2021-2022 Academic Catalog 
    
    Jun 22, 2024  
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2021-2022 Academic Catalog [ARCHIVED CATALOG]

Course Descriptions

 

Industrial Pipefitting
  

  • INPF 20041 - Pipe Fittings and Pressure Loss

    0.25 CR
    The pipefitting student will learn that pipe fittings are used to connect pipelines, redirect flow, diverge, and converge to flow. Any fitting installed in a pipeline adds additional resistance to the flow of fluid resulting in pressure drop across the pipeline.

    Course Learning Outcomes:
    1. Demonstrate safe and proper use of pipefitting tools, equipment, and measuring devices.
    2. Explain nominal pipe size and schedule.
    3. Identify pipe fittings.
    4. Associate fitting construction to pressure reduction.
    5. Name types of pipe by the material of construction (MOC).
    6. Identify types of piping connections.
    7. Construct a pipe assembly using various types of pipe and connection methods.
  

  • INPF 20051 - Piping Connections

    0.33 CR
    The pipefitting student will learn the various piping connection methods used in the piping field.

    Course Learning Outcomes:
    1. Demonstrate safe and proper use of pipefitting tools, equipment, and measuring devices.
    2. Explain nominal pipe size and schedule.
    3. Identify pipe fittings.
    4. Associate fitting construction to pressure reduction.
    5. Name types of pipe by the material of construction (MOC).
    6. Identify types of piping connections.
    7. Construct a pipe assembly using various types of pipe and connection methods.
  

  • INPF 20061 - Pipe Cutting and Threads

    0.17 CR
    The student will learn to properly thread pipe by hand and also using a thread Rigid 300 power threader.

    Course Learning Outcomes:
    1. Demonstrate safe and proper use of pipefitting tools, equipment, and measuring devices.
    2. Explain nominal pipe size and schedule.
    3. Identify pipe fittings.
    4. Associate fitting construction to pressure reduction.
    5. Name types of pipe by the material of construction (MOC).
    6. Identify types of piping connections.
    7. Construct a pipe assembly using various types of pipe and connection methods.
  

  • INPF 20071 - Piping Flanges

    0.42 CR
    The pipefitting student will learn about pipe flanges. The pipefitting student will cover information on flanged connection methods, flange types and materials, and flanged gasket material and construction.

    Course Learning Outcomes:
    1. Demonstrate safe and proper use of pipefitting tools, equipment, and measuring devices.
    2. Explain nominal pipe size and schedule.
    3. Identify pipe fittings.
    4. Associate fitting construction to pressure reduction.
    5. Name types of pipe by the material of construction (MOC).
    6. Identify types of piping connections.
    7. Construct a pipe assembly using various types of pipe and connection methods.
  

  • INPF 20081 - Piping Stainless

    0.33 CR
    The pipefitting student will learn the various types of stainless steel, fabrication, and cleaning considerations.

    Course Learning Outcomes:
    1. Demonstrate safe and proper use of pipefitting tools, equipment, and measuring devices.
    2. Explain nominal pipe size and schedule.
    3. Identify pipe fittings.
    4. Associate fitting construction to pressure reduction.
    5. Name types of pipe by the material of construction (MOC).
    6. Identify types of piping connections.
    7. Construct a pipe assembly using various types of pipe and connection methods.
  

  • INPF 25012 - Pipefitting Math 1

    0.17 CR
    The pipefitting student will be provided with the information necessary for the development of the skills needed to calculate the different angles and measurements needed in the pipefitting/plumbing industry.

    Course Learning Outcomes:
    1. Calculate area, volume for geometric shapes.
    2. Calculate equilateral, isosceles, scalene, acute, and right triangles.
    3. Calculate for square root, formula equations, angle measure, and conversion of length measurements.
    4. Calculate for multi pipe offsets, rolling offsets.
    5. Calculate slope and grade.
    6. Solve pipe cut lengths from listed drawings.
    7. Construct required pipe assemblies.
  

  • INPF 25022 - Pipefitting Math 2

    0.25 CR
    The pipefitting student will be provided with the information necessary for the development of straight line measurements. The pipefitting student will learn to determine lengths for triangular, rectangular, and circular objects.

    Course Learning Outcomes:
    1. Calculate area, volume for geometric shapes.
    2. Calculate equilateral, isosceles, scalene, acute, and right triangles.
    3. Calculate for square root, formula equations, angle measure, and conversion of length measurements.
    4. Calculate for multi pipe offsets, rolling offsets.
    5. Calculate slope and grade.
    6. Solve pipe cut lengths from listed drawings.
    7. Construct required pipe assemblies.
  

  • INPF 25032 - Pipefitting Math 3

    0.63 CR
    The pipefitting student will be provided with the information necessary for proper deduction of welded pipe fittings, flanges, and gaskets. The pipefitting student will learn the various parts of the triangles used in piping, their names, and calculating piping length using constants for a 45 degree offset.

    Course Learning Outcomes:
    1. Calculate area, volume for geometric shapes.
    2. Calculate equilateral, isosceles, scalene, acute, and right triangles.
    3. Calculate for square root, formula equations, angle measure, and conversion of length measurements.
    4. Calculate for multi pipe offsets, rolling offsets.
    5. Calculate slope and grade.
    6. Solve pipe cut lengths from listed drawings.
    7. Construct required pipe assemblies.
  

  • INPF 25042 - Pipefitting Math 4

    0.25 CR
    The pipefitting student will be provided with the information necessary to solve for straight pipe length measurements of up to three pipe diagrams while allowing for a 45-degree offset of various pipe sizes, material types, and the introduction of the Wye Fitting.

    Course Learning Outcomes:
    1. Calculate area, volume for geometric shapes.
    2. Calculate equilateral, isosceles, scalene, acute, and right triangles.
    3. Calculate for square root, formula equations, angle measure, and conversion of length measurements.
    4. Calculate for multi pipe offsets, rolling offsets.
    5. Calculate slope and grade.
    6. Solve pipe cut lengths from listed drawings.
    7. Construct required pipe assemblies.
  

  • INPF 25052 - Pipefitting Math 5

    0.25 CR
    The pipefitting student will learn of flow patterns using the Wye and Tee-Wye fittings, utilizing both fittings to solve for pipe length on various piping diagrams using multiple offsets, the introduction of 22.5 degrees constant .707, and solving for other angles using constants from the trigonometry tables.

    Course Learning Outcomes:
    1. Calculate area, volume for geometric shapes.
    2. Calculate equilateral, isosceles, scalene, acute, and right triangles.
    3. Calculate for square root, formula equations, angle measure, and conversion of length measurements.
    4. Calculate for multi pipe offsets, rolling offsets.
    5. Calculate slope and grade.
    6. Solve pipe cut lengths from listed drawings.
    7. Construct required pipe assemblies.
  

  • INPF 25062 - Pipefitting Math 6

    0.83 CR
    The pipefitting student will learn to calculate the grade, percent grade, drop and run used in the installation of drainage systems. The pipefitting student will learn how to calculate the pipe lengths for the jumper, 45-degree multi-pipe parallel, and special case offsets, as well as rolling and combination offsets.

    Course Learning Outcomes:
    1. Calculate area, volume for geometric shapes.
    2. Calculate equilateral, isosceles, scalene, acute, and right triangles.
    3. Calculate for square root, formula equations, angle measure, and conversion of length measurements.
    4. Calculate for multi pipe offsets, rolling offsets.
    5. Calculate slope and grade.
    6. Solve pipe cut lengths from listed drawings.
    7. Construct required pipe assemblies.
  

  • INPF 25072 - Pipefitting Math 7

    0.25 CR
    The pipefitting student will learn to calculate the volume of various-shaped vessels, weight, and total pressure produced by a given liquid at different heights.

    Course Learning Outcomes:
    1. Calculate area, volume for geometric shapes.
    2. Calculate equilateral, isosceles, scalene, acute, and right triangles.
    3. Calculate for square root, formula equations, angle measure, and conversion of length measurements.
    4. Calculate for multi pipe offsets, rolling offsets.
    5. Calculate slope and grade.
    6. Solve pipe cut lengths from listed drawings.
    7. Construct required pipe assemblies.
  

  • INPF 30011 - Basic Ratio of Pipe Capacities

    0.25 CR
    The pipefitting student will convert capacity and flow information and convert it into usable data to specify pipe size.

