2021-2022 Academic Catalog 
    
    Mar 29, 2024  
2021-2022 Academic Catalog [ARCHIVED CATALOG]

Course Descriptions


 

Industrial Heating, Ventilation, Air Conditioning, and Refrigeration

  
  • INHR 50021 - Fiberglass Flexible Duct Systems

    0.21 CR
    In this module, the HVAC-R student will learn about fiberglass and flexible duct systems. Students will also learn how to layout and install these systems.

    Course Learning Outcomes:
    1. Identify and describe different materials used in duct construction.
    2. Research the pros and cons of each duct material type.
    3. Describe proper selection, fabrication, installation, and commissioning of a system.
    4. Examine and select proper accessories for ductwork systems.
    5. Demonstrate duct handling and practice techniques in class.
  
  • INHR 55011 - Installation and Maintenance

    0.92 CR
    In this module, the HVAC-R student will learn the basic mechanical procedures commonly performed in HVAC servicing work. Basic maintenance procedures, documentation, and customer relations are also covered.

    Course Learning Outcomes:
    1. Identify and explain related HVAC-R components and supporting materials.
    2. Identify and explain belt drive and direct drive motor arrangements.
    3. Describe proper bearing identification, maintenance, and replacement.
    4. Create checklists for safe and proper preventive maintenance.
    5. Discuss proper tool selection and usage for preventative maintenance.
    6. Interpret and extract details from drawings, plans, diagrams, and equipment specification sheets.
    7. Explain a takeoff sheet and demonstrate its application.
  
  • INHR 55021 - Planned Maintenance

    0.83 CR
    In this module, the HVAC-R student will learn the purpose of planned maintenance and outline the procedures for servicing gas and oil furnaces, electric heating equipment, cooling equipment, and heat pumps.

    Course Learning Outcomes:
    1. Identify and explain related HVAC-R components and supporting materials.
    2. Identify and explain belt drive and direct drive motor arrangements.
    3. Describe proper bearing identification, maintenance, and replacement.
    4. Create checklists for safe and proper preventive maintenance.
    5. Discuss proper tool selection and usage for preventative maintenance.
    6. Interpret and extract details from drawings, plans, diagrams, and equipment specification sheets.
    7. Explain a takeoff sheet and demonstrate its application.
  
  • INHR 55031 - Construction Drawings and Specifications

    1.04 CR
    In this module, the HVAC student will learn the techniques for reading and understanding various types of construction drawings, specifications, and other related documents. Emphasis is placed on the types of drawings and specifications that are commonly used by those in the HVAC trade and other closely related trades. The procedure and documents involved in an HVAC equipment and material takeoff are also covered.

    Course Learning Outcomes:
    1. Identify and explain related HVAC-R components and supporting materials.
    2. Identify and explain belt drive and direct drive motor arrangements.
    3. Describe proper bearing identification, maintenance, and replacement.
    4. Create checklists for safe and proper preventive maintenance.
    5. Discuss proper tool selection and usage for preventative maintenance.
    6. Interpret and extract details from drawings, plans, diagrams, and equipment specification sheets.
    7. Explain a takeoff sheet and demonstrate its application.
  
  • INHR 60011 - System Startup and Shutdown

    0.96 CR
    In this module, the HVAC student will learn the procedures for the startup and shutdown of hot water steam heating systems, chilled water systems, and forced air distribution systems. Emphasis is on startup after initial equipment installation or after an extended period of shutdown. Procedures to prepare these systems for extended periods of the shutdown are also included.

    Course Learning Outcomes:
    1. Describe the proper procedure for start-up, shutdown, and seasonal storage for HVAC-R systems.
    2. Explain the procedure for testing, removing, adding, or removing oil from HVAC-R systems.
    3. Describe the process of cleaning a shell and tube heat exchanger.
    4. Demonstrate skills to gather data, design systems, make drawings, estimate HVAC-R needs, and select equipment.
    5. Identify and describe many different heat exchange styles and how they work.
    6. Identify and describe several different alternative heating and cooling systems.
  
  • INHR 60021 - Heating and Cooling Design

    1.04 CR
    In this module, the HVAC-R student will learn to identify the factors that affect the heating and cooling loads of a building. It will describe the process by which heating and cooling loads are calculated, and shows how to load information is used to select heating and cooling equipment, including duct systems.

    Course Learning Outcomes:
    1. Describe the proper procedure for start-up, shutdown, and seasonal storage for HVAC-R systems.
    2. Explain the procedure for testing, removing, adding, or removing oil from HVAC-R systems.
    3. Describe the process of cleaning a shell and tube heat exchanger.
    4. Demonstrate skills to gather data, design systems, make drawings, estimate HVAC-R needs, and select equipment.
    5. Identify and describe many different heat exchange styles and how they work.
    6. Identify and describe several different alternative heating and cooling systems.
  
  • INHR 60031 - Energy Conservation Equipment

    0.42 CR
    In this module, the HVAC-R student will learn about various heat recovery and reclaiming devices and other energy conservation equipment.

    Course Learning Outcomes:
    1. Describe the proper procedure for start-up, shutdown, and seasonal storage for HVAC-R systems.
    2. Explain the procedure for testing, removing, adding, or removing oil from HVAC-R systems.
    3. Describe the process of cleaning a shell and tube heat exchanger.
    4. Demonstrate skills to gather data, design systems, make drawings, estimate HVAC-R needs, and select equipment.
    5. Identify and describe many different heat exchange styles and how they work.
    6. Identify and describe several different alternative heating and cooling systems.
  
  • INHR 60041 - Alternative Heating and Cooling Systems

    0.42 CR
    In this module, the HVAC-R student will learn how alternative heating and cooling systems are being employed for the purpose of reducing energy consumption. This module introduces several of these alternative systems.

    Course Learning Outcomes:
    1. Describe the proper procedure for start-up, shutdown, and seasonal storage for HVAC-R systems.
    2. Explain the procedure for testing, removing, adding, or removing oil from HVAC-R systems.
    3. Describe the process of cleaning a shell and tube heat exchanger.
    4. Demonstrate skills to gather data, design systems, make drawings, estimate HVAC-R needs, and select equipment.
    5. Identify and describe many different heat exchange styles and how they work.
    6. Identify and describe several different alternative heating and cooling systems.
  
  • INHR 65011 - Water Treatment

    0.42 CR
    In this module, the HVAC-R student will cover the common water problems encountered in heating and cooling systems and identify various water treatment methods and equipment.

    Course Learning Outcomes:
    1. Explain the Importance of water treatment and how it directly affects the proper function and long life of HVAC-R-related equipment.
    2. Explain how to test the water as it relates to HVAC-R equipment.
    3. Describe the impact of poor water quality on HVAC-R equipment.
    4. Demonstrate the proper way to inspect, evaluate, clean, and maintain HVAC-R equipment as it relates to water quality and water treatment.
  
  • INHR 70011 - Introduction to Supervisory Skills

    0.63 CR
    In this module, the HVAC-R student will learn the skills needed to become a supervisor. Issues related to leadership that is covered include gender, culture, problem-solving, decision making, and safety.

    Course Learning Outcomes:
    1. Demonstrate the techniques needed to develop supervisory skills.
    2. Explain better methods to having tasks accomplished by employees.
    3. Explain the importance of how the supervisor should model behaviors rather than simply dictating orders.
    4. Explain how the supervisor must develop soft skills and develop knowledge of human behaviors and potential problems in the workplace such as substance abuse, and safety violations.
  
