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Related Training OutlineOCCUPATION/TRADE: Precision MachinistRAPIDS Code: 0296 CBCompetencyType ContentApprox. HoursFoundation of MachiningClassroom & Immerse-2learn online coursesMeasurement, Materials, and Safety; Job Planning, Benchwork, and Layout; Safety; Basic Math; Measurement and Inspection; and Conventional MachiningClassroom: 32Web Based: 16Advanced Mathematics for MachiningClassroom & Immerse-2learn online coursesFraction and Decimal Operations, Ratios and Proportions, Basic Algebra, Geometry, Trigonometry, and Coordinate Geometry.Classroom: 40Web Based: 20Interpreting Engineering Drawings (Blueprints) Classroom & Immerse-2learn online coursesBlueprint Basics, Line Styles, Drawing Types, Drawing views, Dimensioning, and Tolerancing.Classroom: 32Web Based: 16Geometric Dimensioning & Tolerancing (GD&T)Classroom & Immerse-2learn online coursesGD&T Definition; Basic Dimensions; Tolerances; Datum’s; Baseline Dimensioning vs. Chain Dimensioning; GD&T Characteristics; GD&T Symbols and Control Frames; Components, Modifiers, and Bonus Tolerances; & Reading Engineering Drawings.Classroom: 40Web Based: 20Conventional MillClassroom & Immerse-2learn online coursesTools, Tool holding, Work holding, and Machine Operations. Including: Cutting Tool Types and uses, Clamps, Chucks, Collets, Vises, and fixtures. Machine Safety, Aligning Work holding Devices, Hole making, Milling Basics, Angular Milling, Steps, Slots, Key seats, Radii, and Pocket Milling.Classroom: 40Web Based: 20Conventional LatheClassroom & Immerse-2learn online coursesTools, Tool holding, Work holding, and Machine Operations. Jaw-Type Chucks, Collets, Faceplate, Mandrels, Workpiece Supporting methods, and Holding Cutting Tools with Rocker-Type, Quick Change, Indexable Tool Posts, and Hole making Tool holding.Classroom: 40Web Based: 20CNC MillClassroom & Immerse-2learn online coursesIntroduction to CNC Milling, Introduction to CNC Mill Tooling, Work Offsets and Tool Offsets, Work Holding, 3-Axis Machining, Multi-Axis Machining, Material Prep and Selection, Coolant and Chip Evacuation, and Set-Up and Run NIMS Project Parts.Classroom: 32Web Based: 16CompetencyType ContentApprox. HoursCNC LatheClassroom & Immerse-2learn online coursesIntroduction to CNC Lathe, Introduction to CNC Lathe Tooling, Work Offsets and Tool Offsets, Work Holding, 3-Axis Machining, Multi-Axis Machining, Material Prep and Selection, Coolant and Chip Evacuation, and Set-Up and Run NIMS Project Parts.Classroom: 32Web Based: 16Total Approximate Hours:Classroom: 288Web Based: 144Work Process OutlineOCCUPATION/TRADE: Precision MachinistRAPIDS Code: 0296 CBCompetencyMeasured ByApprox. HoursRequired Exam ScoresCommentsFoundation of Machining: Topics covered: Measurement, Materials, and Safety; Job Planning, Benchwork, and Layout; Safety; Basic Math; Measurement and Inspection; and Conventional MachiningComplete two Level l machining projects successfully, pass two NIMS* exams, and pass all relevant Immerse2learn exams.40070% or greater on all examsEarn Competency and two NIMS National Certifications.Advanced Mathematics for Machining: Topics covered: Fraction and Decimal Operations, Ratios and Proportions, Basic Algebra, Geometry, Trigonometry, and Coordinate Geometry.Pass all relevant Immerse2learn exams and final exam created by SFMAP.60070% or greater on all examsEarn CompetencyInterpreting Engineering Drawings (Blueprints): Topics covered: Blueprint Basics, Line Styles, Drawing Types, Drawing views, Dimensioning, and Tolerancing.Pass all relevant Immerse2learn exams and final exam created by SFMAP.40070% or greater on all examsEarn CompetencyGeometric Dimensioning & Tolerancing (GD&T): Topics covered: GD&T Definition; Basic Dimensions; Tolerances; Datum’s; Baseline Dimensioning vs. Chain Dimensioning; GD&T Characteristics; GD&T Symbols and Control Frames; Components, Modifiers, and Bonus Tolerances; & Reading Engineering Drawings.Pass all relevant Immerse2learn exams and final exam created by SFMAP.60070% or greater on all examsEarn CompetencyLeft Blank for Proper SpacingCompetencyMeasured ByApprox. HoursRequired Exam ScoresCommentsConventional Mill: Topics covered: Tools, Tool holding, Work holding, and Machine Operations. Including: Cutting Tool Types and uses, Clamps, Chucks, Collets, Vises, and fixtures. Machine Safety, Aligning Work holding Devices, Hole making, Milling Basics, Angular Milling, Steps, Slots, Key seats, Radii, and Pocket plete one Level I and one Level Il machining projects successfully, pass two NIMS* exams, and pass all relevant Immerse2learn exams.60070% or greater on all examsEarn Competency and two NIMS National Certifications.Conventional Lathe: Topics covered: Tools, Tool holding, Work holding, and Machine Operations. Jaw-Type Chucks, Collets, Faceplate, Mandrels, Workpiece Supporting methods, and Holding Cutting Tools with Rocker-Type, Quick Change, Index able Tool Posts, and Hole making Tool plete one Level I and one Level Il machining projects successfully, pass two NIMS* exams, and pass all relevant Immerse2learn exams.60070% or greater on all examsEarn Competency and two NIMS National C Milling: Topics covered: Introduction to CNC Milling, Introduction to CNC Mill Tooling, Work Offsets and Tool Offsets, Work Holding, 3-Axis Machining, Multi-Axis Machining, Material Prep and Selection, Coolant and Chip Evacuation, and Set-Up and Run NIMS Project plete one Level I machining project successfully, pass one NIMS* exam, and pass all relevant Immerse2learn exams.40070% or greater on all examsEarn Competency and one NIMS National C Turning: Topics covered: Introduction to CNC Lathe, Introduction to CNC Lathe Tooling, Work Offsets and Tool Offsets, Work Holding, 3-Axis Machining, Multi-Axis Machining, Material Prep and Selection, Coolant and Chip Evacuation, and Set-Up and Run NIMS Project plete one Level I machining project successfully, pass one NIMS* exam, and pass all relevant Immerse2learn exams.40070% or greater on all examsEarn Competency and one NIMS National Certification.Total Approximate Hours:4000*National Institute of Metalworking Skills ................
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