    Course Learning Outcomes:
    1. Calculate pipe capacities.
    2. Identify various manual valve types and uses.
    3. Identify various self-contained valves and uses.
    4. Compare various types of non-metallic pipe.
    5. Construct pipe assemblies using various connection methods.
    6. Examine piping support and calculate support requirements.
    7. Produce brazed tubing assembly.
    8. Demonstrate a pressure tap connection.
    9. Differentiate between heat trace methods.
  

  • INPF 30021 - Valves Manual

    0.42 CR
    The pipefitting student will analyze the various types of manual valves, assess their various positive and negative characteristics, and distinguish their proper uses. The pipefitting student will learn the proper techniques for valve packing repair and replacement.

    Course Learning Outcomes:
    1. Calculate pipe capacities.
    2. Identify various manual valve types and uses.
    3. Identify various self-contained valves and uses.
    4. Compare various types of non-metallic pipe.
    5. Construct pipe assemblies using various connection methods.
    6. Examine piping support and calculate support requirements.
    7. Produce brazed tubing assembly.
    8. Demonstrate a pressure tap connection.
    9. Differentiate between heat trace methods.
  

  • INPF 30031 - Valves Self-Contained

    0.29 CR
    The pipefitting student will examine the various types of self-contained valves, assessing their importance in the piping system.

    Course Learning Outcomes:
    1. Calculate pipe capacities.
    2. Identify various manual valve types and uses.
    3. Identify various self-contained valves and uses.
    4. Compare various types of non-metallic pipe.
    5. Construct pipe assemblies using various connection methods.
    6. Examine piping support and calculate support requirements.
    7. Produce brazed tubing assembly.
    8. Demonstrate a pressure tap connection.
    9. Differentiate between heat trace methods.
  

  • INPF 30041 - Piping Support

    0.25 CR
    The pipefitting student will learn the mechanical, physical, and structural characteristics of piping support.

    Course Learning Outcomes:
    1. Calculate pipe capacities.
    2. Identify various manual valve types and uses.
    3. Identify various self-contained valves and uses.
    4. Compare various types of non-metallic pipe.
    5. Construct pipe assemblies using various connection methods.
    6. Examine piping support and calculate support requirements.
    7. Produce brazed tubing assembly.
    8. Demonstrate a pressure tap connection.
    9. Differentiate between heat trace methods.
  

  • INPF 30051 - PVC Piping

    0.29 CR
    The pipefitting student will learn the various types of plastic pipe while comparing and contrasting approved uses, connection methods, and installation requirements.

    Course Learning Outcomes:
    1. Calculate pipe capacities.
    2. Identify various manual valve types and uses.
    3. Identify various self-contained valves and uses.
    4. Compare various types of non-metallic pipe.
    5. Construct pipe assemblies using various connection methods.
    6. Examine piping support and calculate support requirements.
    7. Produce brazed tubing assembly.
    8. Demonstrate a pressure tap connection.
    9. Differentiate between heat trace methods.
  

  • INPF 30061 - Piping Compression

    0.25 CR
    The pipefitting student will analyze compression information, including the various fittings, materials, techniques, and installation practices.

    Course Learning Outcomes:
    1. Calculate pipe capacities.
    2. Identify various manual valve types and uses.
    3. Identify various self-contained valves and uses.
    4. Compare various types of non-metallic pipe.
    5. Construct pipe assemblies using various connection methods.
    6. Examine piping support and calculate support requirements.
    7. Produce brazed tubing assembly.
    8. Demonstrate a pressure tap connection.
    9. Differentiate between heat trace methods.
  

  • INPF 30071 - Soldering and Brazing

    0.63 CR
    The pipefitting student will compare and contrast between soldering and brazing. The pipefitting student will need to explain the differences between the two and break down their safety precautions while demonstrating safe and proper soldering/brazing techniques.

    Course Learning Outcomes:
    1. Calculate pipe capacities.
    2. Identify various manual valve types and uses.
    3. Identify various self-contained valves and uses.
    4. Compare various types of non-metallic pipe.
    5. Construct pipe assemblies using various connection methods.
    6. Examine piping support and calculate support requirements.
    7. Produce brazed tubing assembly.
    8. Demonstrate a pressure tap connection.
    9. Differentiate between heat trace methods.
  

  • INPF 30081 - Tube Bending

    0.29 CR
    The pipefitting student will learn and demonstrate the safe and proper technique for bending instrumentation tubing. The pipefitting student will account for spring back, stretch, and tubing pick-up in their lab assignment.

    Course Learning Outcomes:
    1. Calculate pipe capacities.
    2. Identify various manual valve types and uses.
    3. Identify various self-contained valves and uses.
    4. Compare various types of non-metallic pipe.
    5. Construct pipe assemblies using various connection methods.
    6. Examine piping support and calculate support requirements.
    7. Produce brazed tubing assembly.
    8. Demonstrate a pressure tap connection.
    9. Differentiate between heat trace methods.
  

  • INPF 30091 - Pressure Tap and Tracing

    0.42 CR
    The pipefitting student will apply the acquired knowledge to perform a pressure tap in a safe and professional manner. The pipefitting student will compare and differentiate between the various heat tracing methods.

    Course Learning Outcomes:
    1. Calculate pipe capacities.
    2. Identify various manual valve types and uses.
    3. Identify various self-contained valves and uses.
    4. Compare various types of non-metallic pipe.
    5. Construct pipe assemblies using various connection methods.
    6. Examine piping support and calculate support requirements.
    7. Produce brazed tubing assembly.
    8. Demonstrate a pressure tap connection.
    9. Differentiate between heat trace methods.
  

  • INPF 30101 - Victaulic

    0.33 CR
    The pipefitting student will be introduced to Victaulic connections. The pipefitting student will learn how to install different Victaulic connections used to make up an entire piping system.

    Course Learning Outcomes:
    1. Calculate pipe capacities.
    2. Identify various manual valve types and uses.
    3. Identify various self-contained valves and uses.
    4. Compare various types of non-metallic pipe.
    5. Construct pipe assemblies using various connection methods.
    6. Examine piping support and calculate support requirements.
    7. Produce brazed tubing assembly.
    8. Demonstrate a pressure tap connection.
    9. Differentiate between heat trace methods.
  

  • INPF 30111 - Fiberglass Reinforced Pipe

    0.08 CR
    The pipefitting student will become familiar with fiberglass reinforced pipe and its method of installation.

    Course Learning Outcomes:
    1. Calculate pipe capacities.
    2. Identify various manual valve types and uses.
    3. Identify various self-contained valves and uses.
    4. Compare various types of non-metallic pipe.
    5. Construct pipe assemblies using various connection methods.
    6. Examine piping support and calculate support requirements.
    7. Produce brazed tubing assembly.
    8. Demonstrate a pressure tap connection.
    9. Differentiate between heat trace methods.
  

  • INPF 30121 - Green Thread®

    0.08 CR
    The pipefitting student will learn about Green Thread® piping and its applications.

    Course Learning Outcomes:
    1. Calculate pipe capacities.
    2. Identify various manual valve types and uses.
    3. Identify various self-contained valves and uses.
    4. Compare various types of non-metallic pipe.
    5. Construct pipe assemblies using various connection methods.
    6. Examine piping support and calculate support requirements.
    7. Produce brazed tubing assembly.
    8. Demonstrate a pressure tap connection.
    9. Differentiate between heat trace methods.
  

  • INPF 30131 - CPVC Piping

    0.08 CR
    The student will learn about Chlorinated Polyvinyl Chloride (CPVC) Piping and the requirements for its installation.

    Course Learning Outcomes:
    1. Calculate pipe capacities.
    2. Identify various manual valve types and uses.
    3. Identify various self-contained valves and uses.
    4. Compare various types of non-metallic pipe.
    5. Construct pipe assemblies using various connection methods.
    6. Examine piping support and calculate support requirements.
    7. Produce brazed tubing assembly.
    8. Demonstrate a pressure tap connection.
    9. Differentiate between heat trace methods.
  

  • INPF 35011 - Purpose of the Plumbing Code

    0.17 CR
    The pipefitting student will interpret and distinguish between plumbing codes and licensing programs, principles of plumbing installations, and local code tables.

    Course Learning Outcomes:
    1. Examine plumbing licensing, plumbing and service piping code history, and plumbing and service piping code material.
    2. Calculate size for vent and drainage piping systems.
    3. Identify plumbing fixtures, appliances, devices, and their function.
    4. Contrast large and residential sewage disposal methods.
    5. Identify types of drainage vents and their function.
    6. Explain potable water protection, backflow protection, and devices.
    7. Define pressure, temperature, safety devices, and testing methods.
    8. Identify hot water generating devices, code requirements, sizing, and safe installation.
  