  • INHR 75011 - Writing for Employment

    0.50 CR
    In this module, HVAC-R students will learn the level of writing skills required by industry today and how developing these skills will aid in acquiring employment. Technical writing, career portfolio development, and writing resumes will be covered.

    Course Learning Outcomes:
    1. Demonstrate proficiency in the proper way to market themselves with clear and concise writing in a professional manner.
    2. Produce writing samples that demonstrate a command of the proper use of written text, and capture information about themselves that is pertinent to the career or jobs that they are applying for.

Industrial Machining Technology

  
  • INMT 05010 - Machinery’s Handbook

    0.17 CR
    The manufacturing worker must effectively and efficiently use the Machinery’s Handbook to reference technical information. This module will provide the student information necessary for the development of these skills and abilities as they apply to use the Machinery’s Handbook.

    Course Learning Outcomes:
    1. Differentiate between common machining processes.
    2. Locate information in technical reference manuals.
  
  • INMT 10010 - Machine Tool Safety

    0.17 CR
    As a manufacturing worker, you understand that safety is the most important concern, primarily in regards to proper dress, housekeeping, safe machine operation, managing chips, and making machine adjustments. This module will provide information necessary for the development of this knowledge as it applies to the machining industry.

    Course Learning Outcomes:
    1. Discuss the use of safety devices and procedures to prevent injury.
    2. Relate cleanliness and organization to a safe working environment.
  
  • INMT 15010 - Machine Tool Blueprint Reading

    0.83 CR
    As a manufacturing worker, you must effectively and efficiently interpret engineering drawings. This module will provide the information necessary to develop these skills and abilities as they apply to read blueprints.

    Course Learning Outcomes:
    1. Explain common drafting techniques, terminology, and symbology used with technical drawings.
    2. Relate graphical representations of geometric shapes and surfaces to physical objects.
    3. Determine dimensional limits of individual part features.
  
  • INMT 15020 - Geometric Dimensioning Tolerance

    0.33 CR
    The manufacturing worker must effectively and efficiently interpret the Geometric Dimensioning and Tolerancing symbols universally used on engineering drawings. This module will provide the student with information necessary for the development of these skills and abilities as they apply to understand GD&T symbols and feature control frames on blueprints.

    Course Learning Outcomes:
    1. Explain common drafting techniques, terminology, and symbology used with technical drawings.
    2. Relate graphical representations of geometric shapes and surfaces to physical objects.
    3. Determine dimensional limits of individual part features.
  
  • INMT 20010 - Basic Shop Math

    0.67 CR
    The manufacturing worker must effectively and efficiently perform simple math operations. This module will provide the student with information necessary for the development of these skills and abilities as they apply to basic shop math.

    Course Learning Outcomes:
    1. Solve applied mathematics problems common to the machining trades.
    2. Accurately measure part features with semi-precision measuring instruments.
    3. Layout workpieces in accordance with design specifications using common layout tools.
    4. Analyze surfaces to determine tool patterns and roughness values.
  
  • INMT 20020 - Machine Tool Math

    0.75 CR
    The manufacturing worker must effectively and efficiently perform applied math functions dealing with algebra, geometry, and trigonometry. This module will provide students with information necessary for the development of these skills and abilities as they apply to use machine shop math to perform calculations in industrial settings.

    Course Learning Outcomes:
    1. Solve applied mathematics problems common to the machining trades.
    2. Accurately measure part features with semi-precision measuring instruments.
    3. Layout workpieces in accordance with design specifications using common layout tools.
    4. Analyze surfaces to determine tool patterns and roughness values.
  
  • INMT 20030 - Machinist Scale

    0.08 CR
    The manufacturing worker must effectively and efficiently use measurement devices and apply precision measurement processes and practices. This module will provide the student with information necessary for the development of these skills and abilities as they apply to use the steel rule.

    Course Learning Outcomes:
    1. Solve applied mathematics problems common to the machining trades.
    2. Accurately measure part features with semi-precision measuring instruments.
    3. Layout workpieces in accordance with design specifications using common layout tools.
    4. Analyze surfaces to determine tool patterns and roughness values.
  
  • INMT 20040 - Dividers

    0.08 CR
    The manufacturing worker must effectively and efficiently use measurement devices and apply precision measurement processes and practices. This module will provide the student with information necessary for the development of these skills and abilities as they apply to use dividers.

    Course Learning Outcomes:
    1. Solve applied mathematics problems common to the machining trades.
    2. Accurately measure part features with semi-precision measuring instruments.
    3. Layout workpieces in accordance with design specifications using common layout tools.
    4. Analyze surfaces to determine tool patterns and roughness values.
  
  • INMT 20050 - Spring Calipers

    0.08 CR
    The manufacturing worker must effectively and efficiently use measurement devices and apply precision measurement processes and practices. This module will provide the student with information necessary for the development of these skills and abilities as they apply to spring calipers.

    Course Learning Outcomes:
    1. Solve applied mathematics problems common to the machining trades.
    2. Accurately measure part features with semi-precision measuring instruments.
    3. Layout workpieces in accordance with design specifications using common layout tools.
    4. Analyze surfaces to determine tool patterns and roughness values.
  
  • INMT 20060 - Combination Square

    0.08 CR
    The manufacturing worker must effectively and efficiently use measurement devices and apply precision measurement processes and practices. This module will provide the student with information necessary for the development of these skills and abilities as they apply to use a combination square set.

    Course Learning Outcomes:
    1. Solve applied mathematics problems common to the machining trades.
    2. Accurately measure part features with semi-precision measuring instruments.
    3. Layout workpieces in accordance with design specifications using common layout tools.
    4. Analyze surfaces to determine tool patterns and roughness values.
  
  • INMT 20070 - Hermaphrodite Calipers

    0.08 CR
    The manufacturing worker must effectively and efficiently use measurement devices and apply precision measurement processes and practices. This module will provide the student with information necessary for the development of these skills and abilities as they apply to use hermaphrodite calipers.

    Course Learning Outcomes:
    1. Solve applied mathematics problems common to the machining trades.
    2. Accurately measure part features with semi-precision measuring instruments.
    3. Layout workpieces in accordance with design specifications using common layout tools.
    4. Analyze surfaces to determine tool patterns and roughness values.
  
  • INMT 20080 - Surface Gage

    0.08 CR
    The manufacturing worker must effectively and efficiently use measurement devices and apply precision measurement processes and practices. This module will provide the student with information necessary for the development of these skills and abilities as they apply to use a surface gage.

    Course Learning Outcomes:
    1. Solve applied mathematics problems common to the machining trades.
    2. Accurately measure part features with semi-precision measuring instruments.
    3. Layout workpieces in accordance with design specifications using common layout tools.
    4. Analyze surfaces to determine tool patterns and roughness values.
  
  • INMT 20090 - Identify Surface Finishes

    0.08 CR
    The manufacturing worker must effectively and efficiently use measurement devices and apply precision measurement processes and practices. This module will provide the student with information necessary for the development of these skills and abilities as they apply to identify surface finishes.

    Course Learning Outcomes:
    1. Solve applied mathematics problems common to the machining trades.
    2. Accurately measure part features with semi-precision measuring instruments.
    3. Layout workpieces in accordance with design specifications using common layout tools.
    4. Analyze surfaces to determine tool patterns and roughness values.
  
