| Searching Current Courses For Fall 2016 |
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Course: |
MAC 258
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Title: | Interpret Engineering Drawings |
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Long Title: | Interpreting Engineering Drawings |
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Course Description: | Teaches students to interpret machine shop drawings starting with the simple and progressing to the more complex. All types of dimensioning, symbols, notes, and tolerances are interpreted. |
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Min Credit: | 3 |
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Max Credit: | |
STANDARD COMPETENCIES:
I. Recognize the ISO projection symbol.
II. Recognize and interpret the title block.
III. Identify the drawing standards.
IV. Recognize and interpret visible lines.
V. Demonstrate lettering on drawings.
VI. Interpret dimensioning
VII. Recognize linear units of measurements
VIII. Discuss basic rules for dimensions
IX. List drawing abbreviation
X Distinguish inclined surfaces
XI. Describe measurement of angles
XII. Recognize and interpret circular features
XIII. Recognize and interpret center lines
XIV. Employ dimensioning of cylindrical features
XV. Employ dimensioning of cylindrical holes
XVI. Recognize repetitive features and dimensions
XVII. Identify similarly sized features
XVIII. Apply drawing to scale
XIX. Recognize and interpret symmetrical outlines
XX Recognize and use reference dimensions
XXI. Discuss machining symbols
XXII. Interpret drawing revision
XXIII. Interpret break lines
XXIV. Identify primary auxiliary views
XXV. Identify secondary auxiliary views
XXVI. Describe development drawings
XXVII. Recognize revolved and removed sections
XXVIII. Explain one/view and two/view drawings
XXIX. Interpret multiple detail drawings
XXX Describe surface texture
XXXI. Recognize surface texture symbols
XXXII. Recognize surface texture ratings
XXXIII. Explain control requirements
XXXIV. Explain the definitions
XXXV. Compare tolerancing methods
XXXVI. Define the dimension origin symbols
XXXVII. List dimension differences for inch fits
XXXVIII.Differentiate between the various types of fits
XXXIX. Classify threaded fasteners
XL Discuss threaded assemblies
XLI. Define thread pitch
XLII. Define right and left hand threads
XLIII. Recognize rectangular coordinate dimensioning without dimension lines
XLIV. Apply rectangular coordinate dimensioning in tabular form
XLV. Apply chain dimensioning
XLVI. Employ baseline dimensioning
XLVII. Recognize and interpret machining drawings.
XLVIII. Recognize and interpret sheet metal part prints.
XLIX. Recognize and interpret casting drawings and assembly drawings.
L Recognize and interpret gage drawings.
LI. Recognize and interpret welded assembly drawings.
LII. Recognize and interpret jig and machining fixture prints.
LIII. Recognize and interpret machined castings prints.
LIV. Recognize and interpret die prints.
LV. Explain form tolerances
LVI. Define straightness
LVII. Explain straightness controlling surface elements
LVIII. Recognize straightness of a feature of size
LIX. Define feature of size dimensions
LX Recognize and apply material condition symbols:
A. maximum material condition (mmc)
B. Regardless of feature size (rfs)
C. Least material condition (Imc)
LXI. Explain form tolerances
LXII. Define flatness
LXIII. Explain circularity of non-cylindrical parts
LXIV. Define cylindricity
TOPICAL OUTLINE:
I. Bases for Interpreting Drawings: Various Standard Conventions for Engineering Drawings.
II. Working Drawings: The Use of Working Drawings in the Manufacturing Facility.
III. Angles, Circular, and Cylindrical Features: Drawing Specifications of Angles, Circular, and Cylindrical Features.
IV. General Drawing Characteristics: Generic Attributes of Drawings.
V. Auxiliary Views: The Clarification of Engineering Drawings Using Auxiliary Views.
VI. Sectional Views: Types of Sectional Views.
VII. Tolerances and Allowances: Methods of Specifying Tolerances and Allowances.
VIII. Fits: Part to Part Fits.
IX. Threads: The Types of Threads as Specified in Engineering Drawings.
X Dimensioning: Alternate Forms of Dimensioning.
XI. Drawing Types: Engineering Drawings of Various Types.
XII. Modem Engineering Tolerancing: Geometric Dimensional Tolerancing.
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Red Rocks Community College |
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