  • INPF 35021 - Fixtures and Appliances

    0.17 CR
    The pipefitting student will distinguish between plumbing fixtures and appliances. The pipefitting student will also compare and differentiate fixture and appliance operation, installation, and safety concerns.

    Course Learning Outcomes:
    1. Examine plumbing licensing, plumbing and service piping code history, and plumbing and service piping code material.
    2. Calculate size for vent and drainage piping systems.
    3. Identify plumbing fixtures, appliances, devices, and their function.
    4. Contrast large and residential sewage disposal methods.
    5. Identify types of drainage vents and their function.
    6. Explain potable water protection, backflow protection, and devices.
    7. Define pressure, temperature, safety devices, and testing methods.
    8. Identify hot water generating devices, code requirements, sizing, and safe installation.
  

  • INPF 35031 - Potable Water Protection

    0.42 CR
    The pipefitting student will differentiate between types of backflow, methods of reducing backflow, and backflow prevention devices. The pipefitting student will demonstrate proper backflow preventer inspection, troubleshooting, and compare conditions pertaining to potable water supply safety.

    Course Learning Outcomes:
    1. Examine plumbing licensing, plumbing and service piping code history, and plumbing and service piping code material.
    2. Calculate size for vent and drainage piping systems.
    3. Identify plumbing fixtures, appliances, devices, and their function.
    4. Contrast large and residential sewage disposal methods.
    5. Identify types of drainage vents and their function.
    6. Explain potable water protection, backflow protection, and devices.
    7. Define pressure, temperature, safety devices, and testing methods.
    8. Identify hot water generating devices, code requirements, sizing, and safe installation.
  

  • INPF 35041 - Sewage Systems

    0.21 CR
    The pipefitting student will contrast the different types of sewage disposal and aeration systems. The pipefitting student will analyze the basic process for large and private sewage systems, compare and contrast typical installation practices for building sewers, and interpret trenching and shoring safety practices.

    Course Learning Outcomes:
    1. Examine plumbing licensing, plumbing and service piping code history, and plumbing and service piping code material.
    2. Calculate size for vent and drainage piping systems.
    3. Identify plumbing fixtures, appliances, devices, and their function.
    4. Contrast large and residential sewage disposal methods.
    5. Identify types of drainage vents and their function.
    6. Explain potable water protection, backflow protection, and devices.
    7. Define pressure, temperature, safety devices, and testing methods.
    8. Identify hot water generating devices, code requirements, sizing, and safe installation.
  

  • INPF 35051 - Drains

    0.21 CR
    The pipefitting student will demonstrate drainage fixture unit calculation and drain line sizing. The pipefitting student will compare and differentiate between piping material and installation details.

    Course Learning Outcomes:
    1. Examine plumbing licensing, plumbing and service piping code history, and plumbing and service piping code material.
    2. Calculate size for vent and drainage piping systems.
    3. Identify plumbing fixtures, appliances, devices, and their function.
    4. Contrast large and residential sewage disposal methods.
    5. Identify types of drainage vents and their function.
    6. Explain potable water protection, backflow protection, and devices.
    7. Define pressure, temperature, safety devices, and testing methods.
    8. Identify hot water generating devices, code requirements, sizing, and safe installation.
  

  • INPF 35061 - Traps, Interceptors, and Backwater Valves

    0.42 CR
    The pipefitting student will compare and identify plumbing traps, interceptors, and backwater valves. The pipefitting student will analyze their operation and their role in proper drainage systems.

    Course Learning Outcomes:
    1. Examine plumbing licensing, plumbing and service piping code history, and plumbing and service piping code material.
    2. Calculate size for vent and drainage piping systems.
    3. Identify plumbing fixtures, appliances, devices, and their function.
    4. Contrast large and residential sewage disposal methods.
    5. Identify types of drainage vents and their function.
    6. Explain potable water protection, backflow protection, and devices.
    7. Define pressure, temperature, safety devices, and testing methods.
    8. Identify hot water generating devices, code requirements, sizing, and safe installation.
  

  • INPF 35071 - Stacks and Rough-In Sheets

    0.17 CR
    The pipefitting student will identify proper techniques and locations for notching, boring, and altering the structure for pipe penetrations. The pipefitting student will analyze construction details of stacks, supports, branch intervals, and branch wastes. The pipefitting student will examine the use of rough-in and specification sheets.

    Course Learning Outcomes:
    1. Examine plumbing licensing, plumbing and service piping code history, and plumbing and service piping code material.
    2. Calculate size for vent and drainage piping systems.
    3. Identify plumbing fixtures, appliances, devices, and their function.
    4. Contrast large and residential sewage disposal methods.
    5. Identify types of drainage vents and their function.
    6. Explain potable water protection, backflow protection, and devices.
    7. Define pressure, temperature, safety devices, and testing methods.
    8. Identify hot water generating devices, code requirements, sizing, and safe installation.
  

  • INPF 35081 - Purpose of ASME Code

    0.08 CR
    The pipefitting student will learn about the American Society of Mechanical Engineers (ASME) and how it is referenced in the pipefitting trade.

    Course Learning Outcomes:
    1. Examine plumbing licensing, plumbing and service piping code history, and plumbing and service piping code material.
    2. Calculate size for vent and drainage piping systems.
    3. Identify plumbing fixtures, appliances, devices, and their function.
    4. Contrast large and residential sewage disposal methods.
    5. Identify types of drainage vents and their function.
    6. Explain potable water protection, backflow protection, and devices.
    7. Define pressure, temperature, safety devices, and testing methods.
    8. Identify hot water generating devices, code requirements, sizing, and safe installation.
  

  • INPF 35091 - Using the ASME Code

    0.17 CR
    The pipefitting student will study the American Society of Mechanical Engineers (ASME) piping code and terminology.

    Course Learning Outcomes:
    1. Examine plumbing licensing, plumbing and service piping code history, and plumbing and service piping code material.
    2. Calculate size for vent and drainage piping systems.
    3. Identify plumbing fixtures, appliances, devices, and their function.
    4. Contrast large and residential sewage disposal methods.
    5. Identify types of drainage vents and their function.
    6. Explain potable water protection, backflow protection, and devices.
    7. Define pressure, temperature, safety devices, and testing methods.
    8. Identify hot water generating devices, code requirements, sizing, and safe installation.
  

  • INPF 35101 - Importance of Safeties

    0.08 CR
    The pipefitting student will learn about pressure relief safeties and how to maintain safe operating pressure.

    Course Learning Outcomes:
    1. Examine plumbing licensing, plumbing and service piping code history, and plumbing and service piping code material.
    2. Calculate size for vent and drainage piping systems.
    3. Identify plumbing fixtures, appliances, devices, and their function.
    4. Contrast large and residential sewage disposal methods.
    5. Identify types of drainage vents and their function.
    6. Explain potable water protection, backflow protection, and devices.
    7. Define pressure, temperature, safety devices, and testing methods.
    8. Identify hot water generating devices, code requirements, sizing, and safe installation.
  

  • INPF 35111 - Pressure Test and Leak Test

    0.29 CR
    The pipefitting student will learn different methods of testing piping materials and systems. These tests can be performed with air or water using test balls to isolate the section to be tested.

    Course Learning Outcomes:
    1. Examine plumbing licensing, plumbing and service piping code history, and plumbing and service piping code material.
    2. Calculate size for vent and drainage piping systems.
    3. Identify plumbing fixtures, appliances, devices, and their function.
    4. Contrast large and residential sewage disposal methods.
    5. Identify types of drainage vents and their function.
    6. Explain potable water protection, backflow protection, and devices.
    7. Define pressure, temperature, safety devices, and testing methods.
    8. Identify hot water generating devices, code requirements, sizing, and safe installation.
  

  • INPF 35121 - Venting Drainage Systems

    0.21 CR
    The pipefitting student will identify the forces that can produce pressure changes in drains causing the need for vents, and differentiate between vent types and configurations.

    Course Learning Outcomes:
    1. Examine plumbing licensing, plumbing and service piping code history, and plumbing and service piping code material.
    2. Calculate size for vent and drainage piping systems.
    3. Identify plumbing fixtures, appliances, devices, and their function.
    4. Contrast large and residential sewage disposal methods.
    5. Identify types of drainage vents and their function.
    6. Explain potable water protection, backflow protection, and devices.
    7. Define pressure, temperature, safety devices, and testing methods.
    8. Identify hot water generating devices, code requirements, sizing, and safe installation.
  