  • INMT 25010 - Micrometer

    0.13 CR
    The manufacturing worker must effectively and efficiently use measurement devices and apply precision measurement processes and practices. This module will provide the student with information necessary for the development of these skills and abilities as they apply to use the micrometer.

    Course Learning Outcomes:
    1. Accurately measure part features with precision measuring instruments.
    2. Layout precise angles on workpieces using precision tools.
    3. Verify machined components conform to design specifications.
  
  • INMT 25020 - Caliper Digital Vernier Dial

    0.17 CR
    The manufacturing worker must effectively and efficiently use measurement devices and apply precision measurement processes and practices. This module will provide the student with information necessary for the development of these skills and abilities as they apply to use vernier, dial, and digital calipers.

    Course Learning Outcomes:
    1. Accurately measure part features with precision measuring instruments.
    2. Layout precise angles on workpieces using precision tools.
    3. Verify machined components conform to design specifications.
  
  • INMT 25030 - Telescoping Gages

    0.13 CR
    The manufacturing worker must effectively and efficiently use measurement devices and apply precision measurement processes and practices. This module will provide the student with information necessary for the development of these skills and abilities as they apply to use telescoping gages.

    Course Learning Outcomes:
    1. Accurately measure part features with precision measuring instruments.
    2. Layout precise angles on workpieces using precision tools.
    3. Verify machined components conform to design specifications.
  
  • INMT 25040 - Depth Micrometer

    0.13 CR
    The manufacturing worker must effectively and efficiently use measurement devices and apply precision measurement processes and practices. This module will provide the student with information necessary for the development of these skills and abilities as they apply to use dividers.

    Course Learning Outcomes:
    1. Accurately measure part features with precision measuring instruments.
    2. Layout precise angles on workpieces using precision tools.
    3. Verify machined components conform to design specifications.
  
  • INMT 25050 - Dial Indicators

    0.13 CR
    The manufacturing worker must effectively and efficiently use measurement devices and apply precision measurement processes and practices. This module will provide the student with information necessary for the development of these skills and abilities as they apply to use dial indicators.

    Course Learning Outcomes:
    1. Accurately measure part features with precision measuring instruments.
    2. Layout precise angles on workpieces using precision tools.
    3. Verify machined components conform to design specifications.
  
  • INMT 25060 - Gage Blocks

    0.13 CR
    The manufacturing worker must effectively and efficiently use measurement devices and apply precision measurement processes and practices. This module will provide the student with the information necessary for the development of these skills and abilities as they apply to use gage blocks.

    Course Learning Outcomes:
    1. Accurately measure part features with precision measuring instruments.
    2. Layout precise angles on workpieces using precision tools.
    3. Verify machined components conform to design specifications.
  
  • INMT 25070 - Machine Shop Trigonometry

    0.67 CR
    In metal-cutting, reading prints or utilizing samples to make new parts is essential. The metal cutter must effectively and efficiently solve math problems dealing with angles and distances, and apply trigonometry principles to find missing or unknown measurements. This module will provide the student with information necessary for the development of these skills and abilities as they apply to understand shop trigonometry.

    Course Learning Outcomes:
    1. Accurately measure part features with precision measuring instruments.
    2. Layout precise angles on workpieces using precision tools.
    3. Verify machined components conform to design specifications.
  
  • INMT 25080 - Height Gage

    0.17 CR
    The manufacturing worker must effectively and efficiently use measurement devices and apply precision measurement processes and practices. This module will provide the student with information necessary for the development of these skills and abilities as they apply to use the height gauge.

    Course Learning Outcomes:
    1. Accurately measure part features with precision measuring instruments.
    2. Layout precise angles on workpieces using precision tools.
    3. Verify machined components conform to design specifications.
  
  • INMT 25090 - Sine Bar

    0.17 CR
    The manufacturing worker must effectively and efficiently use measurement devices and apply precision measurement processes and practices. This module will provide the student with information necessary for the development of these skills and abilities as they apply to use the sine bar.

    Course Learning Outcomes:
    1. Accurately measure part features with precision measuring instruments.
    2. Layout precise angles on workpieces using precision tools.
    3. Verify machined components conform to design specifications.
  
  • INMT 25100 - CMM Fundamentals

    0.25 CR
    The manufacturing worker must effectively and efficiently use measurement devices and apply precision measurement processes and practices. This module will provide the student with information necessary for the development of these skills and abilities as they apply to the theory relevant to coordinate measuring machines.

    Course Learning Outcomes:
    1. Accurately measure part features with precision measuring instruments.
    2. Layout precise angles on workpieces using precision tools.
    3. Verify machined components conform to design specifications.
  
  • INMT 25110 - CMM Part Inspection

    0.67 CR
    The manufacturing worker must effectively and efficiently use measurement devices and apply precision measurement processes and practices. This module will provide the student with information necessary for the development of these skills and abilities as they apply to use coordinate measuring machines.

    Course Learning Outcomes:
    1. Accurately measure part features with precision measuring instruments.
    2. Layout precise angles on workpieces using precision tools.
    3. Verify machined components conform to design specifications.
  
  • INMT 30010 - Shop Math Speeds and Feeds

    0.21 CR
    The metal-cutting worker must effectively and efficiently calculate baseline RPM and federates prior to cutting material with machine shop equipment. This module will provide the student with the information necessary for the development of these skills and abilities as they apply to determine proper speeds and feeds.

    Course Learning Outcomes:
    1. Plan for common sawing, hole making, and assembly processes.
    2. Prepare materials, tooling, and equipment for sawing, hole making, and assembly operations.
    3. Safely operate drill presses, band saws, and ancillary equipment to manufacture products that conform to design specifications.
    4. Assemble components into functional products.
    5. Verify machined components and assemblies conform to design specifications.
  
  • INMT 30020 - Sharpening Drill Bits

    0.25 CR
    The manufacturing worker must effectively and efficiently be able to sharpen cutting tools that become dull from use. This module will provide the student with information necessary for the development of these skills and abilities as they apply to sharpen drill bits by hand using a pedestal or bench grinder.

    Course Learning Outcomes:
    1. Plan for common sawing, hole making, and assembly processes.
    2. Prepare materials, tooling, and equipment for sawing, hole making, and assembly operations.
    3. Safely operate drill presses, band saws, and ancillary equipment to manufacture products that conform to design specifications.
    4. Assemble components into functional products.
    5. Verify machined components and assemblies conform to design specifications.
  
  • INMT 30030 - Drilling on the Drill Press

    0.17 CR
    Workers in a metal-cutting environment must effectively and efficiently create holes in metal parts to match print specifications. This module will provide the student with information necessary for the development of these skills and abilities as they apply to use a drill press to drill holes in steel parts.

    Course Learning Outcomes:
    1. Plan for common sawing, hole making, and assembly processes.
    2. Prepare materials, tooling, and equipment for sawing, hole making, and assembly operations.
    3. Safely operate drill presses, band saws, and ancillary equipment to manufacture products that conform to design specifications.
    4. Assemble components into functional products.
    5. Verify machined components and assemblies conform to design specifications.
  
  • INMT 30040 - Reaming on the Drill Press

    0.13 CR
    The worker in a metal-cutting environment must effectively and efficiently create holes in metal parts to match print specifications. This module will provide the student with information necessary for the development of these skills and abilities as they apply to use a drill press to ream holes in steel parts.

