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Drawing that used to define the requirements for engineering components is termed as engineering design. Main purpose of engineering design is to express all the geometric features of a product, by which a manufacturer can produce the required item. Graphics language and word language are the two main elements of engineering drawing. Graphics language describes the shape of an object and word language describes the size, specification and location of an object.

Engineering design is a graphical language that transmits ideas from one mind to another. Engineering design includes the series of projection for showing different angles of items. Graphical representation of 3D objects on 2D media can be done by projection. Line of sight and plane of projection are the main variables of projection. An imaginary ray of light between an object and an observer eye is termed as line of sight. It is of two types: parallel projection and perspective projection. An imaginary flat plane by which image is created is termed as plane of projection. Projection that involved in the engineering design is as follows:

Orthographic projection
Auxiliary projection
Isometric projection

Main engineering drawing tools are drawing board and drawing sheet, drafting, eraser, sharpener, T square, Set squares, Scales, compass, divider and drafting tape. Nowadays, engineering drawing is also possible with the help of computers. For e.g. ,CAD.

An engineering drawing, a type of technical drawing, is used to fully and clearly define requirements for engineered items. Engineering drawing (the activity) produces engineering drawings (the documents). More than merely the drawing of pictures, it is also a language—a graphical language that communicates ideas and information from one mind to another. Most especially, it communicates all needed information from the engineer who designed a part to the workers who will make it.

Engineering drawing and artistic drawing are both types of drawing, and either may be called simply "drawing" when the context is implicit. Engineering drawing shares some traits with artistic drawing in that both create pictures. But whereas the purpose of artistic drawing is to convey emotion or artistic sensitivity in some way (subjective impressions), the purpose of engineering drawing is to convey information (objective facts).One of the corollaries that follows from this fact is that, whereas anyone can appreciate artistic drawing (even if each viewer has his own unique appreciation), engineering drawing requires some training to understand (like any language); but there is also a high degree of objective commonality in the interpretation (also like other languages)

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Topics for Interpreting Engineering Drawings :

  • Sketching, Dimensioning, Materials for sketching, Sketching techniques, Arrangement of views, Basic types of dimensions, 2D sketch from a workpiece , isometric view, dimension a sketchSymbols, Additional workpiece features, Fasteners
  • Assembly drawings, Angles shown on drawings, Oblique surfaces, Surface finish symbol, Dimensioning symbols, Revisions, Break lines, Chamfers, Undercuts, Tapers, Knurls, Threaded fasteners , Non threaded fasteners , Parts of an assembly, Bill of materials, Interpret assembly drawings., Sectional views, auxiliary views, Tolerancing, Fits, Types of sectional views, Types of auxiliary views, Methods of tolerancing
  • Imperial fits, metric fits, Datums, Feature control frames, Form tolerances, Orientation tolerances, Location tolerances, Run out tolerances, Three plane concept, Identifying datums, Symbols in a feature control frame, Tolerances in a feature control frame, Modifiers in a feature control frame, Datum references in a feature control frame, Types of form tolerances, Application of form tolerances
  • Types of orientation tolerances, Application of orientation tolerances, Types of location tolerances, Application of location tolerances, Types of run out tolerances, Application of run out tolerances, Interpret form, Interpret orientation, BS 8888, Projections , first angle, third angle, Part angle, assembling drawings, component drawings, Line types, Symbols, Abbreviations, Drawing conventions, Working from data points

Complex topics covered by Interpreting Engineering Drawings Assignment Online experts :

  • Principles of a view, first angle and third angle projection,Types of line and their uses. Scaling. Dimensioning,Standard conventional representations,Auxiliary views, sections and sectional views, assembly drawings,Pictorial views and isometric projection.
  • Screws and screw threads,Bearings, properties and choice of materials,Fundamentals of computer-aided drawing and design,Application,Practical experience in the use of current software.


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