  • INPF 35122 - Gas Systems Piping

    0.13 CR
    The pipefitting student will learn the code compliance standards for the installation of gas piping and venting, an overview of our nation’s natural gas line infrastructure, and safety requirements.

    Course Learning Outcomes:
    1. Examine plumbing licensing, plumbing and service piping code history, and plumbing and service piping code material.
    2. Calculate size for vent and drainage piping systems.
    3. Identify plumbing fixtures, appliances, devices, and their function.
    4. Contrast large and residential sewage disposal methods.
    5. Identify types of drainage vents and their function.
    6. Explain potable water protection, backflow protection, and devices.
    7. Define pressure, temperature, safety devices, and testing methods.
    8. Identify hot water generating devices, code requirements, sizing, and safe installation.
  

  • INPF 35131 - Installing Water Heaters

    0.17 CR
    The pipefitting student will study the operation of water heater components and their installation.

    Course Learning Outcomes:
    1. Examine plumbing licensing, plumbing and service piping code history, and plumbing and service piping code material.
    2. Calculate size for vent and drainage piping systems.
    3. Identify plumbing fixtures, appliances, devices, and their function.
    4. Contrast large and residential sewage disposal methods.
    5. Identify types of drainage vents and their function.
    6. Explain potable water protection, backflow protection, and devices.
    7. Define pressure, temperature, safety devices, and testing methods.
    8. Identify hot water generating devices, code requirements, sizing, and safe installation.
  

  • INPF 40011 - NFPA 13 Code Book

    0.29 CR
    The pipefitting student will acquire and expand upon NFPA code material to determine the approved methods for sprinkler system installation situations.

    Course Learning Outcomes:
    1. Break down NFPA 13 code and manufactures material to solve various piping scenarios.
    2. Identify fire suppression sprinkler heads by type, temperature, coverage area, and system.
    3. Explain the difference between wet, dry, deluge, and foam fire suppression systems. Identify fire suppression components.
  

  • INPF 40021 - Sprinkler Heads

    0.21 CR
    The pipefitting student will compare and contrast the various types of sprinkler heads, pertaining to their installation, temperature ranges, color code, and spray patterns.

    Course Learning Outcomes:
    1. Break down NFPA 13 code and manufactures material to solve various piping scenarios.
    2. Identify fire suppression sprinkler heads by type, temperature, coverage area, and system.
    3. Explain the difference between wet, dry, deluge, and foam fire suppression systems. Identify fire suppression components.
  

  • INPF 40031 - Wet Fire Protection System

    0.21 CR
    The pipefitting student will examine the various elements of the wet sprinkler system. The pipefitting student will identify and describe their function and operation.

    Course Learning Outcomes:
    1. Break down NFPA 13 code and manufactures material to solve various piping scenarios.
    2. Identify fire suppression sprinkler heads by type, temperature, coverage area, and system.
    3. Explain the difference between wet, dry, deluge, and foam fire suppression systems. Identify fire suppression components.
  

  • INPF 40041 - Dry Fire Protection System

    0.21 CR
    The pipefitting student will analyze the various dry system component parts, compare dry versus wet systems, and their specific installation requirements.

    Course Learning Outcomes:
    1. Break down NFPA 13 code and manufactures material to solve various piping scenarios.
    2. Identify fire suppression sprinkler heads by type, temperature, coverage area, and system.
    3. Explain the difference between wet, dry, deluge, and foam fire suppression systems. Identify fire suppression components.
  

  • INPF 40051 - Deluge and Foam Fire Protection

    0.21 CR
    The pipefitting student will analyze the component parts, systems purpose, and installation specifics for the deluge and foam system as well as its differences to other sprinkler systems.

    Course Learning Outcomes:
    1. Break down NFPA 13 code and manufactures material to solve various piping scenarios.
    2. Identify fire suppression sprinkler heads by type, temperature, coverage area, and system.
    3. Explain the difference between wet, dry, deluge, and foam fire suppression systems. Identify fire suppression components.
  

  • INPF 45011 - Force and Motion

    0.08 CR
    The pipefitting student will learn the principles related to force and motion. As the pipefitting student progresses through the pipefitting program, force and motion will be applied to the pipefitting trade.

    Course Learning Outcomes:
    1. Define speed and calculate for speed and distance.
    2. Restate Newton’s first, second, and third laws.
    3. Define work, impulse, momentum, and power.
    4. Restate the law of gravity, and Kepler’s first law.
    5. Calculate using laws of physics for various provided properties.
    6. Differentiate between elements, compounds, and atoms.
    7. Differentiate between liquid and solid.
    8. Discuss the relationship between pressure, depth, and density in liquid.
    9. Formulate temperatures from the three common temperature scales.
    10. Define the methods of heat transfer.
  

  • INPF 45021 - Laws of Motion

    0.08 CR
    The pipefitting student will learn the principles related to the laws of motion. As the pipefitting student progresses through the pipefitting program, laws of motion will be applied to the pipefitting trade.

    Course Learning Outcomes:
    1. Define speed and calculate for speed and distance.
    2. Restate Newton’s first, second, and third laws.
    3. Define work, impulse, momentum, and power.
    4. Restate the law of gravity, and Kepler’s first law.
    5. Calculate using laws of physics for various provided properties.
    6. Differentiate between elements, compounds, and atoms.
    7. Differentiate between liquid and solid.
    8. Discuss the relationship between pressure, depth, and density in liquid.
    9. Formulate temperatures from the three common temperature scales.
    10. Define the methods of heat transfer.
  

  • INPF 45031 - Conservation of Momentum

    0.08 CR
    The pipefitting student will learn the principles related to the conservation of momentum and energy. As the pipefitting student progresses through the pipefitting program, the conservation of momentum and energy will be applied to the pipefitting trade.

    Course Learning Outcomes:
    1. Define speed and calculate for speed and distance.
    2. Restate Newton’s first, second, and third laws.
    3. Define work, impulse, momentum, and power.
    4. Restate the law of gravity, and Kepler’s first law.
    5. Calculate using laws of physics for various provided properties.
    6. Differentiate between elements, compounds, and atoms.
    7. Differentiate between liquid and solid.
    8. Discuss the relationship between pressure, depth, and density in liquid.
    9. Formulate temperatures from the three common temperature scales.
    10. Define the methods of heat transfer.
  

  • INPF 45041 - Gravity

    0.08 CR
    The pipefitting student will learn the principles related to gravity. As the pipefitting student progresses through the pipefitting program, gravity will be applied to the pipefitting trade.

    Course Learning Outcomes:
    1. Define speed and calculate for speed and distance.
    2. Restate Newton’s first, second, and third laws.
    3. Define work, impulse, momentum, and power.
    4. Restate the law of gravity, and Kepler’s first law.
    5. Calculate using laws of physics for various provided properties.
    6. Differentiate between elements, compounds, and atoms.
    7. Differentiate between liquid and solid.
    8. Discuss the relationship between pressure, depth, and density in liquid.
    9. Formulate temperatures from the three common temperature scales.
    10. Define the methods of heat transfer.
  

  • INPF 45051 - Atoms and Molecules

    0.08 CR
    The pipefitting student will learn the principles related to atoms and molecules. As the pipefitting student progresses through the pipefitting program, atoms and molecules will be applied to the pipefitting trade.

    Course Learning Outcomes:
    1. Define speed and calculate for speed and distance.
    2. Restate Newton’s first, second, and third laws.
    3. Define work, impulse, momentum, and power.
    4. Restate the law of gravity, and Kepler’s first law.
    5. Calculate using laws of physics for various provided properties.
    6. Differentiate between elements, compounds, and atoms.
    7. Differentiate between liquid and solid.
    8. Discuss the relationship between pressure, depth, and density in liquid.
    9. Formulate temperatures from the three common temperature scales.
    10. Define the methods of heat transfer.
  

  • INPF 45061 - Solids

    0.08 CR
    The pipefitting student will learn the principles related to solids. As the pipefitting student progresses through the pipefitting program, solids will be applied to the pipefitting trade.

    Course Learning Outcomes:
    1. Define speed and calculate for speed and distance.
    2. Restate Newton’s first, second, and third laws.
    3. Define work, impulse, momentum, and power.
    4. Restate the law of gravity, and Kepler’s first law.
    5. Calculate using laws of physics for various provided properties.
    6. Differentiate between elements, compounds, and atoms.
    7. Differentiate between liquid and solid.
    8. Discuss the relationship between pressure, depth, and density in liquid.
    9. Formulate temperatures from the three common temperature scales.
    10. Define the methods of heat transfer.
  