    Course Learning Outcomes:
    1. Plan for common sawing, hole making, and assembly processes.
    2. Prepare materials, tooling, and equipment for sawing, hole making, and assembly operations.
    3. Safely operate drill presses, band saws, and ancillary equipment to manufacture products that conform to design specifications.
    4. Assemble components into functional products.
    5. Verify machined components and assemblies conform to design specifications.
  
  • INMT 30050 - Counterbore, Spotface, and Countersink

    0.21 CR
    The worker in a metal-cutting environment must effectively and efficiently create holes in metal parts to match print specifications. This module will provide the student with information necessary for the development of these skills and abilities as they apply to use a drill press to counterbore, countersink and spotface holes in steel parts.

    Course Learning Outcomes:
    1. Plan for common sawing, hole making, and assembly processes.
    2. Prepare materials, tooling, and equipment for sawing, hole making, and assembly operations.
    3. Safely operate drill presses, band saws, and ancillary equipment to manufacture products that conform to design specifications.
    4. Assemble components into functional products.
    5. Verify machined components and assemblies conform to design specifications.
  
  • INMT 30060 - Hand Tap on the Drill Press

    0.21 CR
    The worker in a metal-cutting environment must effectively and efficiently create internally threaded holes in metal parts to match print specifications. This module will provide the student with information necessary for the development of these skills and abilities as they apply to hand tapping holes on a drill press in steel parts.

    Course Learning Outcomes:
    1. Plan for common sawing, hole making, and assembly processes.
    2. Prepare materials, tooling, and equipment for sawing, hole making, and assembly operations.
    3. Safely operate drill presses, band saws, and ancillary equipment to manufacture products that conform to design specifications.
    4. Assemble components into functional products.
    5. Verify machined components and assemblies conform to design specifications.
  
  • INMT 30070 - Power Tap on the Drill Press

    0.25 CR
    The worker in a metal-cutting environment must effectively and efficiently create internally threaded holes in metal parts to match print specifications. This module will provide the student with information necessary for the development of these skills and abilities as they apply to power tapping holes on a drill press in steel parts.

    Course Learning Outcomes:
    1. Plan for common sawing, hole making, and assembly processes.
    2. Prepare materials, tooling, and equipment for sawing, hole making, and assembly operations.
    3. Safely operate drill presses, band saws, and ancillary equipment to manufacture products that conform to design specifications.
    4. Assemble components into functional products.
    5. Verify machined components and assemblies conform to design specifications.
  
  • INMT 30080 - Drill Press Project

    0.58 CR
    The worker in a metal-cutting environment must effectively and efficiently use a drill press to machine parts to print specifications. This module will provide the student with information necessary for the development of these skills and abilities as they apply to perform various processes on a drill press to create a project with multiple parts that need to align and assemble with each other.

    Course Learning Outcomes:
    1. Plan for common sawing, hole making, and assembly processes.
    2. Prepare materials, tooling, and equipment for sawing, hole making, and assembly operations.
    3. Safely operate drill presses, band saws, and ancillary equipment to manufacture products that conform to design specifications.
    4. Assemble components into functional products.
    5. Verify machined components and assemblies conform to design specifications.
  
  • INMT 30090 - Band Saw Blade Welding

    0.25 CR
    The worker in a metal-cutting environment must effectively and efficiently use band saws to cut parts to print specifications. This module will provide the student with information necessary for the development of these skills and abilities as they apply to weld band saw blades.

    Course Learning Outcomes:
    1. Plan for common sawing, hole making, and assembly processes.
    2. Prepare materials, tooling, and equipment for sawing, hole making, and assembly operations.
    3. Safely operate drill presses, band saws, and ancillary equipment to manufacture products that conform to design specifications.
    4. Assemble components into functional products.
    5. Verify machined components and assemblies conform to design specifications.
  
  • INMT 30100 - Vertical Band Saw Project

    0.25 CR
    The worker in a metal-cutting environment must effectively and efficiently saw metal parts to match print specifications. This module will provide the student with information necessary for the development of these skills and abilities as they apply to use a vertical band saw to cut steel parts.

    Course Learning Outcomes:
    1. Plan for common sawing, hole making, and assembly processes.
    2. Prepare materials, tooling, and equipment for sawing, hole making, and assembly operations.
    3. Safely operate drill presses, band saws, and ancillary equipment to manufacture products that conform to design specifications.
    4. Assemble components into functional products.
    5. Verify machined components and assemblies conform to design specifications.
  
  • INMT 35010 - Maintaining the Lathe

    0.17 CR
    The worker in a metal-cutting environment must effectively and efficiently set up and operate manual lathes to manufacture parts that meet design specifications. This module will provide the student with information necessary for the development of these skills and abilities as they apply to maintaining lathes and understanding common workholding chucks.

    Course Learning Outcomes:
    1. Plan for common lathe processes.
    2. Prepare materials, tooling, and equipment for lathe operations.
    3. Safely operate lathes and ancillary equipment to manufacture products that conform to design specifications.
    4. Assemble components into functional products.
    5. Verify machined components and assemblies conform to design specifications.
  
  • INMT 35020 - Grinding Lathe Tools

    0.25 CR
    The worker in a metal-cutting environment must effectively and efficiently set up and operate manual lathes to manufacture parts that meet design specifications. This module will provide the student with information necessary for the development of these skills and abilities as they apply to grind lathe cutting tools.

    Course Learning Outcomes:
    1. Plan for common lathe processes.
    2. Prepare materials, tooling, and equipment for lathe operations.
    3. Safely operate lathes and ancillary equipment to manufacture products that conform to design specifications.
    4. Assemble components into functional products.
    5. Verify machined components and assemblies conform to design specifications.
  
  • INMT 35030 - Facing on the Lathe

    0.21 CR
    The worker in a metal-cutting environment must effectively and efficiently set up and operate manual lathes to manufacture parts that meet design specifications. This module will provide the student with information necessary for the development of these skills and abilities as they apply to take facing cuts on metal using a lathe.

    Course Learning Outcomes:
    1. Plan for common lathe processes.
    2. Prepare materials, tooling, and equipment for lathe operations.
    3. Safely operate lathes and ancillary equipment to manufacture products that conform to design specifications.
    4. Assemble components into functional products.
    5. Verify machined components and assemblies conform to design specifications.
  
  • INMT 35040 - Aligning Lathe Centers

    0.17 CR
    The worker in a metal-cutting environment must effectively and efficiently set up and operate manual lathes to manufacture parts that meet design specifications. This module will provide the student with information necessary for the development of these skills and abilities as they apply to align the lathe tailstock so that cylindrical parts (without taper) can be produced.

    Course Learning Outcomes:
    1. Plan for common lathe processes.
    2. Prepare materials, tooling, and equipment for lathe operations.
    3. Safely operate lathes and ancillary equipment to manufacture products that conform to design specifications.
    4. Assemble components into functional products.
    5. Verify machined components and assemblies conform to design specifications.
  
  • INMT 35050 - Parallel Turning on the Lathe

    0.21 CR
    The worker in a metal-cutting environment must effectively and efficiently set up and operate manual lathes to manufacture parts that meet design specifications. This module will provide the student with information necessary for the development of these skills and abilities as they apply to parallel turning on the lathe to produce accurate diameters and lengths on a step shaft.

    Course Learning Outcomes:
    1. Plan for common lathe processes.
    2. Prepare materials, tooling, and equipment for lathe operations.
    3. Safely operate lathes and ancillary equipment to manufacture products that conform to design specifications.
    4. Assemble components into functional products.
    5. Verify machined components and assemblies conform to design specifications.
  
