(Correspondence / Self-Study)

Introduction to Draughting & CAD Draughting in Bricscad


Course Duration: 12 Months
Time: Self-Study on your own time

The Bricscad Correspondence course will enable students to create a basic 2D drawing. Even at this fundamental level, Bricscad is one of the most sophisticated computer applications that you are likely to encounter. Part 1 covers the indispensable core topics for working with Bricscad. The teaching strategy is to start with a few basic tools that allow the student to create and edit a simple drawing. Part 2 continues with more sophisticated techniques that extend your mastery of the program.

  • Understanding the Bricscad workspace and user interface
  • Draft basic drawings, objects and layers
  • Organising drawing objects on layers
  • Inserting reusable symbols ( blocks )
  • Prepare layouts and plots
  • Add text, hatching and dimensions
  • Using more advanced editing and construction techniques
  • Creating local and global blocks
  • Set up layers, styles and templates

Prerequisites:

  • A working knowledge of basic design/drafting procedures and terminology
  • A working knowledge of Windows / Word Processor.
Includes:
Bricscad Textbook - 2D Manual
Bricscad Workbook
Bricscad Study Schedule
Bricscad Interactive Learning CD
Bricscad Academic Software
Draughting Course
Drawing Kit
 
NB: Certificate to be issued on completion of course.

Basic Principles of Engineering Drawing

  • Introduction
  • The History of Engineering Drawing
  • What is Engineering Drawing?
  • Engineering Drawing as a means of communication
  • Important functions of Engineering Drawing
  • The uses of Engineering Drawing
  • The purpose of Engineering Drawing as a subject
  • The drawing office
  • Drawing equipment and instruments
  • Drawing paper sizes
  • The application of drawing instruments
  • The alphabet of Engineering Drawing
  • Printing letters and figures
  • Examples of vertical capital letters and figures
  • Dimensions

Free hand drawing

  • Introduction
  • Instruments used for freehand drawing
  • Aspects of freehand drawing
  • Freehand drawing of complex shapes
  • Drawing horizontal lines
  • Drawing vertical lines
  • Drawing diagonal lines
  • Freehand drawing of circles and arcs
  • Freehand drawing using square-grid paper
  • Geometrical

Geometrical Constructions

  • Introduction
  • Instrument requirements
  • Construction to bisect a straight-line segment
  • Construction to bisect a 45° angle
  • Construction of a 60° angle
  • Construction to bisect a 60° angle
  • Construction to bisect a 30° angle
  • Construction of a 75° angle
  • Construction of a perpendicular line from a given point on a line
  • Construction of a perpendicular line from a given point outside a given line
  • Construction of a perpendicular line at the end of a given line segment
  • Construction of a parallel to another line at a given distance
  • Dividing a given line segment into any number of equal parts
  • Construction of an arc of a circle to lines forming a right angle
  • Construction of an arc of a circle to lines forming an acute angle
  • Construction of an arc of a circle to lines forming an obtuse angle
  • Construction of an arc of a circle to a line and an arc or circle
  • Construction of an arc of a circle to two arcs or circles
  • Drawing a circle to pass through any points A, B and C
  • Construction of an equilateral triangle
  • Construction of a square: the inscribed-circle method
  • Construction of a square: the circumscribed-circle method
  • Construction of a hexagon: the across flats method
  • Construction of a hexagon: the across-corners method
  • Construction of a octagon: the across flats method
  • Construction of a octagon: the across-corners method
  • Construction of an ellipse

First-angle Orthographic Projection

  • Introduction
  • Visualisation
  • What makes an orthographic view?
  • Principles of first-angle orthographic projection
  • Projection system symbol for first-angle orthographic projection
  • Projection methods for first-angle for first-angle orthographic projection
  • Reading an engineering drawing
  • Setting up an orthographic projection drawing

Introduction & Installation

  • Using CAD Commands
  • Compare Bricscad to manual draughting
  • Drawing to scale
  • Organizing Information
  • Drawing efficiently
  • Online Help
  • Installation

Bricscad Interface

  • Understanding the Interface
  • Customising the interface

Drawing in Bricscad

  • Absolute Rules
  • Drawing a line
  • Using the Zoom Commands
  • Using the Object Snaps
 
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