Manufacturing: Machining

Other Oregon CTE sets

• Architecture and Construction
• Arts, Information and Communication: Design
• Arts, Information and Communication: Photography
• Business Management and Administration: Administrative Support Focus Area Knowledge and Skill Statements with Suggested Performance Indicators
• Business Management and Administration: Business Information Management Knowledge and Skill Statements with Suggested Performance Indicators
• Business Management and Administration: Career Cluster Knowledge and Skill Statements with Suggested Performance Indicators
• Business Management and Administration: Employability Knowledge and Skill Statements with Suggested Performance Indicators
• Business Management and Administration: General Management Focus Area Knowledge and Skill Statements with Suggested Performance Indicators
• Business Management and Administration: Human Resources Management Focus Area Knowledge and Skill Statements with Suggested Performance Indicators
• Business Management and Administration: Operations Management Focus Area Knowledge and Skill Statements with Suggested Performance Indicators
• Finance Cluster
• Health Sciences
• Health Sciences: Biotechnology Research & Development Focus Area
• Health Sciences: Diagnostics Focus Area
• Health Sciences: Health Informatics Focus Area
• Health Sciences: Support Services Focus Area
• Health Sciences: Therapeutic Services Focus Area
• Hospitality, Tourism, and Recreation: Career Cluster Knowledge and Skill Statements with Suggested Performance Indicators
• Hospitality, Tourism, and Recreation: Employability Knowledge and Skill Statements with Suggested Performance Indicators
• Human Services
• Human Services: Consumer Services Focus Area
• Human Services: Counseling & Mental Health Services Focus Area
• Human Services: Early Childhood Development & Services Focus Area
• Human Services: Family & Community Services Focus Area
• Human Services: Personal Care Services Focus Area
• Manufacturing: Welding
• Marketing: Career Cluster Knowledge and Skill Statements with Suggested Performance Indicators
• Marketing: Employability Knowledge and Skill Statements with Suggested Performance Indicators
• Marketing: Marketing Management Knowledge and Skill Statements with Suggested Performance Indicators
• Marketing: Professional Sales Knowledge and Skill Statements with Suggested Performance Indicators
• Arts, A/V Technology, and Communications: Career Cluster Knowledge and Skill Statements with Suggested Performance Indicators
• Arts, A/V Technology, and Communications: Career Cluster Knowledge and Skill Statements with Suggested Performance Indicators
• Fine Arts and Performing Arts: Knowledge and Skill Statements with Suggested Performance Indicators
• Journalism and Broadcasting: Knowledge and Skill Statements with Suggested Performance Indicators

Examine and interpret engineering drawings to manufacture an objectFA-MNMF02.A

Apply knowledge of engineering drawing to machining processFA-MNMF02.B

Use modern-day electronic systems to look up most current version of engineering drawings need for manufacturingFA-MNMF02.C

Define the information necessary to complete a machining task such as materials to be used, required surface finish, tolerances, quantity of units etc.FA-MNMF02.D

Distinguish between detail and assembly drawings FA-MNMF02.E

Use precision measuring and layout instruments and inspection processes to ensure quality of a finished productFA-MNMF02.F

Manage and coordinate the operation of the cutting pieces, feeds, and mounts associated with both manual and computer-numerical controlled (CNC) machining tools to complete advanced projects involving mills, lathes, and grindersFA-MNMF03.A

Correctly, safely, and efficiently schedule, configure, administer, and verify heattreatments to machined parts according to blueprint specificationsFA-MNMF03.B

Demonstrate the following higher functions: cutter diameter compensation; comfort with built-in risk management systemsFA-MNMF03.C

Demonstrate how to inspect and assess the condition of tools and maintain them so that they are safe and operationalFA-MNMF03.D

Describe and demonstrate various machining techniques including procedures on drill press, lathe, saw grinders, and milling machinesFA-MNMF04.A

Solve manufacturing-related problems by analyzing and weighing the constraining factors including schedule, cost, materials, and equipment, as well as productivity, regulations, maintenance, and qualityFA-MNMF04.B

Employ statistical quality control test methods and techniques, especially on large volume processes, to minimize defects and waste due to poor qualityFA-MNMF04.C

Demonstrate tool and holder assembly with use height gage and pre-setterFA-MNMF05.A

Demonstrate tool and holder balancing to required standardsFA-MNMF05.B

Follow best practices for assembly of tools using: Shrink Fit system, Collet systems, Weldon-Flats, and bold on systemsFA-MNMF05.C

Rotate inserts on indexable cutting toolsFA-MNMF05.D

Produce parts to specifications or drawings provided on a computer numerical controlled mill or latheFA-MNMF06.A

Employ basic G and M Programming focusing on the use of the Cartesian coordinate system and machine axisFA-MNMF06.B

Demonstrate methods by which programs can be entered into a controllerFA-MNMF06.C

Demonstrate the setup and safe operation of a CNC turning or milling centerFA-MNMF06.D

Demonstrate a tool change and tool selection to complete a multistep process on a CNC milling or turning centerFA-MNMF06.E

Demonstrate operation and preventive daily maintenance of a CNC Lathe machineFA-MNMF06.F

Demonstrate operation and preventive daily maintenance of a CNC Mill machineFA-MNMF06.G

Analyze production controls and manufactured parts specifications using quality control techniques and precision measuring toolsFA-MNMF07.A

Measure, weigh, and visually inspect machine parts, surface finish measurementsFA-MNMF07.B

Use the appropriate instrumentation to measure tolerances as required in the engineering drawings FA-MNMF07.C

Apply data collection for part buyoff and related documentationFA-MNMF07.D

Validate that a provided part meets specifications from its engineered drawing by comparing specificationsFA-MNMF07.E

Record and compare data to given project specifications; interpret resultsFA-MNMF07.F

Demonstrate ability to prove out a program using single block, lowered rapid rates, and using Distance to Go screen on controlFA-MNMF07.G

Demonstrate safe use of lifting devices and rigging equipment (e.g., cranes, jibs, slings, magnets, specialized lifting devices)FA-MNMF08.A

Demonstrate ability to use lift trucks, stackers, pallet jacks for moving materialFA-MNMF08.B

Select appropriate tools and accurately measure solid shapes and parts FA-MNMF09.A

Perform basic mathematical calculations and/or calibrations using tools such as micrometers, verniers, and gages FA-MNMF09.B

Calculate the speeds, feeds, and depth of cut for various machines and materialsFA-MNMF09.C

Determine the appropriate units and record accurate and repeatable measures of length, diameter, and thickness to complete projects using appropriate toolsFA-MNMF09.D

Apply principles of trigonometry, Cartesian geometry, and/or polar geometry, distinguishing which principles apply to a given machining tool and whenFA-MNMF09.E

Use angle gages, a plate contractor, a universal bevel protractor with vernier scale, square and/or a sine bar and gage clocks or adjustable parallelFA-MNMF09.F

Determine the appropriate units and record accurate and repeatable measurement of material properties such as hardness, pH, and load elongation test curves of stress, strain, modulus and yieldFA-MNMF09.G

Interpret test values and curves and use calculated results to make informed decisionsFA-MNMF09.H