  • INMT 35060 - Groove and Part on the Lathe

    0.13 CR
    The worker in a metal-cutting environment must effectively and efficiently set up and operate manual lathes to manufacture parts that meet design specifications. This module will provide the student with information necessary for the development of these skills and abilities as they apply to cutting grooves and parting off (cutting off) a shaft/workpiece on the lathe.

    Course Learning Outcomes:
    1. Plan for common lathe processes.
    2. Prepare materials, tooling, and equipment for lathe operations.
    3. Safely operate lathes and ancillary equipment to manufacture products that conform to design specifications.
    4. Assemble components into functional products.
    5. Verify machined components and assemblies conform to design specifications.
  
  • INMT 35070 - Cut Radii and External Tapers

    0.50 CR
    The worker in a metal-cutting environment must effectively and efficiently set up and operate manual lathes to manufacture parts that meet design specifications. This module will provide the student with information necessary for the development of these skills and abilities as they apply to use a lathe for cutting radii and external tapers on a shaft/workpiece.

    Course Learning Outcomes:
    1. Plan for common lathe processes.
    2. Prepare materials, tooling, and equipment for lathe operations.
    3. Safely operate lathes and ancillary equipment to manufacture products that conform to design specifications.
    4. Assemble components into functional products.
    5. Verify machined components and assemblies conform to design specifications.
  
  • INMT 35080 - Knurling on the Lathe

    0.13 CR
    The worker in a metal-cutting environment must effectively and efficiently set up and operate manual lathes to manufacture parts that meet design specifications. This module will provide the student with information necessary for the development of these skills and abilities as they apply to use a lathe for knurling on a shaft/workpiece.

    Course Learning Outcomes:
    1. Plan for common lathe processes.
    2. Prepare materials, tooling, and equipment for lathe operations.
    3. Safely operate lathes and ancillary equipment to manufacture products that conform to design specifications.
    4. Assemble components into functional products.
    5. Verify machined components and assemblies conform to design specifications.
  
  • INMT 35090 - Boring Internal Tapers

    0.67 CR
    The worker in a metal-cutting environment must effectively and efficiently set up and operate manual lathes to manufacture parts that meet design specifications. This module will provide the student with information necessary for the development of these skills and abilities as they apply to use a lathe for boring internal tapers.

    Course Learning Outcomes:
    1. Plan for common lathe processes.
    2. Prepare materials, tooling, and equipment for lathe operations.
    3. Safely operate lathes and ancillary equipment to manufacture products that conform to design specifications.
    4. Assemble components into functional products.
    5. Verify machined components and assemblies conform to design specifications.
  
  • INMT 35100 - Cutting External Threads

    0.50 CR
    The worker in a metal-cutting environment must effectively and efficiently set up and operate manual lathes to manufacture parts that meet design specifications. This module will provide the student with information necessary for the development of these skills and abilities as they apply to use a lathe for cutting external threads.

    Course Learning Outcomes:
    1. Plan for common lathe processes.
    2. Prepare materials, tooling, and equipment for lathe operations.
    3. Safely operate lathes and ancillary equipment to manufacture products that conform to design specifications.
    4. Assemble components into functional products.
    5. Verify machined components and assemblies conform to design specifications.
  
  • INMT 35110 - Cutting Internal Threads

    0.42 CR
    The worker in a metal-cutting environment must effectively and efficiently set up and operate manual lathes to manufacture parts that meet design specifications. This module will provide the student with information necessary for the development of these skills and abilities as they apply to use a lathe for cutting internal threads.

    Course Learning Outcomes:
    1. Plan for common lathe processes.
    2. Prepare materials, tooling, and equipment for lathe operations.
    3. Safely operate lathes and ancillary equipment to manufacture products that conform to design specifications.
    4. Assemble components into functional products.
    5. Verify machined components and assemblies conform to design specifications.
  
  • INMT 35120 - Lathe Project

    1.25 CR
    The worker in a metal-cutting environment must effectively and efficiently set up and operate manual lathes to manufacture parts that meet design specifications. This module will provide the student with information necessary for the development of these skills and abilities as they apply to use a lathe for completing a project with multiple parts that assemble together. The parts will include all of the skills covered in all of the prior lathe modules as well as cutting internal and external Acme threads.

    Course Learning Outcomes:
    1. Plan for common lathe processes.
    2. Prepare materials, tooling, and equipment for lathe operations.
    3. Safely operate lathes and ancillary equipment to manufacture products that conform to design specifications.
    4. Assemble components into functional products.
    5. Verify machined components and assemblies conform to design specifications.
  
  • INMT 40010 - EDM Fundamentals

    0.29 CR
    The worker in a metal-cutting environment must effectively and efficiently set up and operate EDM machines to manufacture parts that meet design specifications. This module will provide the student with information necessary for the development of these skills and abilities as they apply to the principles of electrical discharge machining.

    Course Learning Outcomes:
    1. Plan for electrical discharge machining processes.
    2. Prepare materials, tooling, and equipment for EDM operations.
    3. Safely operate EDMs to manufacture products that conform to design specifications.
  
  • INMT 40020 - EDM Project

    0.50 CR
    The worker in a metal-cutting environment must effectively and efficiently set up and operate EDM machines to manufacture parts that meet design specifications. This module will provide the student with information necessary for the development of these skills and abilities as they apply to the operation of electrical discharge machines.

    Course Learning Outcomes:
    1. Plan for electrical discharge machining processes.
    2. Prepare materials, tooling, and equipment for EDM operations.
    3. Safely operate EDMs to manufacture products that conform to design specifications.
  
  • INMT 45010 - Dial in Vise Tram in Head

    0.21 CR
    The worker in a metal-cutting environment must effectively and efficiently set up and operate manual milling machines to manufacture parts that meet specifications. This module will provide the student with information necessary for the development of these skills and abilities as they apply to squaring in the spindle head on a vertical mill and dialing in the mill vise or other workholding devices.

    Course Learning Outcomes:
    1. Plan for common mill processes.
    2. Prepare materials, tooling, and equipment for mill operations.
    3. Safely operate milling machines and ancillary equipment to manufacture products that conform to design specifications.
  
  • INMT 45020 - Fly Cutter End Mill Square Block

    0.21 CR
    The worker in a metal-cutting environment must effectively and efficiently set up and operate manual milling machines to manufacture parts that meet specifications. This module will provide the student with information necessary for the development of these skills and abilities as they apply to accurately cut and squaring a block of steel on a vertical mill.

    Course Learning Outcomes:
    1. Plan for common mill processes.
    2. Prepare materials, tooling, and equipment for mill operations.
    3. Safely operate milling machines and ancillary equipment to manufacture products that conform to design specifications.
  
  • INMT 45030 - Tilt Head, Turn Vise, and Cut V

    0.50 CR
    The worker in a metal-cutting environment must effectively and efficiently set up and operate manual milling machines to manufacture parts that meet specifications. This module will provide the student with information necessary for the development of these skills and abilities as they apply to accurately cut angles in a block of steel on a vertical mill.

    Course Learning Outcomes:
    1. Plan for common mill processes.
    2. Prepare materials, tooling, and equipment for mill operations.
    3. Safely operate milling machines and ancillary equipment to manufacture products that conform to design specifications.
  
