This course examines math and physics concepts as they relate to millwrights and machine maintenance. Apprentices will develop skills related to converting fractions to decimals; using both standard and metric systems; applying basic algebra to solving problems; computing area, volume, mass, and torque; using basic trigonometry; and using math charts, tables and references in support of common work processes.

This course explores reading prints commonly used by millwrights and machine maintenance workers. Course competencies include comparing types of prints, interpreting structural drawings, identifying parts from prints, and develop apprentice sketching drawing skills.

Course provides apprentices with a chance to compare fasteners and their uses, analyze fastener failures, and install mechanical fasteners.

This course develops apprentice skills in precision measurement. Types of measuring instruments will be compared and then measuring skills using tapes, steel rules, micrometers, calipers, indicators, and gauges will be developed.

Apprentices will compare types of rigging equipment and their uses; determine safe loads, rig and crib loads, and move a load with cranes and hoists in this course.

Course compares common welding processes and develops apprentice skills related to welding, cutting, heating and using oxy-gas. Welding with arc, MIG and TIG is included, along with common cutting and joining techniques.

This course develops apprentice skills regarding metallurgic concepts. Apprentices will compare various metals and their applications, apply metallurgic techniques to work processes, test metals for hardness, and examine heat treating applications.

This course provides instruction to apprentices concerning many aspects of inspecting, servicing, and troubleshooting hydraulic systems and components. Apprentices will learn safety related issues and be taught proper safety procedures for working with hydraulic systems and components.

This course was formerly the C-9 module for the MMMP apprenticeship. It provides instruction to apprentices concerning many aspects of inspecting, servicing, and troubleshooting pneumatic systems and components. Apprentices will learn safety related issues and be taught proper safety procedures for working with pneumatic systems and components.

Course introduces principles of vacuum systems and interpreting vacuum system schematics. Apprentices will then develop skills related to installing, repairing, replacing and applying troubleshooting principles to vacuum systems and components. Course examines preventative maintenance techniques commonly used on the job.

Course introduces apprentices to pipe sizes, materials and schedules, examine fittings, tubing and valves, and develops skills related to layout, installation and maintenance.

Apprentices will examine packing, seals and gaskets and compare materials and applications. Then skill in layout, cutting, inspecting, removing and installing these components will be developed.

Course compares adhesives and sealant types and applications. Then apprentice skills will be developed related to applying adhesives and sealants to repair applications, interpreting MSDS information, and handling hazardous materials.

Course compares different pump types and their applications. Apprentices will complete a field inspection of pumps and learn how to troubleshoot, remove, overhaul, install and perform preventative maintenance on pumps.

Course examines both preventative and predictive maintenance concepts as they apply to millwright work processes and machine maintenance. Apprentices will develop skills related to assessing machine conditions and faults based on both preventative and predictive maintenance.

Green Awareness for the MMMP Trades examines how green projects and sustainable manufacturing initiatives relate to energy efficiency, energy consumption, waste reduction, and changing work processes for the MMMP related trades. Priorities related to cost awareness, energy efficiency, predictive and preventative maintenance, new materials, bearing maintenance, and precision laser alignment are included in this course. Each competency can stand alone and be added to existing modules in the paid related instruction program, or the course can be delivered in its entirety as a new module in the curriculum. Estimated hours shown with each competency are intended to guide educators and employers with planning and may be modified to meet local needs.

Apprentices will examine bearing types and applications, and compare equipment bearings. Then learners will develop skills related to bearing inspection, selection, removal, mounting, lubrication and diagnosing bearing failures.

Course compares different coupling types and examines common misalignment problems. Apprentices will develop skills related to inspecting, troubleshooting, and preparing couplings for removal and installation, and also aligning and lubricating couplings.

Course compares different types of drive components. Apprentices will develop skills related to inspecting, troubleshooting, removing, selecting, and installing belt drive systems.

Course compares gear types and applications. Apprentices will develop skills inspecting gear assemblies, troubleshooting gear problems, removing gears and components, and reassembling gear drive systems.

Course examines drive transmission systems and their applications, including roller chains. Apprentices will develop skills inspecting power transmission systems and troubleshooting mechanical drive systems.

Build a complete motor control circuit using simulation software. Construct a complete motor control circuit using industrial components. Apply troubleshooting skills using a multi-meter in the circuits.

Course examines chain, belt, and other types of conveyors and related components.

Apprentices will layout equipment installations, plan for moving equipment, and set and level equipment.

Course compares types of sheet metal and tools used by the trade. Apprentices will develop skills related to fabricating sheet metal and structural steel and then erecting structural steel.