1. Maintain work equipment or machinery. · Repair or maintain the operating condition of industrial production or processing machinery or equipment. 2. Repair worn, damaged, or defective mechanical parts. · Repair or replace broken or malfunctioning components of machinery or equipment. 3. Replace worn, damaged, or defective mechanical parts. · Repair or replace broken or malfunctioning components of machinery or equipment. 4. Adjust equipment to ensure optimal performance. · Clean, lubricate, or adjust parts, equipment, or machinery. 5. Clean equipment, parts, or tools to repair or maintain them in good working order. · Clean, lubricate, or adjust parts, equipment, or machinery. 6. Disassemble equipment for maintenance or repair. · Disassemble machinery or equipment to remove parts and make repairs. 7. Lubricate equipment to allow proper functioning. · Clean, lubricate, or adjust parts, equipment, or machinery. 8. Inspect mechanical equipment to locate damage, defects, or wear. · Examine parts for defects, such as breakage or excessive wear. 9. Reassemble equipment after completion of inspections, testing, or repairs. · Reassemble equipment after completion of inspections, testing, or repairs. 10. Test Mechanical equipment to ensure proper functioning. · Operate newly repaired machinery or equipment to verify the adequacy of repairs. · Observe and test the operation of machinery or equipment to diagnose malfunctions, using voltmeters or other testing devices. 11. Maintain repair or maintenance records. · Record repairs and maintenance performed. 12. Order materials, supplies, and equipment. · Record parts or materials used and order or requisition new parts or materials, as necessary. 13. Record information about parts, materials, or repair procedures. · Record parts or materials used and order or requisition new parts or materials, as necessary. 14. Observe equipment in operation to detect potential problems. · Observe and test the operation of machinery or equipment to diagnose malfunctions, using voltmeters or other testing devices. 15. Analyze test or performance data to assess equipment operation. · Analyze test results, machine error messages, or information obtained from operators to diagnose equipment problems. 16. Cut material according to specifications or needs. · Cut and weld metal to repair broken metal parts, fabricate new parts, or assemble new equipment. 17. Interpret blueprints, specifications, or diagrams to inform installation, development, or operation activities. · Study blueprints or manufacturers' manuals to determine correct installation or operation of machinery. 18. Operate welding (or soldering) equipment. · Cut and weld (or soldering) metal to repair broken metal parts, fabricate new parts, or assemble new equipment. 19. Enter codes or other information into computers. · Enter codes and instructions to program computer-controlled machinery. 20. Train others in operational procedures. · Demonstrate equipment functions and features to machine operators. 21. Assign duties or work schedules to employees or vendors. · Assign schedules to work crews or vendors. 22. Plan employees or vendors work schedules. · Assign schedules to work crews or vendors.

1. Upon completion the student will be able to understandthe major factors in why/how workplace injuries occur. 2. Upon completion the student will be able to conduct an accident investigation to determine cause of loss and developpreventive recommendations for hazard control and injury prevention. 3. Upon completion the student will be able to understand how a job safety analysis, and loss analysis guide prevention and mitigation strategies. 4. Upon completion the student will be able to identify the most common hazards associated with general industry and develop appropriate mitigation and compliance strategies.

1. Upon successful completion of the course, the student will correctly identify the production, characteristics, applications, and voltage change methods of Direct Current electricity. 2. Upon successful completion of the course, the student will correctly calculate quantities in DC circuits containing resistive devices, capacitors, and inductors using Ohm’s and Watt’s Laws, Kirchhoff’s Laws, and appropriate circuit analysis methods. 3. Upon successful completion of the course, the student will correctly perform circuit measurements using multimeters, perform circuit fabrication using electronic schematic diagrams, and perform simple problem- isolation techniques on laboratory circuits. 4. Upon successful completion of the course, the student will correctly identify common component symbols and explain the functions of common electronic components.

1. Upon successful completion of the course, the student will correctly recognize, explain the operation of, and apply the knowledge of common industrial electronic components and devices covered in the course to design, test, and implement motor control circuitry and systems according to safety codes/regulations, safe work practices, and requirements/specifications provided to the student. 2. Upon successful completion of the course, the student will accurately calculate, configure, and select the appropriate wiring configuration of the common DC, single-phase AC, three-phase AC, stepper, and servo motor types, as well as three-phase transformer configurations. 3. Upon successful completion of the course, the student will correctly interpret and explain the operation of the most common motor control circuits, , including: basic control, sequenced and timed operation, jogging, plugging, motor protection (overload and over-current), pilot devices, reversing circuits using various interlocking methods, dynamic and injection braking, DC and AC current generation, and similar applications, with an emphasis on safe work practices, electrical and safety codes/guidelines, and following standard lockout/tagout and energy isolation practices

1. Upon successful completion of the course, the student will be able to: choose the appropriate hand, power, or stationary power tool, and demonstrate or explain its use, when given a task to perform that requires the use of a hand, portable, or stationary tool. 2. Upon successful completion of the course, the student will be able to: choose the proper fastening, machining, or welding/soldering/brazing process, as well as demonstrate or explain the proper use and function of the chosen process, when given a task to perform where materials, mechanical systems, or structural systems are to be fastened, joined, or machined. 3. Upon successful completion of the course, the student will be able to: demonstrate the appropriate bearing or bushing choice, the appropriate seal, gasket or packing material to be used, the proper lubrication material and method, and the proper maintenance procedure and interval when given a mechanism for design, maintenance, or repair. 4. Upon successful completion of the course, the student will be able to: accurately perform the correct calculations for RPM and torque of mechanical drive systems, including chain/gear, gear-gear drive, and belt/pulley systems, as well as correctly explaining the benefits and limitations of each mechanical drive system. 5. Upon successful completion of the course, the student will be able to: successfully perform hands-on and assigned activities for the following related skills for maintenance technicians: reading engineering drawings, locating and researching technical information, ordering spare parts, developing preventive maintenance schedules, and maintaining equipment history.