  • INMT 45040 - Digital Read, Drill, Tap, and Ream

    0.25 CR
    The worker in a metal-cutting environment must effectively and efficiently set up and operate manual milling machines to manufacture parts that meet specifications. This module will provide the student with information necessary for the development of these skills and abilities as they apply to locate coordinates with a digital readout on a vertical mill to drill, tap and ream holes in a block of steel.

    Course Learning Outcomes:
    1. Plan for common mill processes.
    2. Prepare materials, tooling, and equipment for mill operations.
    3. Safely operate milling machines and ancillary equipment to manufacture products that conform to design specifications.
  
  • INMT 45050 - Turntable Cut Radii

    0.33 CR
    The worker in a metal-cutting environment must effectively and efficiently set up and operate manual milling machines to manufacture parts that meet specifications. This module will provide the student with information necessary for the development of these skills and abilities as they apply to use a rotary table on a vertical mill to cut radii on a block of steel.

    Course Learning Outcomes:
    1. Plan for common mill processes.
    2. Prepare materials, tooling, and equipment for mill operations.
    3. Safely operate milling machines and ancillary equipment to manufacture products that conform to design specifications.
  
  • INMT 45060 - Horizontal Milling Saw Slot

    0.17 CR
    The worker in a metal-cutting environment must effectively and efficiently set up and operate manual milling machines to manufacture parts that meet specifications. This module will provide the student with information necessary for the development of these skills and abilities as they apply to use a horizontal attachment on a vertical mill to cut deep narrow slots in a block of steel.

    Course Learning Outcomes:
    1. Plan for common mill processes.
    2. Prepare materials, tooling, and equipment for mill operations.
    3. Safely operate milling machines and ancillary equipment to manufacture products that conform to design specifications.
  
  • INMT 45070 - Sine Plate Cut Angles

    0.33 CR
    The worker in a metal-cutting environment must effectively and efficiently set up and operate manual milling machines to manufacture parts that meet specifications. This module will provide the student with information necessary for the development of these skills and abilities as they apply to use a sine bar and sine plate to establish angles for set-up purposes on a vertical mill to cut angles on a block of steel.

    Course Learning Outcomes:
    1. Plan for common mill processes.
    2. Prepare materials, tooling, and equipment for mill operations.
    3. Safely operate milling machines and ancillary equipment to manufacture products that conform to design specifications.
  
  • INMT 45080 - Boring Head Bore Four Holes

    0.33 CR
    The worker in a metal-cutting environment must effectively and efficiently set up and operate manual milling machines to manufacture parts that meet specifications. This module will provide the student with information necessary for the development of these skills and abilities as they apply to use a boring head to bore holes to critical size and location on a vertical mill.

    Course Learning Outcomes:
    1. Plan for common mill processes.
    2. Prepare materials, tooling, and equipment for mill operations.
    3. Safely operate milling machines and ancillary equipment to manufacture products that conform to design specifications.
  
  • INMT 45090 - Using an Indexing Head to Cut Keyways

    0.17 CR
    The worker in a metal-cutting environment must effectively and efficiently set up and operate manual milling machines to manufacture parts that meet specifications. This module will provide the student with information necessary for the development of these skills and abilities as they apply to using an indexing head and cutting key seats in a shaft utilizing a vertical mill.

    Course Learning Outcomes:
    1. Plan for common mill processes.
    2. Prepare materials, tooling, and equipment for mill operations.
    3. Safely operate milling machines and ancillary equipment to manufacture products that conform to design specifications.
  
  • INMT 45100 - Math for Dividing Head

    0.17 CR
    The worker in a metal-cutting environment must effectively and efficiently set up and operate manual milling machines to manufacture parts that meet specifications. This module will provide the student with information necessary for the development of these skills and abilities as they apply to understand the math associated with dividing heads commonly used for indexing parts on manual milling machines.

    Course Learning Outcomes:
    1. Plan for common mill processes.
    2. Prepare materials, tooling, and equipment for mill operations.
    3. Safely operate milling machines and ancillary equipment to manufacture products that conform to design specifications.
  
  • INMT 45110 - Using a Dividing Head to Cut Gear

    0.42 CR
    The worker in a metal-cutting environment must effectively and efficiently set up and operate manual milling machines to manufacture parts that meet specifications. This module will provide the student with information necessary for the development of these skills and abilities as they apply to use a dividing head to machine a simple spur gear on a vertical mill.

    Course Learning Outcomes:
    1. Plan for common mill processes.
    2. Prepare materials, tooling, and equipment for mill operations.
    3. Safely operate milling machines and ancillary equipment to manufacture products that conform to design specifications.
  
  • INMT 45120 - Universal Indexing Head

    0.50 CR
    The worker in a metal-cutting environment must effectively and efficiently set up and operate manual milling machines to manufacture parts that meet specifications. This module will provide the student with information necessary for the development of these skills and abilities as they apply to use a universal indexing head on a vertical mill.

    Course Learning Outcomes:
    1. Plan for common mill processes.
    2. Prepare materials, tooling, and equipment for mill operations.
    3. Safely operate milling machines and ancillary equipment to manufacture products that conform to design specifications.
  
  • INMT 45130 - 5C Collet Holder to Cut a Square and Hex

    0.33 CR
    The worker in a metal-cutting environment must effectively and efficiently set up and operate manual milling machines to manufacture parts that meet specifications. This module will provide the student with information necessary for the development of these skills and abilities as they apply to use 5C collet holder workholding blocks as fixtures on a vertical mill.

    Course Learning Outcomes:
    1. Plan for common mill processes.
    2. Prepare materials, tooling, and equipment for mill operations.
    3. Safely operate milling machines and ancillary equipment to manufacture products that conform to design specifications.
  
  • INMT 45140 - Make Dove Tails

    0.67 CR
    The worker in a metal-cutting environment must effectively and efficiently set up and operate manual milling machines to manufacture parts that meet specifications. This module will provide the student with information necessary for the development of these skills and abilities as they apply to cut dovetails on a vertical mill.

    Course Learning Outcomes:
    1. Plan for common mill processes.
    2. Prepare materials, tooling, and equipment for mill operations.
    3. Safely operate milling machines and ancillary equipment to manufacture products that conform to design specifications.
  
  • INMT 45150 - Mill Project

    1.25 CR
    The worker in a metal-cutting environment must effectively and efficiently set up and operate manual milling machines to manufacture parts that meet specifications. This module will provide the student with information necessary for the development of these skills and abilities as they apply to use a vertical mill to complete a project with multiple parts that assemble together. The parts will include all of the skills covered in all of the prior mill modules.

    Course Learning Outcomes:
    1. Plan for common mill processes.
    2. Prepare materials, tooling, and equipment for mill operations.
    3. Safely operate milling machines and ancillary equipment to manufacture products that conform to design specifications.
  
  • INMT 50010 - Square a Block (6 Sides)

    0.25 CR
    The worker in a metal-cutting environment must effectively and efficiently set up and operate surface grinding machines to manufacture parts that meet specifications. This module will provide the student with information necessary for the development of these skills and abilities as they apply to use a surface grinder and associated fixtures to grind a part to achieve critical size, parallelism, and squareness tolerances.

    Course Learning Outcomes:
    1. Plan for surface grinding operations.
    2. Prepare materials, tooling, and equipment for surface grinding operations.
    3. Safely operate surface grinding equipment to manufacture products that conform to design specifications.
    4. Verify machined components and assemblies conform to design specifications.
  
  • INMT 50020 - Grind Angles and Radii

    0.50 CR
    The worker in a metal-cutting environment must effectively and efficiently set up and operate surface grinding machines to manufacture parts that meet specifications. This module will provide the student with information necessary for the development of these skills and abilities as they apply to use a surface grinder and associated fixtures to grind critical angles and radii to meet print tolerances.

    Course Learning Outcomes:
    1. Plan for surface grinding operations.
    2. Prepare materials, tooling, and equipment for surface grinding operations.
    3. Safely operate surface grinding equipment to manufacture products that conform to design specifications.
    4. Verify machined components and assemblies conform to design specifications.
  
  • INMT 50030 - Operate the Automatic Grinder

    0.42 CR
    The worker in a metal-cutting environment must effectively and efficiently set up and operate surface grinding machines to manufacture parts that meet specifications. This module will provide the student with information necessary for the development of these skills and abilities as they apply to operate an automatic surface grinder to produce parts to meet critical specifications and tolerances.

    Course Learning Outcomes:
    1. Plan for surface grinding operations.
    2. Prepare materials, tooling, and equipment for surface grinding operations.
    3. Safely operate surface grinding equipment to manufacture products that conform to design specifications.
    4. Verify machined components and assemblies conform to design specifications.
  
  • INMT 50040 - Complete Two Projects to Print

    1.58 CR
    The worker in a metal-cutting environment must effectively and efficiently set up and operate surface grinding machines to manufacture parts that meet specifications. This module will provide the student with information necessary for the development of these skills and abilities as they apply to use a surface grinder to complete two projects and achieve critical tolerances.

    Course Learning Outcomes:
    1. Plan for surface grinding operations.
    2. Prepare materials, tooling, and equipment for surface grinding operations.
    3. Safely operate surface grinding equipment to manufacture products that conform to design specifications.
    4. Assemble projects into functional products.
    5. Verify machined components and assemblies conform to design specifications.
  
  • INMT 55010 - Parallel Grind to Print

    1 CR
    The worker in a metal-cutting environment must effectively and efficiently set up and operate cylindrical grinding machines to manufacture parts that meet specifications. This module will provide the student with information necessary for the development of these skills and abilities as they apply to use a cylindrical grinder to grind outside diameters to achieve critical sizes and tolerances.

    Course Learning Outcomes:
    1. Plan for cylindrical grinding operations.
    2. Prepare materials, tooling, and equipment for cylindrical grinding operations.
    3. Safely operate cylindrical grinding equipment to manufacture products that conform to design specifications.
    4. Verify parts with ground conical and cylindrical features conform to design specifications.
  
  • INMT 55020 - External and Internal Tapers

    0.50 CR
    The worker in a metal-cutting environment must effectively and efficiently set up and operate cutter grinding machines to sharpen and/or manufacture cutting tools that meet specifications. This module will provide the student with information necessary for the development of these skills and abilities as they apply to use a cutter grinder and associated fixtures to grind the sides (OD) of milling cutters.

    Course Learning Outcomes:
    1. Plan for cylindrical grinding operations.
    2. Prepare materials, tooling, and equipment for cylindrical grinding operations.
    3. Safely operate cylindrical grinding equipment to manufacture products that conform to design specifications.
    4. Verify parts with ground conical and cylindrical features conform to design specifications.
  
  • INMT 65010 - CNC Fundamentals

    0.83 CR
    The worker in a metal-cutting environment must effectively and efficiently program, set up, and operate computer numerically controlled (CNC) machine tools to manufacture components that meet customer and print specifications. This module will provide the student with information necessary for the development of these skills and abilities as they apply to understand the basic concepts and terminology associated with CNC controllers and machinery.

    Course Learning Outcomes:
    1. Describe the principle components of CNC machine tools.
    2. Interpret G-code programs to determine parameters for setup and machining.
    3. Safely prepare materials, tooling, and equipment for CNC machining operations.
    4. Safely operate CNC machinery to produce parts that conform to design specifications.
  
  • INMT 65020 - CNC Turning

    1.67 CR
    The worker in a metal-cutting environment must effectively and efficiently program, set up, and operate computer numerically controlled (CNC) lathes and turning centers to produce components that meet customer and print specifications. This module will provide the student with information necessary for the development of these skills and abilities as they apply to understanding programming, set up, and operation of CNC lathes and turning centers.

    Course Learning Outcomes:
    1. Describe the principle components of CNC machine tools.
    2. Interpret G-code programs to determine parameters for setup and machining.
    3. Safely prepare materials, tooling, and equipment for CNC machining operations.
    4. Safely operate CNC machinery to produce parts that conform to design specifications.
  
  • INMT 65030 - CNC Milling

    1.67 CR
    The worker in a metal-cutting environment must effectively and efficiently program, set up, and operate computer numerically controlled (CNC) lathes and turning centers to produce components that meet customer and print specifications. This module will provide the student with information necessary for the development of these skills and abilities as they apply to understanding programming, set up, and operation of CNC lathes and turning centers.

    Course Learning Outcomes:
    1. Describe the principle components of CNC machine tools.
    2. Interpret G-code programs to determine parameters for setup and machining.
    3. Safely prepare materials, tooling, and equipment for CNC machining operations.
    4. Safely operate CNC machinery to produce parts that conform to design specifications.
  
  • INMT 65040 - CNC Advanced Programming

    2.08 CR
    The worker in a metal-cutting environment must effectively and efficiently create CNC programs for complex parts and 3-dimensional surfaces to produce prototype parts, dies, molds and tooling. This module will provide the student with information necessary for the development of these skills and abilities as they apply to use CAM software to create CNC programs for machining centers.

    Course Learning Outcomes:
    1. Describe the principle components of CNC machine tools.
    2. Interpret G-code programs to determine parameters for setup and machining.
    3. Safely prepare materials, tooling, and equipment for CNC machining operations.
    4. Safely operate CNC machinery to produce parts that conform to design specifications.
  
  • INMT 70010 - Sine Bar

    0.83 CR
    The toolmaker, diemaker, mold maker, or machinist must effectively and efficiently set up and operate machines to produce precision gages, fixtures, tooling, and other associated devices. This module will provide the student with information and hands-on training necessary for the development of these skills and abilities as they apply to machining, hardening, and grinding a precision sine bar.

    Course Learning Outcomes:
    1. Develop process plans for producing machined components.
    2. Prepare materials, tooling, and equipment for a variety of machining operations.
    3. Safely use a variety of industrial machine tools to produce precision components that conform to design specifications.
    4. Assemble components into functional products that conform to design specifications.
    5. Use a variety of precision and semi-precision gages to verify machined components and assemblies conform to design specifications.
  
  • INMT 70020 - Precision Vise

    2.08 CR
    The toolmaker, diemaker, mold maker, or machinist must effectively and efficiently set up and operate machines to produce precision gages, fixtures, tooling, and other associated devices. This module will provide the student with information and the hands-on necessary for the development of these skills and abilities as they apply to machining, hardening, and grinding a precision vise.

    Course Learning Outcomes:
    1. Develop process plans for producing machined components.
    2. Prepare materials, tooling, and equipment for a variety of machining operations.
    3. Safely use a variety of industrial machine tools to produce precision components that conform to design specifications.
    4. Assemble components into functional products that conform to design specifications.
    5. Use a variety of precision and semi-precision gages to verify machined components and assemblies conform to design specifications.
  