  • INPF 45071 - Liquids and Gases

    0.08 CR
    The pipefitting student will learn the principles related to liquids and gases. As the pipefitting student progresses through the pipefitting program, liquids and gases will be applied to the pipefitting trade.

    Course Learning Outcomes:
    1. Define speed and calculate for speed and distance.
    2. Restate Newton’s first, second, and third laws.
    3. Define work, impulse, momentum, and power.
    4. Restate the law of gravity, and Kepler’s first law.
    5. Calculate using laws of physics for various provided properties.
    6. Differentiate between elements, compounds, and atoms.
    7. Differentiate between liquid and solid.
    8. Discuss the relationship between pressure, depth, and density in liquid.
    9. Formulate temperatures from the three common temperature scales.
    10. Define the methods of heat transfer.
  

  • INPF 45081 - Temperature and Heat

    0.08 CR
    The pipefitting student will learn the principles related to temperature and heat. As the pipefitting student progresses through the pipefitting program, temperature and heat will be applied to the pipefitting trade.

    Course Learning Outcomes:
    1. Define speed and calculate for speed and distance.
    2. Restate Newton’s first, second, and third laws.
    3. Define work, impulse, momentum, and power.
    4. Restate the law of gravity, and Kepler’s first law.
    5. Calculate using laws of physics for various provided properties.
    6. Differentiate between elements, compounds, and atoms.
    7. Differentiate between liquid and solid.
    8. Discuss the relationship between pressure, depth, and density in liquid.
    9. Formulate temperatures from the three common temperature scales.
    10. Define the methods of heat transfer.
  

  • INPF 45091 - Change of State

    0.08 CR
    The pipefitting student will learn the principles related to a change of state. As the pipefitting student progresses through the pipefitting program, a change of state will be applied to the pipefitting trade.

    Course Learning Outcomes:
    1. Define speed and calculate for speed and distance.
    2. Restate Newton’s first, second, and third laws.
    3. Define work, impulse, momentum, and power.
    4. Restate the law of gravity, and Kepler’s first law.
    5. Calculate using laws of physics for various provided properties.
    6. Differentiate between elements, compounds, and atoms.
    7. Differentiate between liquid and solid.
    8. Discuss the relationship between pressure, depth, and density in liquid.
    9. Formulate temperatures from the three common temperature scales.
    10. Define the methods of heat transfer.
  

  • INPF 50011 - Expansion Joints

    0.08 CR
    The pipefitting student will learn the principles related to the expansion of pipe. The pipefitting student will understand different ways to combat pipe expansion in the pipefitting industry.

    Course Learning Outcomes:
    1. Calculate linear expansion for various piping materials.
    2. Identify types of expansion devices and assemblies.
    3. Compare mechanical devices to loop expansion pipe assemblies.
  

  • INPF 55011 - Centrifugal Pumps

    0.42 CR
    The pipefitting student will learn the operating principles of the centrifugal pump; the principles of installation, repair, and troubleshooting.

    Course Learning Outcomes:
    1. Identify the styles of centrifugal and positive displacement pumps.
    2. Interpret pump curve information.
    3. Define cavitation, net positive head, max and allowable flow rate, shutoff head, total head and flow rate, and pump slip.
    4. Demonstrate disassembling and re-assembling a centrifugal and positive displacement pump.
    5. Distinguish between pump in series vs. parallel.
    6. Identify types of pump seals.
  

  • INPF 55021 - Positive Displacement Pumps

    0.42 CR
    The student will learn about positive displacement pumps and the procedures for maintaining the pumps.

    Course Learning Outcomes:
    1. Identify the styles of centrifugal and positive displacement pumps.
    2. Interpret pump curve information.
    3. Define cavitation, net positive head, max and allowable flow rate, shutoff head, total head and flow rate, and pump slip.
    4. Demonstrate disassembling and re-assembling a centrifugal and positive displacement pump.
    5. Distinguish between pump in series vs. parallel.
    6. Identify types of pump seals.
  

  • INPF 60011 - Control Theory 1

    0.33 CR
    The pipefitting student will learn the architecture of process measurement and control. The pipefitting student will also learn about local indication, alarms, protection, networks, and primary elements/transmitters that are found in process control.

    Course Learning Outcomes:
    1. Explain the architecture of process measurement and controls.
    2. Identify local, process, alarm, and protection controls.
    3. Identify process measurement and control devices and their operation.
    4. Identify open and closed-loop systems.
    5. Differentiate pneumatic/hydraulic multi-port directional valve schematics.
    6. Explain point force vs. distributed force, force balance, flow to open vs. flow to close, dome loaded, and differential.
    7. Explain the operation of pressure reducing valve and back pressure regulators.
    8. Identify direct-acting and pilot-operated regulating valves and their operation.
    9. Define differential pressure devices and dust collection operation.
  

  • INPF 60021 - Control Theory 2

    0.13 CR
    The pipefitting student will learn the importance of flow rate measurement. The pipefitting student will also learn how an office plate works along with a venture, flow nozzles, annubars, turbine flowmeters, vortex flowmeters, magnetic flowmeters, ultrasonic flowmeters, and the Coriolis flowmeters.

    Course Learning Outcomes:
    1. Explain the architecture of process measurement and controls.
    2. Identify local, process, alarm, and protection controls.
    3. Identify process measurement and control devices and their operation.
    4. Identify open and closed-loop systems.
    5. Differentiate pneumatic/hydraulic multi-port directional valve schematics.
    6. Explain point force vs. distributed force, force balance, flow to open vs. flow to close, dome loaded, and differential.
    7. Explain the operation of pressure reducing valve and back pressure regulators.
    8. Identify direct-acting and pilot-operated regulating valves and their operation.
    9. Define differential pressure devices and dust collection operation.
  

  • INPF 60031 - Control Theory 3

    0.33 CR
    The pipefitting student will learn about pressure differential measurement, liquid level measurement, temperature measurement, thermowells, control valves, valve positioners, and valve controllers.

    Course Learning Outcomes:
    1. Explain the architecture of process measurement and controls.
    2. Identify local, process, alarm, and protection controls.
    3. Identify process measurement and control devices and their operation.
    4. Identify open and closed-loop systems.
    5. Differentiate pneumatic/hydraulic multi-port directional valve schematics.
    6. Explain point force vs. distributed force, force balance, flow to open vs. flow to close, dome loaded, and differential.
    7. Explain the operation of pressure reducing valve and back pressure regulators.
    8. Identify direct-acting and pilot-operated regulating valves and their operation.
    9. Define differential pressure devices and dust collection operation.
  

  • INPF 60041 - Control Valves

    0.25 CR
    The pipefitting student will learn function, operation, and basic sizing criteria for control valves. The pipefitting student will also learn flow symbols for multi-port solenoid valves, components, and their application.

    Course Learning Outcomes:
    1. Explain the architecture of process measurement and controls.
    2. Identify local, process, alarm, and protection controls.
    3. Identify process measurement and control devices and their operation.
    4. Identify open and closed-loop systems.
    5. Differentiate pneumatic/hydraulic multi-port directional valve schematics.
    6. Explain point force vs. distributed force, force balance, flow to open vs. flow to close, dome loaded, and differential.
    7. Explain the operation of pressure reducing valve and back pressure regulators.
    8. Identify direct-acting and pilot-operated regulating valves and their operation.
    9. Define differential pressure devices and dust collection operation.
  

  • INPF 60051 - Regulators

    0.25 CR
    The pipefitting student will develop the knowledge and skills to determine if a regulator has been installed correctly and is working properly.

    Course Learning Outcomes:
    1. Explain the architecture of process measurement and controls.
    2. Identify local, process, alarm, and protection controls.
    3. Identify process measurement and control devices and their operation.
    4. Identify open and closed-loop systems.
    5. Differentiate pneumatic/hydraulic multi-port directional valve schematics.
    6. Explain point force vs. distributed force, force balance, flow to open vs. flow to close, dome loaded, and differential.
    7. Explain the operation of pressure reducing valve and back pressure regulators.
    8. Identify direct-acting and pilot-operated regulating valves and their operation.
    9. Define differential pressure devices and dust collection operation.
  

  • INPF 60061 - Pressure Reducing Valves

    0.67 CR
    The pipefitting student will learn how the pressure reducing valve operates and where it should be used.

    Course Learning Outcomes:
    1. Explain the architecture of process measurement and controls.
    2. Identify local, process, alarm, and protection controls.
    3. Identify process measurement and control devices and their operation.
    4. Identify open and closed-loop systems.
    5. Differentiate pneumatic/hydraulic multi-port directional valve schematics.
    6. Explain point force vs. distributed force, force balance, flow to open vs. flow to close, dome loaded, and differential.
    7. Explain the operation of pressure reducing valve and back pressure regulators.
    8. Identify direct-acting and pilot-operated regulating valves and their operation.
    9. Define differential pressure devices and dust collection operation.
  

