Machinery Drawing

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Machinery Technologies Field Machinery Technical Drawing (64 Hours)

WEEK/ HOURS		SUBJECT	SYLLABUS	DESCRIPTIONS
	4	1. BASIC GEOMETRIC DRAWINGS	1. WRITINGS AND FIGURES 1.1. The Place, Importance, and Definition of Technical Drawing in Industry 1.2. Drawing Tools and Materials 1.2.1. Drawing Boards and Tables 1.2.2. Rulers 1.2.3. Templates 1.2.4. Compasses 1.2.5. Pencils 1.2.6. Erasers 1.2.7. Drawing Papers 1.3. Text and Numbers. 1.3.1. Characteristics of Texts Used in Technical Drawing 1.3.2. Font Sizes 1.3.3. Font Types 1.4. Lines and Types 1.4.1. Line Types 1.4.2. Line Dimensions 1.4.3. Drawing Lines 1.4.4. Usages of Lines 1.5. Geometric Drawings Related to Lines 1.5.1. Drawing Parallel Lines 1.5.2. Drawing Perpendicular Lines 1.5.3. Dividing the Line into Equal Parts
	4		2. LINES, CIRCLES, AND PLANES
	4		2.1. Geometric Drawings of Angles 2.1.1. Drawing Angles 2.1.2. Drawing an Angle Equal to the Given Angle 2.1.3. Dividing an Angle in Half 2.1.4. Dividing a 90-degree Angle into Three 2.2. Drawing of Polygons. 2.2.1. Triangle Drawings 2.2.2. Rectangle Drawings 2.2.3. Pentagon Drawing 2.2.4. Hexagon Drawing 2.2.5. Hexagon Drawing 2.2.6. Octagon Drawing 2.2.7. Polygon Drawing with General Method
	4	2. APPEARANCE EXTRACTION	1. EXTRACTING APPEARANCE 1.1. Definition and Classification of the Concept of Projection 1.1.1. Projection Types 1.1.2. Conjugate Vertical Projection Method 1.2. Definition and Types of Projection Planes 1.2.1. Projections of the Point 1.2.2. Projections of the Line 1.2.3. Projections of the Plane 1.2.4. Projections of the Object
	4		1.3. Description of Appearance 1.3.1. Projection Planes and Regions 1.4. Types of Appearance 1.5. Rules for Extracting Appearances 1.6. Parts Expressed by a Single (One) Appearance 1.7. Parts Expressed in Two Appearances 1.8. Parts Expressed in Three Appearances 1.9. Common-Looking Parts
	4		1.10. Perspective Pictures and Model 1.11. Missing Appearances 1.11.1. The Concept of Incomplete Appearance 1.11.2. Complementing Missing Appearance s by Receiving View Line directions
	4		1.12. Parts where Auxiliary Appearances are Needed 1.12.1. Drawing Auxiliary Appearances with Auxiliary Projection Method 1.12.2. Drawing Auxiliary Appearances with the Tilt Method 1.12.3. Drawing Auxiliary Appearances with the Rotation Method
	4	3. SECTIONAL VIEW	1. SECTIONAL VIEW 1.1. Definition of the Concept of Sectioning 1.1.1. Basic Section Elements 1.2. Section View Types 2.2.1. Full Section 2.2.2. Half Section 1.2.3. Partial Section 2.3. Sectioning Rules