  • INMT 70030 - 1-2-3 blocks

    1 CR
    The toolmaker, diemaker, mold maker, or machinist must effectively and efficiently set up and operate machines to produce precision gages, fixtures, tooling, and other associated devices. This module will provide the student with information and hands-on necessary for the development of these skills and abilities as they apply to machining, hardening, and grinding a set of 1-2-3 blocks.

    Course Learning Outcomes:
    1. Develop process plans for producing machined components.
    2. Prepare materials, tooling, and equipment for a variety of machining operations.
    3. Safely use a variety of industrial machine tools to produce precision components that conform to design specifications.
    4. Assemble components into functional products that conform to design specifications.
    5. Use a variety of precision and semi-precision gages to verify machined components and assemblies conform to design specifications.
  
  • INMT 70040 - Tool Makers V-Block

    1.67 CR
    The toolmaker, diemaker, mold maker, or machinist must effectively and efficiently set up and operate machines to produce precision gages, fixtures, tooling, and other associated devices. This module will provide the student with information and hands-on necessary for the development of these skills and abilities as they apply to machining, hardening, and grinding a set of toolmakers V-blocks.

    Course Learning Outcomes:
    1. Develop process plans for producing machined components.
    2. Prepare materials, tooling, and equipment for a variety of machining operations.
    3. Safely use a variety of industrial machine tools to produce precision components that conform to design specifications.
    4. Assemble components into functional products that conform to design specifications.
    5. Use a variety of precision and semi-precision gages to verify machined components and assemblies conform to design specifications.
  
  • INMT 75010 - Mastercam Level 1 Mill

    1.50 CR
    CAD, CAM, or CNC programmers must effectively and efficiently operate CAD and CAM software to create CNC programs. This module will provide the student with information necessary for the development of these skills and abilities as they apply to 2-D drawings and toolpath creation in the manufacturing environment.

    Course Learning Outcomes:
    1. Create the geometry, surfaces, and solids required for toolpath processing.
    2. Create safe, accurate, and efficient MCAM-generated G-code programs.
    3. Safely prepare materials, tooling, and equipment for CNC machining operations.
    4. Safely use CNC machinery to produce complex surfaces and parts that conform to design specifications.
    5. Verify machined parts and complex surfaces conform to design specifications.
  
  • INMT 75020 - Mastercam Level 3 Mill

    2 CR
    CAD, CAM, or CNC programmers must effectively and efficiently operate CAD and CAM software to create CNC programs. This module will provide the student with information necessary for the development of these skills and abilities as they apply to 3-D drawings including surfacing and 3-D toolpath creation.

    Course Learning Outcomes:
    1. Create the geometry, surfaces, and solids required for toolpath processing.
    2. Create safe, accurate, and efficient MCAM-generated G-code programs.
    3. Safely prepare materials, tooling, and equipment for CNC machining operations.
    4. Safely use CNC machinery to produce complex surfaces and parts that conform to design specifications.
    5. Verify machined parts and complex surfaces conform to design specifications.
  
  • INMT 75030 - Mastercam Lathe Design

    1 CR
    CAD, CAM, CNC programmers must effectively and create drawings and CNC programs. This module will provide the student with information necessary for the development of these skills and abilities as they apply to creating and designing part drawings and lathe 2-D toolpath creation.

    Course Learning Outcomes:
    1. Create the geometry, surfaces, and solids required for toolpath processing.
    2. Create safe, accurate, and efficient MCAM-generated G-code programs.
    3. Safely prepare materials, tooling, and equipment for CNC machining operations.
    4. Safely use CNC machinery to produce complex surfaces and parts that conform to design specifications.
    5. Verify machined parts and complex surfaces conform to design specifications.

Industrial Pipefitting

  
  • INPF 05011 - Pipefitting Safety

    1 CR
    The pipefitting student will learn the principles of safety as it applies to the pipefitting trade. The pipefitting student will learn the hazards and what should be done to ensure the safety of each person on the job site.

    Course Learning Outcomes:
    1. Identify safe work practices.
    2. Compare potential worksite scenarios for safe work practices.
    3. Demonstrate proper lockout of electrical switches and disconnects.
    4. Demonstrate proper lockout of piping systems and components.
    5. Identify stored energy.
  
  • INPF 10011 - Pipefitting Science

    0.25 CR
    The pipefitting student will learn the terminology and physical laws applicable to a wide range of fluids and piping systems.

    Course Learning Outcomes:
    1. Interpret fluid properties and fluid energy.
    2. Interpret flow rates terms and units.
    3. Explain Pascal’s and Boyle’s Law.
  
  • INPF 15011 - Introduction to Blueprint Reading

    0.33 CR
    The pipefitting student will identify the various dimensional views used in blueprint reading by applying them to a real-world hands-on activity.

    Course Learning Outcomes:
    1. Distinguish the various views for a third-angle projection.
    2. Differentiate between detailed, assembly drawings, and cross-sectional blueprints.
    3. Construct a third-angle projection from provided prints.
    4. Identify drawing numbers, parts, and measurements.
    5. Identify piping blueprint symbols.
    6. Select specific items located on various piping blueprints.
    7. Extract information from blueprints.
  
  • INPF 15021 - Identifying Piping Symbols

    0.25 CR
    The pipefitting student will compare and contrast the various piping symbols for fittings, valves, and their connection methods.

    Course Learning Outcomes:
    1. Distinguish the various views for a third-angle projection.
    2. Differentiate between detailed, assembly drawings, and cross-sectional blueprints.
    3. Construct a third-angle projection from provided prints.
    4. Identify drawing numbers, parts, and measurements.
    5. Identify piping blueprint symbols.
    6. Select specific items located on various piping blueprints.
    7. Extract information from blueprints.
  
  • INPF 15031 - Read and Interpret Piping Blueprints

    0.25 CR
    The pipefitting student will identify and label the various symbols used in pipefitting blueprints pertaining to pumps, flow direction, tanks, vessels, and associated connection methods.

    Course Learning Outcomes:
    1. Distinguish the various views for a third-angle projection.
    2. Differentiate between detailed, assembly drawings, and cross-sectional blueprints.
    3. Construct a third-angle projection from provided prints.
    4. Identify drawing numbers, parts, and measurements.
    5. Identify piping blueprint symbols.
    6. Select specific items located on various piping blueprints.
    7. Extract information from blueprints.
  
  • INPF 15041 - Troubleshooting with Blueprints

    0.08 CR
    The pipefitting student will interpret the blueprint reading cross-sectional views and troubleshooting manuals to determine the proper repair and needed parts.

    Course Learning Outcomes:
    1. Distinguish the various views for a third-angle projection.
    2. Differentiate between detailed, assembly drawings, and cross-sectional blueprints.
    3. Construct a third-angle projection from provided prints.
    4. Identify drawing numbers, parts, and measurements.
    5. Identify piping blueprint symbols.
    6. Select specific items located on various piping blueprints.
    7. Extract information from blueprints.
  
  • INPF 20011 - Pipefitting Tools and Materials

    0.25 CR
    The pipefitting student will learn about and how to use the tools that are required to perform the job of a pipefitter.

    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 20021 - Types of Piping

    0.42 CR
    The pipefitting student will compare and contrast between black and galvanized pipe, and differentiate between various sizes of pipe.

    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 20031 - Specialty Piping

    0.33 CR
    The pipefitting student will interpret and compare information on the types of piping used in this nation’s potable water supply and drainage systems infrastructure, as well as types of piping used in special applications such as cast iron and a glass pipe.

    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.
 

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