  • INPF 60071 - Electromechanical Controls

    0.25 CR
    The pipefitting student will learn about electromechanical controls and how they operate within a given system.

    Course Learning Outcomes:
    1. Explain the architecture of process measurement and controls.
    2. Identify local, process, alarm, and protection controls.
    3. Identify process measurement and control devices and their operation.
    4. Identify open and closed-loop systems.
    5. Differentiate pneumatic/hydraulic multi-port directional valve schematics.
    6. Explain point force vs. distributed force, force balance, flow to open vs. flow to close, dome loaded, and differential.
    7. Explain the operation of pressure reducing valve and back pressure regulators.
    8. Identify direct-acting and pilot-operated regulating valves and their operation.
    9. Define differential pressure devices and dust collection operation.
  

  • INPF 60081 - Pneumatic Controls

    0.67 CR
    The student will study pneumatic controls and pneumatic control systems. The pipefitting student will also learn how to operate, troubleshoot, and repair a pneumatic system.

    Course Learning Outcomes:
    1. Explain the architecture of process measurement and controls.
    2. Identify local, process, alarm, and protection controls.
    3. Identify process measurement and control devices and their operation.
    4. Identify open and closed-loop systems.
    5. Differentiate pneumatic/hydraulic multi-port directional valve schematics.
    6. Explain point force vs. distributed force, force balance, flow to open vs. flow to close, dome loaded, and differential.
    7. Explain the operation of pressure reducing valve and back pressure regulators.
    8. Identify direct-acting and pilot-operated regulating valves and their operation.
    9. Define differential pressure devices and dust collection operation.
  

  • INPF 60091 - Flow Measurement

    0.29 CR
    The pipefitting student will learn about measuring the flow of liquids and gases, water balancing, and different pumping applications.

    Course Learning Outcomes:
    1. Explain the architecture of process measurement and controls.
    2. Identify local, process, alarm, and protection controls.
    3. Identify process measurement and control devices and their operation.
    4. Identify open and closed-loop systems.
    5. Differentiate pneumatic/hydraulic multi-port directional valve schematics.
    6. Explain point force vs. distributed force, force balance, flow to open vs. flow to close, dome loaded, and differential.
    7. Explain the operation of pressure reducing valve and back pressure regulators.
    8. Identify direct-acting and pilot-operated regulating valves and their operation.
    9. Define differential pressure devices and dust collection operation.
  

  • INPF 65011 - Types of Air Compressors

    0.13 CR
    The pipefitting student will learn the various types of air compressors, their advantages, and their disadvantages. The pipefitting student will also learn of conversion of mass and energy applied to air compression.

    Course Learning Outcomes:
    1. Identify the six principle compressor types.
    2. Define the constants of air compression.
    3. Define the parameters, which change when compressing air.
    4. Calculate compression ratios at various pressures.
    5. Convert Fahrenheit, Celsius, and Rankine temperatures.
    6. Explain air compressor safe installation practices.
  

  • INPF 65021 - Supporting Components

    0.25 CR
    The pipefitting student will learn of the various support components used in a compressed air system.

    Course Learning Outcomes:
    1. Identify the six principle compressor types.
    2. Define the constants of air compression.
    3. Define the parameters, which change when compressing air.
    4. Calculate compression ratios at various pressures.
    5. Convert Fahrenheit, Celsius, and Rankine temperatures.
    6. Explain air compressor safe installation practices.
  

  • INPF 70011 - Steam Safety

    0.13 CR
    The pipefitting student will develop the knowledge and skills necessary to identify the invisible dangers of steam and the appropriate safety precautions used to prevent these dangers, such as detecting cracked lines or broken and inoperable safety valves.

    Course Learning Outcomes:
    1. Define high-pressure steam.
    2. Explain the formation of condensate and flash steam.
    3. Explain safe work practices with steam systems.
    4. Explain sensible and latent heat.
    5. Identify types of steam traps, accessories, and their operation.
    6. Explain steam trap installation and repair.
    7. Calculate steam trap size.
    8. Identify the three types of water hammer and their correction methods.
    9. Identify the three main effects of water hammers on a piping system.
    10. Identify steam coil type, heaters, and accessories.
    11. Identify shell and tube heat exchangers, function, and operation.
  

  • INPF 70021 - Fundamentals of Steam

    0.25 CR
    The pipefitting student will be introduced to steam and learn how it changes into its different states. The pipefitting student will also learn about the fundamentals of system design, the importance of strainer and condensate traps, and the common mistakes made in steam piping systems.

    Course Learning Outcomes:
    1. Define high-pressure steam.
    2. Explain the formation of condensate and flash steam.
    3. Explain safe work practices with steam systems.
    4. Explain sensible and latent heat.
    5. Identify types of steam traps, accessories, and their operation.
    6. Explain steam trap installation and repair.
    7. Calculate steam trap size.
    8. Identify the three types of water hammers and their correction methods.
    9. Identify the three main effects of water hammers on a piping system.
    10. Identify steam coil type, heaters, and accessories.
    11. Identify shell and tube heat exchangers, function, and operation.
  

  • INPF 70031 - Steam Traps

    0.67 CR
    The pipefitting student will develop the knowledge and skills necessary to install a steam trap including determining steam trap sizes under varying conditions, testing and troubleshooting steam trap problems, and disassembling and reassembling a steam trap.

    Course Learning Outcomes:
    1. Define high-pressure steam.
    2. Explain the formation of condensate and flash steam.
    3. Explain safe work practices with steam systems.
    4. Explain sensible and latent heat.
    5. Identify types of steam traps, accessories, and their operation.
    6. Explain steam trap installation and repair.
    7. Calculate steam trap size.
    8. Identify the three types of water hammers and their correction methods.
    9. Identify the three main effects of water hammers on a piping system.
    10. Identify steam coil type, heaters, and accessories.
    11. Identify shell and tube heat exchangers, function, and operation.
  

  • INPF 70041 - Water Hammer

    0.08 CR
    The pipefitting student will learn about water hammers and the dangerous effects they can have on a system.

    Course Learning Outcomes:
    1. Define high-pressure steam.
    2. Explain the formation of condensate and flash steam.
    3. Explain safe work practices with steam systems.
    4. Explain sensible and latent heat.
    5. Identify types of steam traps, accessories, and their operation.
    6. Explain steam trap installation and repair.
    7. Calculate steam trap size.
    8. Identify the three types of water hammers and their correction methods.
    9. Identify the three main effects of water hammers on a piping system.
    10. Identify steam coil type, heaters, and accessories.
    11. Identify shell and tube heat exchangers, function, and operation.
  

  • INPF 70051 - Steam Coils and Radiators

    0.33 CR
    The pipefitting student will study steam coils, their applications, and the basic requirements for the recovery of flash steam.

    Course Learning Outcomes:
    1. Define high-pressure steam.
    2. Explain the formation of condensate and flash steam.
    3. Explain safe work practices with steam systems.
    4. Explain sensible and latent heat.
    5. Identify types of steam traps, accessories, and their operation.
    6. Explain steam trap installation and repair.
    7. Calculate steam trap size.
    8. Identify the three types of water hammers and their correction methods.
    9. Identify the three main effects of water hammers on a piping system.
    10. Identify steam coil type, heaters, and accessories.
    11. Identify shell and tube heat exchangers, function, and operation.
  

  • INPF 70061 - Vacuum Breakers

    0.17 CR
    The pipefitting student will learn about proper steam coil venting.

    Course Learning Outcomes:
    1. Define high-pressure steam.
    2. Explain the formation of condensate and flash steam.
    3. Explain safe work practices with steam systems.
    4. Explain sensible and latent heat.
    5. Identify types of steam traps, accessories, and their operation.
    6. Explain steam trap installation and repair.
    7. Calculate steam trap size.
    8. Identify the three types of water hammers and their correction methods.
    9. Identify the three main effects of water hammers on a piping system.
    10. Identify steam coil type, heaters, and accessories.
    11. Identify shell and tube heat exchangers, function, and operation.
  

  • INPF 70071 - Steam Heat Exchangers

    0.42 CR
    The pipefitting student will explore the different types of heat exchangers for both space heating and domestic water heating.

