WORK PROCESSES PRODUCTION TECHNOLOGIST O*NET/SOC CODE: 51-2092.00 RAPIDS CODE: 1027CB ON-THE-JOB TRAINING This is a performance based apprenticeship program premised on competencies demonstrated in lieu of time considerations. The apprenticeship is composed of sixteen sets of competencies called Units. The time permitted to succeed at any given unit is six months. The Apprentice, at their discretion, may
Powerhouse Mechanic
WORK PROCESS POWERHOUSE MECHANIC O*NET/SOC CODE: 49-9041.00 RAPIDS CODE: 0443 DESCRIPTION: Installs, adjusts, maintains, and repairs electrical and mechanical equipment and parts in power-generating station: Installs equipment. Dismantles and overhauls equipment Dismantles and repairs auxiliary equipment, such as pumps, compressors, and pipe systems. Assists in conducting acceptance and performance tests on new or existing equipment. Fabricates special tools, rigging
Diesel Mechanic
WORK PROCESS DIESEL MECHANIC O*NET/SOC CODE: 49-3031.00 RAPIDS CODE: 0124 APPROXIMATE HOURS 1. Diesel Engine Repair 3,000 a. Four-cycle engines b. Pistons, rings, valves, and bearings c. Scavenging systems d. Starting systems 1. electric 2. compressed air e. Cooling systems f. Lubricating systems 2. Drive Systems 1,000 a. Clutches b. Transmission and
Cabinetmaker, Millman
WORK EXPERIENCE SCHEDULE CABINETMAKER-MILLMAN O*NET/SOC CODE: 51-7011.00 RAPIDS CODE: 0055 APPROXIMATE HOURS a) Sharpen and use handtools 500 b) Work from stock bills and drawings 500 c) Use of power equipment, cutoff saws, table saws, jointers,routers, planers, shapers, sanders, etc 1500 d) Grinding knives and filing saws 500 e)
Electromechanical Technician
Attachment 1A: Job Training and Education Outline Electro-Mechanical Technician O*Net Code DOT Code RAPIDS Code 17-3024.00 710.281-018 0167 Section 1 – On-the-Job Training [29 CFR 29.5(b)(3)] 1. During the Apprenticeship the Apprentice shall receive work experience and job related education in all phases of the occupation, including safe work practices, necessary to develop the skill
Refinery Operator
WORK PROCESS SCHEDULE REFINERY OPERATOR O*NET-SOC CODE: 51-8093.02 RAPIDS CODE: 0852HY Approximate Hours Work Process Schedule Minimum Maximum Process Operations Unit Flows System Processes Associated Refinery Systems 1700 hrs 2500 hrs Unit rounds Equipment Inspection Troubleshooting Lubrication Routine adjustments 300 hrs 500 hrs Equipment operations Pumps Drivers Heat Exchangers Furnaces Boilers Cooling Towers Compressors Turbines
Industrial Maintenance Repairer
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
Automobile Service Mechanic
WORK PROCESS Automobile Service Mechanic 620.261-010 APPROXIMATE HOURS I. Engine 400 a. Troubleshoot engine complaints b. Remove and replace components II. Fuel Systems 400 a. Diesel fuel system troubleshooting remove and replace necessary components b. Gas fuel system troubleshooting remove and replace necessary components III. Ignition 800 a. Diagnose problems and replace
Machine Repair
WORK PROCESSES ADVANCED MACHINE REPAIR AND MAINTENANCE Objective: To provide the apprentices with instructions and experience in the installation, maintenance and repairing of special purpose machines, plant equipment and machine tools. WORK SCHEDULE 1. Machine tool installation 2. Proper rigging for heavy lifts 3. Blueprint interpretation 4. Installation of special purpose 5. Precision measuring machines and plant
Weld Fitter
WORK PROCESS SCHEDULE WELDER-FITTER O*NET CODE: 51-4121.03 RAPIDS CODE: 0627 Description: Lays out, fits, and welds fabricated, cast, and forged components to assemble structural forms, such as machinery frames, tanks, pressure vessels, furnace shells, and building and bridge parts, according to blueprints and knowledge of welding and metallurgy: Selects equipment and plans layout, assembly, and welding, applying knowledge
