam turbines Course Number: RV-11153 |