    Course Learning Outcomes:
    1. Define high-pressure steam.
    2. Explain the formation of condensate and flash steam.
    3. Explain safe work practices with steam systems.
    4. Explain sensible and latent heat.
    5. Identify types of steam traps, accessories, and their operation.
    6. Explain steam trap installation and repair.
    7. Calculate steam trap size.
    8. Identify the three types of water hammers and their correction methods.
    9. Identify the three main effects of water hammers on a piping system.
    10. Identify steam coil type, heaters, and accessories.
    11. Identify shell and tube heat exchangers, function, and operation.
  

  • INPF 75011 - Fundamentals of Boilers

    0.17 CR
    The pipefitting student will learn the basic fundamentals of a boiler. The basic operation and components will be explained.

    Course Learning Outcomes:
    1. Differentiate between high- and low-pressure steam boilers.
    2. Identify hydronic boilers, controls, associated equipment and pressure, and temperature range.
    3. List the four systems necessary for boiler operation.
    4. List the requirements for fire.
    5. List types of fuel used for boiler operation.
    6. Identify types of boilers.
    7. Explain boiler operation, safety requirements, and associated operating equipment.
    8. Describe repair and preventative maintenance techniques for boiler repair.
  

  • INPF 75021 - Hot Water Boilers

    0.42 CR
    The pipefitting student will learn the principles of water boiler operations and the components that are required for operation.

    Course Learning Outcomes:
    1. Differentiate between high- and low-pressure steam boilers.
    2. Identify hydronic boilers, controls, associated equipment and pressure, and temperature range.
    3. List the four systems necessary for boiler operation.
    4. List the requirements for fire.
    5. List types of fuel used for boiler operation.
    6. Identify types of boilers.
    7. Explain boiler operation, safety requirements, and associated operating equipment.
    8. Describe repair and preventative maintenance techniques for boiler repair.
  

  • INPF 75031 - Air Traps

    0.08 CR
    The pipefitting student will study air traps and their benefit to a smooth-running system.

    Course Learning Outcomes:
    1. Differentiate between high- and low-pressure steam boilers.
    2. Identify hydronic boilers, controls, associated equipment and pressure, and temperature range.
    3. List the four systems necessary for boiler operation.
    4. List the requirements for fire.
    5. List types of fuel used for boiler operation.
    6. Identify types of boilers.
    7. Explain boiler operation, safety requirements, and associated operating equipment.
    8. Describe repair and preventative maintenance techniques for boiler repair.
  

  • INPF 75041 - Low-Pressure Boilers

    0.29 CR
    The pipefitting student will learn what makes a boiler low pressure and what will be the best applications for low-pressure boilers. The pipefitting student will also learn to distinguish between low-pressure boilers and other types of boilers.

    Course Learning Outcomes:
    1. Differentiate between high- and low-pressure steam boilers.
    2. Identify hydronic boilers, controls, associated equipment and pressure, and temperature range.
    3. List the four systems necessary for boiler operation.
    4. List the requirements for fire.
    5. List types of fuel used for boiler operation.
    6. Identify types of boilers.
    7. Explain boiler operation, safety requirements, and associated operating equipment.
    8. Describe repair and preventative maintenance techniques for boiler repair.
  

  • INPF 75051 - High-Pressure Boilers

    0.54 CR
    The pipefitting student will learn what defines a high-pressure boiler and in what applications they are used. The differences between high-pressure boiler and other boilers will be highlighted and the pipefitting student will learn about the trim package needed to operate a high-pressure boiler.

    Course Learning Outcomes:
    1. Differentiate between high- and low-pressure steam boilers.
    2. Identify hydronic boilers, controls, associated equipment and pressure, and temperature range.
    3. List the four systems necessary for boiler operation.
    4. List the requirements for fire.
    5. List types of fuel used for boiler operation.
    6. Identify types of boilers.
    7. Explain boiler operation, safety requirements, and associated operating equipment.
    8. Describe repair and preventative maintenance techniques for boiler repair.
  

  • INPF 75061 - Boiler Controls

    0.25 CR
    The student will study and become familiar with boiler controls and other safety equipment

    Course Learning Outcomes:
    1. Differentiate between high- and low-pressure steam boilers.
    2. Identify hydronic boilers, controls, associated equipment and pressure, and temperature range.
    3. List the four systems necessary for boiler operation.
    4. List the requirements for fire.
    5. List types of fuel used for boiler operation.
    6. Identify types of boilers.
    7. Explain boiler operation, safety requirements, and associated operating equipment.
    8. Describe repair and preventative maintenance techniques for boiler repair.
  

  • INPF 75071 - Boiler Safeties

    0.08 CR
    The pipefitting student will learn about boiler safeties used in a steam system.

    Course Learning Outcomes:
    1. Differentiate between high- and low-pressure steam boilers.
    2. Identify hydronic boilers, controls, associated equipment and pressure, and temperature range.
    3. List the four systems necessary for boiler operation.
    4. List the requirements for fire.
    5. List types of fuel used for boiler operation.
    6. Identify types of boilers.
    7. Explain boiler operation, safety requirements, and associated operating equipment.
    8. Describe repair and preventative maintenance techniques for boiler repair.
  

  • INPF 75081 - Boiler Valves

    0.17 CR
    The pipefitting student will study and become familiar with boiler trim packages, fittings, and valves.

    Course Learning Outcomes:
    1. Differentiate between high- and low-pressure steam boilers.
    2. Identify hydronic boilers, controls, associated equipment and pressure, and temperature range.
    3. List the four systems necessary for boiler operation.
    4. List the requirements for fire.
    5. List types of fuel used for boiler operation.
    6. Identify types of boilers.
    7. Explain boiler operation, safety requirements, and associated operating equipment.
    8. Describe repair and preventative maintenance techniques for boiler repair.
  

  • INPF 75091 - Boiler Blowdown

    0.08 CR
    The pipefitting student will study and become familiar with boiler blowdown and other related safety procedures.

    Course Learning Outcomes:
    1. Differentiate between high- and low-pressure steam boilers.
    2. Identify hydronic boilers, controls, associated equipment and pressure, and temperature range.
    3. List the four systems necessary for boiler operation.
    4. List the requirements for fire.
    5. List types of fuel used for boiler operation.
    6. Identify types of boilers.
    7. Explain boiler operation, safety requirements, and associated operating equipment.
    8. Describe repair and preventative maintenance techniques for boiler repair.
  

  • INPF 75101 - Condensate Return

    0.50 CR
    The pipefitting student will study the various types of condensate return components and which components work best in a given situation.

    Course Learning Outcomes:
    1. Differentiate between high- and low-pressure steam boilers.
    2. Identify hydronic boilers, controls, associated equipment and pressure, and temperature range.
    3. List the four systems necessary for boiler operation.
    4. List the requirements for fire.
    5. List types of fuel used for boiler operation.
    6. Identify types of boilers.
    7. Explain boiler operation, safety requirements, and associated operating equipment.
    8. Describe repair and preventative maintenance techniques for boiler repair.
  

  • INPF 75111 - Boiler Feed Water

    0.25 CR
    The pipefitting student will be provided with the information necessary to understand boiler feed water and make-up water. This module will also demonstrate how to feed water and make-up water are important to the boiler system.

    Course Learning Outcomes:
    1. Differentiate between high- and low-pressure steam boilers.
    2. Identify hydronic boilers, controls, associated equipment and pressure, and temperature range.
    3. List the four systems necessary for boiler operation.
    4. List the requirements for fire.
    5. List types of fuel used for boiler operation.
    6. Identify types of boilers.
    7. Explain boiler operation, safety requirements, and associated operating equipment.
    8. Describe repair and preventative maintenance techniques for boiler repair.
  

  • INPF 75121 - Troubleshooting Boilers

    0.25 CR
    The pipefitting student will study the sequence of boiler operations, adjustment procedures for boilers, and troubleshooting of boilers.

    Course Learning Outcomes:
    1. Differentiate between high- and low-pressure steam boilers.
    2. Identify hydronic boilers, controls, associated equipment and pressure, and temperature range.
    3. List the four systems necessary for boiler operation.
    4. List the requirements for fire.
    5. List types of fuel used for boiler operation.
    6. Identify types of boilers.
    7. Explain boiler operation, safety requirements, and associated operating equipment.
    8. Describe repair and preventative maintenance techniques for boiler repair.
  