4	4. SPECIAL APPEARANCES	1. SPECIAL APPEARANCES 1.2. Views of Symmetrical Parts 1.3. Cut Out Views of Long Pieces 1.4. Rotated In-Place Views 1.5. Detailed (Supplementary Description) Appearances 1.6. Appearance Showing Processing, Working Together (Adjacent), Environment, and Movement of Parts
4	5. DIMENSIONING, SURFACE TREATMENTS, AND TOLERANCES	1. MEASURING THE DRAWN IMAGE 1.1. Importance and Necessity of Measurement 1.2. Measurement Rules 1.3. Dimension Elements 1.3.1. Dimension Lines 1.3.2. Dimension Connection Lines 1.3.3. Limitation of Dimension Lines 1.3.4. Arrow Drawing Rules in Technical Drawing 1.3.5. Dimension Figures 1.3.6. Guidelines (TS 88 - 22 November 2000) 1.3.7. Marking 1.4. Dimensioning Systems 1.4.1. Measurement of the Function (Task) 1.4.2. Measurement of Production 1.4.3. Measurement of Control 1.4.4. Dimensioning Types
4	5. DIMENSIONING, SURFACE TREATMENTS, AND TOLERANCES	1.5. Editing the Dimension 1.5.1. Dimensioning According to Geometric Elements That Make up the Part 1.6. Placing the Dimensions 1.6.1. Part Manufacturing Drawings 1.6.2. Assembly Drawings 1.6.3. In Similar Parts 1.6.4. Measuring the Thickness of Parts 1.6.5. Dimensioning of Various Elements 1.6.6. Special Dimensions 1.7. Scales 1.7.1. Introduction and Importance 1.7.2. Scale Types
4		2. DRAWING SURFACE TREATMENT SIGNS 2.1. Surface Roughness 2.1.1. Definitions 2.1.2. Surface Quality 2.2 Introduction, Necessity, and Importance of Surface Treatment Marks 2.2.1. Types of Sign (Symbol) 2.2.2. Display of Surface Conditions (TS 2040/February 1999) 2.2.3. Indication of Surface Roughness 2.2.4. Manufacturing Method Specifications 2.2.5. Principal Length and Waviness Specifications 2.2.6. Display of Properties of Surface Structures 2.2.7. Display of Processing Shares 2.2.8. Indication of Other Roughness 2.3. Surface Treatment Marks on the Image 2.3.1. Dimensions of Graphic Symbols 2.3.2. Examples 2.4. Surface Quality by Manufacturing Methods
4		3. TOLERANCES 3.1. Definition and Importance of Tolerance 3.2. Classification of Tolerances 3.2.1. Size Tolerances (TS 1845, TS 450, TS 1980, TS 1506) 3.2.2. Shape and Position Tolerances (TS 1304, TS 1498), ISO 1101 3.3. Reasons for Tolerance 3.3.1. Errors of Machinery and Tools in Manufacturing 3.3.2. Measuring Instruments Errors 3.3.3. Heat and Light Errors 3.3.4. Personal Errors 3.4. General Concepts of Tolerance 3.5. Reading Tolerance Charts 3.6. Showing Tolerances on Picture

4	6. PERSPECTIVE AND MANUFACTURING IMAGE	1. DRAWING PERSPECTIVE IMAGE 1.1. Definition and Importance of Perspective Painting 1.2. Types of Perspective Painting 1.2.1 Axonometric Perspective 1.2.1.1. Isometric Perspective 1.2.1.2. Isometric Perspective Drawing Rules 1.2.1.3. Dimetric Perspective 1.2.1.4. Dimetric Perspective Painting Drawing Rules
4		1.2.2. Oblique Perspective 1.2.2.1. Cavalier Perspective 1.2.2.2. Cabinet Perspective. 1.2.2.3. Cavalier and Cabinet Perspective Drawing Rules 1.2.2.4. Bird's Eye (Planometric) Perspective 1.2.3. Central (Conical) Perspective 1.2.3.1. One-Point Conical Perspective 2.2.3.2 Two-Point Conical Perspective 1.2.3.3. Three-Point Conical Perspective
4		3. DRAWING MANUFACTURING IMAGES 3.1. Definition and Importance of Manufacturing Drawing 3.2. Features Required in the Manufacturing Drawing 3.2.1. Appearances 3.2.2. Sections 3.2.3. Dimensions and Tolerances 3.2.4. Surface Quality 3.2.5. Additional Explanations 3.3. Preparation and Filling of the Manufacturing Drawing Letterhead
	MEASUREMENT AND EVALUATION

(This program has been prepared by KCCVTC and includes a 2-month training to organize an 8-hour course each WEEK.
It is aimed to train for business life in order to be able to read technical drawings and use measuring tools.)

+90 332 221 0 221

Machinery Drawing

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