Industrial Maintenance Technology: Blueprint Reading for Machinists

Other Kentucky CTE sets

• Animal Science: High School (9-12)
• Computer Science: AP Computer Science Principles
• Computer Science: Computer Hardware and Software Maintenance
• Computer Science: Computer Literacy
• Computer Science: Computer Science
• Computer Science: Cyber Literacy 1
• Computer Science: Cyber Literacy II
• Computer Science: Digital Literacy
• Computer Science: Game Design and Development Principles
• Computer Science: Help Desk Operations
• Computer Science: Introduction to Digital Game Graphics
• Computer Science: Introduction to Programming
• Education and Training: The Learner-Centered Classroom
• Education and Training: The Learning Community
• Engineering Technology: Engineering I
• Family and Consumer Sciences: FCS Essentials 200113 (2024)
• Family and Consumer Sciences: Principles of Hospitality 200610 (2024)
• Family and Consumer Sciences: Specialized Services in Hospitality 200641 (2024)
• Health Science: Emergency Procedures
• Health Science: Medical Math (2023)
• Health Science: Medical Terminology
• Health Science: Principles of Health Science
• Industrial Maintenance Technology: Fundamentals of Machine Tools - A (For Maintenance)
• Industrial Maintenance Technology: Maintaining Industrial Equipment
• Media Arts: Introduction to Media Arts
• Welding Technology: Blueprint Reading for Welding
• Welding Technology: Cutting Processes and Lab
• Welding Technology: Gas Metal Arc Welding and Lab
• Welding Technology: Shielded Metal Arc Welding (SMAW) and Lab
• Computer Science: Advanced 3D Game Development
• Computer Science: CIT 120: Computational Thinking
• Computer Science: Computational Thinking
• Computer Science: JAVA Programming I
• Computer Science: JAVA Programming II
• Computer Science: JavaScript
• Computer Science: Object-Oriented Programming I
• Computer Science: Object-Oriented Programming II
• Computer Science: Project-Based Programming
• Engineering Technology: Electrical/Electronics Engineering
• Engineering Technology: Engineering II
• Engineering Technology: Mechanical Engineering
• Family and Consumer Sciences: Advanced Foods and Nutrition
• Family and Consumer Sciences: Foods and Nutrition
• Health Science: Body Structures and Functions
• Industrial Maintenance Technology: Shop Management
• Media Arts: Two-Dimensional Media Design
• Welding Technology: GMAW Groove Lab
• Welding Technology: SMAW Open Groove Lab
• Business and Marketing Education: Personal Finance
• Computer Science: Management of Support Services
• Education and Training: Collaborative Clinical Experience
• Education and Training: Principles of Career & Technical Education
• Family and Consumer Sciences: Culinary Arts I
• Family and Consumer Sciences: Culinary Arts II
• Health Science: Medicaid Nurse Aide
• Industrial Maintenance Technology: Applied Machining I (for Industrial Maint.)
• Industrial Maintenance Technology: Basic Troubleshooting
• Media Arts: Advanced Production Design
• Transportation Education: Automotive Maintenance and Light Repair Sections A, B, C, & D
• Engineering Technology: Manufacturing Engineering

Apply the technical math required for employment opportunities in maintenance.BRM2

integrityBRM3a

responsibilityBRM3b

qualityBRM3c

disciplineBRM3d

teamworkBRM3e

Demonstrate competency in mathematical fraction and decimal problems.BRM4

Identify the alphabet of lines.BRM5

Identify multiple views.BRM6

Arrange multiple views.BRM7

Arrange two-view drawings.BRM8

Identify one-view drawings.BRM9

Arrange and identify auxiliary views.BRM10

Demonstrate the use of size and location dimensions.BRM11

Demonstrate proper dimensions of cylinders and arcs.BRM12

Size dimensions of holes and angles. BRM13

Locate dimensions for centering of holes, points, and centers.BRM14

Interpret the base line dimensions on drawings.BRM15

Calculate tolerances.BRM16

Identify labeling of various screw threads.BRM17

Calculate tapers and machined surfaces.BRM18

Dimension parts using shop notes.BRM19

 Identify half, full, and removed sections.BRM20

Interpret ordinate and tabular dimensions.BRM21

Set tolerances using geometric dimensioning techniques.BRM22

Sketch parts with irregular shapes.BRM23

Sketch oblique views of various parts. BRM24

Sketch and dimension shop drawings.BRM25

Demonstrate visualizing techniques of multiple views.BRM26

Identify line types used in combinations.BRM27

Identify standards listings on working drawings.BRM28

List procedural machining and construction requirements from notations on working drawings.BRM29

List proper procedure for construction of various machining processes.BRM30

Determine proper thread series and types for duty specific assembly.BRM31

Specify duty specific uses of contour notes.BRM32

Determine overall measurements of contoured parts.BRM33

Explain various terms involved in multiple sections.BRM34

Identify usages for chamfers and interpret sizes.BRM35

Define various chamfer terms.BRM36

Determine the sizing procedures of necks and grooves.BRM37

Identify various keyway and key seat standards.BRM38

Identify usage of geometric symbols.BRM39

Define terms relating to geometric tolerancing.BRM40

Set standards and tolerances using geometric dimensioningBRM41

Set axis coordinates on numerical control prints.BRM42

Determine axis coordinates on ordinate and tabular prints.BRM43

Identify casting and forging terms.BRM44

Calculate bend setbacks in sheet metals and plate steels.BRM45

Identify parts and materials from various reference books and manuals.BRM46