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                      | 2021-2022 College Catalog [ARCHIVED CATALOG] 
 
   |  CAD 117 - Print Reading with CAD for Manufacturing   4 Credits, 6 Contact Hours3 lecture periods 3 lab periods
 
 Principles and concepts of print reading, technical freehand sketching, and CAD drawing. Includes common print and manufacturing terms, print fundamentals and standards, freehand sketching, CAD applications, and print analysis. Also includes an introduction to SolidWorks solid modeling and detail drawing production.
 
 
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 Course Learning Outcomes
 
 
	Define common print and manufacturing terms associated with print reading.Apply basic principles and standards to part and assembly drawings.Create freehand sketches for orthographic, section, and isometric views of parts.Communicate the fundamentals of the SolidWorks environment.Construct parametric part models and assemblies using SolidWorks. Outline:
 
 
	Common Print and Manufacturing Terms
	
		Print formatAlphabet of linesDecimal and metric unitsFabrication materialsBill of MaterialsTolerances and limitsBasic manufacturing processesPrint Fundamentals and Standards
	
		Machine process callouts on printsIntroduction to American National Standards Institute (ANSI), American Society of Mechanical Engineers (ASME), and International System of Units (SI) metric symbolsConventional drawing practicesDimensioning standardsGeometric Dimensioning and Tolerancing (GD&T), and datum referencingBasic layout principlesFreehand Sketching
	
		Nomenclature and use of lines including lineweights and typesSketching practicesOrthographic projections and minimum views required to adequately define partSection viewsAuxiliary viewsIsometric viewsStandard text practicesStandard dimensioning practicesUse of Bills of MaterialsDrawing notesProper annotation of drawing revisionsSolidWorks Environment and Introduction to Parametric Modeling
	
		SolidWorks screen layoutMouse buttonsCancelling commandsUnits setupViewing functions and toolsDesign treeParametric Part and Assembly Modeling Techniques
	
		Feature based parametric modelingModeling strategyCreating sketchesCreating geometric relationshipsApply dimensionsCreate base featureAdd extruded boss or cut featuresParent and child relationshipsIntroduce GD&T symbologyInsert parts into assemblyCreate mate relationships 
 Effective Term:
 Fall 2016
 
 
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