This training course Industrial Technical Drawing is aimed at students and professionals in engineering, industrial design and related fields seeking to acquire specialised technical skills in graphical representation. It is also ideal for those looking to update their knowledge of regulations and improve their skills in the accurate interpretation of plans.
Industrial Technical Drawing
Introduction
Objectives
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Mastering the representation systems in Technical Drawing.
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Apply general and specific rules in the representation of metal structures.
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Understanding and applying fittings and tolerances in technical drawings.
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Identify and classify different types of technical drawings and formal.
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Reading plans as a whole, providing precise annotations.
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Enforce regulations in the representation of elements, such as bolts and nuts.
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To develop practical skills in the hand-drawn sketches of parts.
Table of Contents
TEACHING UNIT 1. TECHNICAL DRAWING
1. Systems of representation
2. Representation criteria and standards
3. General drawing standards for steel structures
4. Perspectives and views
5. Lines, symbols and scales
6. European and American direction of rotation
7. Cuts, sections
8. Symmetry
TEACHING UNIT 2. ADJUSTMENTS AND TOLERANCE
1. Representation
2. Units
3. ISA system
4. Tolerances on shape and position
TEACHING UNIT 3. TYPES OF TECHNICAL AND FORMAL DRAWINGS
1. An Introduction to Drawing
2. Classification of drawings
3. Types of formats
4. Representation rules
TEACHING UNIT 4. INTERPRETING DRAWINGS
1. Note
2. Review of site plans
3. Types of lines used in drawing. Names and uses
4. The sketch
5. Scale
TEACHING UNIT 5. RULES OF REPRESENTATION
1. General rules
2. Tolerances
3. Base shaft system, base hole
4. Symbols and representation
5. Threaded components
6. Characteristics of manual skimming of workpieces
TEACHING UNIT 6. SYMBOLIC REPRESENTATION OF COMPONENTS: THREADS, SCREWS, SPRINGS, NUTS, ETC.
1. Symbolic representation of components: threads, screws, springs, nuts, etc.