  • INPF 75131 - Boiler Preventative Maintenance Inspection

    0.25 CR
    The pipefitting student will study boiler maintenance, inspection, and other related procedures.

    Course Learning Outcomes:
    1. Differentiate between high- and low-pressure steam boilers.
    2. Identify hydronic boilers, controls, associated equipment and pressure, and temperature range.
    3. List the four systems necessary for boiler operation.
    4. List the requirements for fire.
    5. List types of fuel used for boiler operation.
    6. Identify types of boilers.
    7. Explain boiler operation, safety requirements, and associated operating equipment.
    8. Describe repair and preventative maintenance techniques for boiler repair.
  

  • INPF 80011 - Piping Maintenance

    0.50 CR
    The pipefitting student will learn the basics of how fluids affect piping maintenance over the life of an installation.

    Course Learning Outcomes:
    1. Identify Ion Exchange.
    2. Identify water-conditioning components.
    3. Describe the regeneration cycle.
    4. Demonstrate water testing.

Industrial Renewable Energy
  

  • INRE 05010 - Modern Energy Sources

    0.25 CR
    No one gives a second thought when they toast a slice of bread, turn on a light, or enjoy that steaming cup of coffee in the morning. All these activities, plus just about everything else we do on a daily basis use the energy of one form or another. Where does that energy come from, how was it produced, what byproducts were created during its production? This module will focus on the production of energy, different sources in common use, and how that energy is used.

    Course Learning Outcomes:
    1. Define energy, energy potential, and its use in society.
    2. Understand the various methods to produce energy.
    3. Explore how energy can be used efficiently.
    4. Calculate energy usage and the financial impact.
  

  • INRE 05020 - Personal Energy Use

    0.67 CR
    People in most developed countries utilize personal energy on a daily basis. The source of that energy is better understood now but how is it being used? How much energy is used efficiently and how much is wasted? Experts agree that the cheapest renewable energy is the energy that is not needed. In this module, a survey will examine how much energy is used in our daily lives and how it can be utilized more effectively.

    Course Learning Outcomes:
    1. Define energy, energy potential, and its use in society.
    2. Understand the various methods to produce energy.
    3. Explore how energy can be used efficiently.
    4. Calculate energy usage and the financial impact.
  

  • INRE 05030 - Industrial Energy Use

    0.50 CR
    PV systems are highly versatile electrical power systems. Every system requires components to conduct, control convert, distribute, and possibly store the energy produced by the array.  The specific components required to depend on the type of system and functional requirements of the system and installation site. PV systems are broadly categorized by how they are or are not integrated with other electrical systems. In this module you will examine the different types of PV systems and when they may or may not be advantageous to install.

    Course Learning Outcomes:
    1. Define energy, energy potential, and its use in society.
    2. Understand the various methods to produce energy.
    3. Explore how energy can be used efficiently.
    4. Calculate energy usage and the financial impact.
  

  • INRE 05040 - Traditional Energy Sources

    0.33 CR
    Beyond conventional energy production, as people begin to embrace renewable energy concepts, many will face decisions about the different types of alternative energy production methods. Every day new methods of energy generation are explored and evaluated along with some methods that may seem old school to the seasoned enthusiast. This module will present information on the basics of the traditional alternative energy sector. Wind, Photovoltaic, solar thermal, and other energy producers will be discussed.

    Course Learning Outcomes:
    1. Define energy, energy potential, and its use in society.
    2. Understand the various methods to produce energy.
    3. Explore how energy can be used efficiently.
    4. Calculate energy usage and the financial impact.
  

  • INRE 05050 - Exotic Energy Production

    0.33 CR
    Fortune 500 companies, as well as backyard entrepreneurs, are researching new and innovative ways to create clean, unlimited energy sources.  Anaerobic digesters, tidal generation, biomass, and landfill gas are innovations that are being explored. In this module, a look at some of these methods as well as other fringe technologies will be the focus.

    Course Learning Outcomes:
    1. Define energy, energy potential, and its use in society.
    2. Understand the various methods to produce energy.
    3. Explore how energy can be used efficiently.
    4. Calculate energy usage and the financial impact.
  

  • INRE 10010 - Introduction to Photovoltaic Systems

    0.50 CR
    In this module, students will explore the evolution, uses, and applications of both photovoltaic and solar thermal systems and their presence in the world today. Students will also investigate solar radiation and the earth-sun relationships to give you a better understanding of the energy potential of our nearest star.

    Course Learning Outcomes:
    1. Understand solar irradiation and its energy potential.
    2. Compare photovoltaic and solar thermal system properties.
    3. Examine methods utilized to measure solar energy potential.
  

  • INRE 10020 - Solar Radiation

    0.50 CR
    Understanding solar radiation is important to designing and installing PV equipment. Solar radiation resources can vary greatly over time, location, and climate conditions.  However, array performance can be maximized for the available solar energy by carefully aligning solar collectors or using tracking systems. This module presents the proper information to use solar data to determine the proper orientation for solar collectors and to estimate their output.

    Course Learning Outcomes:
    1. Understand solar irradiation and its energy potential.
    2. Compare photovoltaic and solar thermal system properties.
    3. Examine methods utilized to measure solar energy potential.
  

  • INRE 15010 - Cells, Modules, and Arrays

    0.88 CR
    The heart of any photovoltaic system is the cells. The method in which the cells are grouped together to form modules, panels, and arrays is an important part of a photovoltaic installation. This module will explore different types of photovoltaic cells, how they work, and how the way they are connected. These factors can significantly affect the performance of a photovoltaic installation.

    Course Learning Outcomes:
    1. Select proper photovoltaic system components based on their characteristics.
    2. Understand the process of converting sunlight to direct current and alternating current
    3. Define the benefits of dc current and ac current in different situations
    4. Examine different photovoltaic systems and when one may have an advantage over another.
  

  • INRE 15020 - Inverters

    0.25 CR
    The electricity produced from the Photovoltaic cell is direct current or DC. In order for most homes and businesses to use this energy, it must then be converted to alternating current or AC. An inverter is a device that performs this task in the typical photovoltaic system. The solid-state inverters used in PV systems today employ the latest in power electronics to produce AC power from a DC power source. In this module, inverters will be examined and the different ways they produce AC power explored.

    Course Learning Outcomes:
    1. Select proper photovoltaic system components based on their characteristics.
    2. Understand the process of converting sunlight to direct current and alternating current
    3. Define the benefits of dc current and ac current in different situations
    4. Examine different photovoltaic systems and when one may have an advantage over another.
  

  • INRE 15030 - Batteries and Charge Controllers

    0.33 CR
    If a PV system is to be installed without any connection to the grid, the excess energy produced during the day must be stored for use at night time or on cloudy days. Although many different storage methods are being developed, the only viable manner to store energy in a PV system is batteries. The batteries utilized in PV systems are similar to the battery in the family car but there are significant differences in construction and use of these specialized batteries. In this module, students will learn how to properly connect and maintain batteries for long and efficient life.

    Course Learning Outcomes:
    1. Select proper photovoltaic system components based on their characteristics.
    2. Understand the process of converting sunlight to direct current and alternating current
    3. Define the benefits of dc current and ac current in different situations
    4. Examine different photovoltaic systems and when one may have an advantage over another.
  

  • INRE 15040 - Balance of System

    0.25 CR
    Beyond the PV cells, inverters, batteries, and charge controllers a solar PV installation include many other components such as racking apparatus, disconnects, raceways, output and put, and many other parts that are required for a complete installation. The components that connect the primary components of PV installation together are just as critical as any other part of that system. For instance, if a disconnect switch is improperly sized and fails, the inverter or other component it is protecting could likewise fail or become a hazard. In this module, students will explore the additional components required for a successful and efficient PV System installation.

    Course Learning Outcomes:
    1. Select proper photovoltaic system components based on their characteristics.
    2. Understand the process of converting sunlight to direct current and alternating current
    3. Define the benefits of dc current and ac current in different situations
    4. Examine different photovoltaic systems and when one may have an advantage over another.
  

  • INRE 15050 - System Types

    0.67 CR
    PV systems are highly versatile electrical power systems. Every system requires components to conduct, control convert, distribute, and possibly store the energy produced by the array. The specific components required to depend on the type of system and functional requirements of the system and installation site. PV systems are broadly categorized by how they are or are not integrated with other electrical systems. In this module, students will examine the different types of PV systems and when they may or may not be advantageous to install.

    Course Learning Outcomes:
    1. Select proper photovoltaic system components based on their characteristics.
    2. Understand the process of converting sunlight to direct current and alternating current
    3. Define the benefits of dc current and ac current in different situations
    4. Examine different photovoltaic systems and when one may have an advantage over another.
 

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