WORK PROCESS SCHEDULE
INDUSTRIAL MAINTENANCE REPAIRER (5352 TARGET 5301)
O*NET-SOC CODE: 49-9071.00 RAPIDS CODE: 0311
This schedule is attached to and a part of these Standards for the above identified occupation.
1. TERM OF APPRENTICESHIP
The term of the occupation shall be four (4) years with an OJL attainment of 8000
hours supplemented by the required hours of related instruction.
2. RATIO OF APPRENTICES TO JOURNEYWORKERS
Ratio of apprentices will be one (1) apprentice to one journeyworker (1).
3. APPRENTICE WAGE SCHEDULE
Apprentices shall be paid a progressively increasing schedule of wages based on
a percentage of the current journeyworker wage rate or as per the CBA.
4 Year Terms Example:
1st 1 Year + hours = 2000_WG-2 2nd 1 Year + hours = 2000_WG-3
3rd 1 Year + hours = 2000 WG-5 4th 1 Year + hours = 2000 WG-8
4. SCHEDULE OF WORK EXPERIENCE (See attached Work Process Schedule)
The APA may modify the work processes to meet local needs prior to submitting
these Standards to the appropriate Registration Agency for approval.
5. SCHEDULE OF RELATED INSTRUCTION (See attached Related Instruction Outline)
APPROXIMATE HOURS
A. Safety
350
1. Demonstrate good safety practices
2. Demonstrate proper techniques for lifting and carrying
3. Exercise extreme caution when working around electric lines and equipment
4. Maintain work area properly
5. Adhere to safety signs and color codes
6. Identify and report potential safety hazards
7. Practice ladder and scaffold safety
8. Safely operate hand tools
9. Properly handle gas cylinders, hoses, and regulators
10. Wear required safety equipment
11. Identify types of fire extinguishers and their proper uses
12. Practice fire safety when operating heating equipment or working with hot materials
13. Demonstrate safe practices when using powers tools
14. Demonstrate safe use of solvents
15. Read and interpret MSDS sheets
16. Demonstrate an awareness of locating and verifying buried utility lines
17. Shoring and bracing excavation
18. Demonstrate awareness of confined space
19. Work safely around laser equipment
20. Identify hazardous materials on site (i.e. leaking gas, asbestos)
21. Demonstrate awareness of OSHA guidelines
22. Administer first aid and CPR
B. Basic Skills
1600
1. Demonstrates basic reading skills
2. Use good time management skills (i.e., efficient use of time on job site)
3. Lay out and plan pump installation
4. Define kinetic energy terminology
5. Read measuring devices
6. Read and interpret drawings
7. Read and interpret catalog and rough-in information
8. Read and interpret specifications
9. Prepare a bill of materials
10. Read and interpret applicable codes
11. Identify basic structural framing components
12. Perform general mathematical calculations
13. Read and interpret Americans with Disabilities Act (ADA) requirements
14. Create engineering drawings, related documents for design using computer-assisted
Programs
C. Knowledge and Skills of Mechanical Principles
1700
1. Reads blueprints, specification and sketches and uses basic mathematics
2. Sets up and operates various kinds of machine such as lathes, planners, milling machines
3. Perform simple layout work and make templates
4. Use various power tools
5. Use precision measuring instruments such as height and depth gauges, calipers, micrometers
6. Broad knowledge of mechanical principles
D. Work Performance Mechanical Machinery
1900
1. Knowledge of machines and mechanical principles
2. Disassembles machinery
3. Machines parts for simple replacement parts
4. Lay our work from blueprints, sketches and written instructions
5. Overhauls internal combustion engines, gasoline, diesel
6. Knowledge of various hydraulic systems
7. Overhauls various complex machinery such as power drives, speed reduction.
8. Lubricating of systems
9. Overhauls various pumps, air compressors
10. Repair and replace overhead doors
11. Repair and replace pulleys
12. Repair and replace shafts
13. Performs preventive maintenance on mechanical equipment
E. Fixtures and Trim
2200
1. Plan and implement technical projects under engineering supervision
2. Assist in the design of mechanical systems in accordance with standard engineering
practices
3. Present technical and graphical information in an organized fashion
4. The associate degree in applied science will be awarded after satisfactory completion of this
four semester program
F. Leadership Competencies
250
1. Demonstrate an understanding of NAVFAC MIDLANT Facility Sustainment Division, its
structure and activities
2. Demonstrate an understanding of ones’ personal values
3. Demonstrate effectiveness in oral and written communications
4. Maintain a good professional appearance
5. Understanding of and compliance with DoD Directive 5500.7, “Standards of Conduct”
6. Knowledge of basic customer service skills
Total Hours
8000
RELATED INSTRUCTION OUTLINE
Delaware Community College
FIRST YEAR
Academics (evening classes) for Delaware County Community College
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Duties and Task 1st Sem.16 weeks (Fall) 2nd Sem.16 weeks(Spring) 3rd Sem.10 weeks(Summer) TCC 111 Technical Communications 3 48 (3 credits) TME 115 – Basic Technical Skills 48 (3 credits) ENG 100 – English Composition I 48 (3 credits) MAT 110 – Technical Mathematics I 48 (4 credits) IST 105 – Industrial Systems Drawings Interpretation 48 (3 credit) Totals (in hours) 96 (6 credits) 96 (7 credits) 48 (3 credit) SECOND YEAR
Academics (evening classes)
1st Sem.16 weeks(Fall) 2nd Sem.16 weeks(Spring) 3rd Sem.10 weeks(Summer) IST 100 – Introduction to Industrial Systems Technologies 48 (3credits) TCS 108 – Construction Supervision 48 (3 credits) TEL 101 – D C Analysis 48 (4 credits) HVA 106 – Basic Piping for Contractors 48 (2 credits) COMM 100 – Introduction to Interpersonal Communication 48 (3 credits) Totals (in hours) 96 (6 credits) 96 (6 credits) 48 (3 credits) THIRD YEAR
Academics (evening classes)
Duties and Task 1st Sem.16 weeks(Fall) 2nd Sem.16 weeks(Spring) 3rd Sem.10 weeks(Summer) PCT 100 – Plant Equipment 48 (3 credits) ELT 203 – Industrial Electrical Systems 64 (4credits) PHY 100 – Technical Physics I 48 (3 credits) IST 101 – Industrial Drive Systems 64 (4credits) IST 200 – Pumping Systems 48 (3 credits) Totals (in hour) 112 (7 credits) 112 (7 credits) 48 (3 credits) FORTH YEAR
Academics (evening classes)
Duties and Task 1st Sem.16 weeks(Fall) 2nd Sem.16 weeks(Spring) 3rd Sem.10 weeks(Summer) HVA 206 – Industrial Piping 32 (2credits) PCT 100 – Plant Equipment 64 (4credits) WLD 100 – Introduction to Welding 32 (2credits) TME 229 – Fluid Power and Controls 64 (4credits) MAT 111 – Technical Mathematics II 48 (3 credits) Totals (in hours) 96 (6 credits) 96 (6 credits) 48 (3 credits) - Related instruction – This instruction shall include, but not be limited to:Hours 812 (63 credits)
Program Electives:
