AutoCAD 3D Course Mussafah

AutoCAD 3D Course Mussafah

Best AutoCad (2D- 3D) Course in Mussafah

HighQ Training Center is designed to provide delegates with the basic AutoCAD 2D  commands and computer-aided-drafting concepts to draw, design, and draft. Emphasis placed on efficient and accurate drawing techniques incorporating the features, commands, and techniques for creating, editing, and printing 2D production drawings. AutoCAD 2D mussafah is Computer Aided Design software, a general-purpose Computer Aided Design and Drafting (CAD) program that can used to create all kinds of line drawings.

About AutoCad

AutoCAD ® is computer-aided design software used in many industries, engineering, architecture, planning, inter design, and drafting. Architects and drafters use AutoCAD ® software to design and draw site plans for buildings and other structures. Mechanical engineers and product designers employ AutoCAD ® when creating designs and models for specific products. The software is used by engineers and manufacturers for product and service design and development in a wide range of industries, including aerospace, automobile, transportation, electrical, telecommunications and utilities.

Our Computer Aided Design and Drafting Certificate program gives you a theoretical and hands-on introduction to AutoCAD, 3ds Max and Revit software so you can master 2D drawings, place diagrams into 3D perspective, create animations of your drawings and use building information modelling software.

No specific job experience is necessary to learn how to use AutoCAD ®. Individuals seeking AutoCAD ® training are typically involved in civil engineering, mechanical engineering, drafting, product design, manufacturing, architecture or construction.

Course Outline:

3D FOUNDATIONS

  • Purpose of using 3d.
  • Type of 3d models.
  • Basic viewing in 3d.
  • 3d coordinates system.
  • UCS • Navigating
  • Walking around
  • Using the view cube
  • Viewing in 3d.
  • Visual styles.
  • 3d orbit.

PREDEFINED 3D SURFACES

  • Converting 2d into 3d using thickness.
  • Changing elevations.
  • Basic 3d concepts.
  • Flat 3d face.
  • Predefined 3d surfaces: box, wedge, pyramid, cone, sphere, dome, dish, and torus.

NON DEFINED 3D SURFACES

  • Tabulated surfaces.
  • Revolved surfaces.
  • Edge surfaces.
  • Ruled surfaces.

PREDEFINED 3D SOLIDS

  • Solid modeling
  • Box
  • Wedge
  • Pyramid
  • Cone
  • Sphere
  • Torus
  • Cylinder.
  • Composite solids: Boolean operations: union, subtract, intersect

NON DEFINED 3D SOLIDS

  • Creating solids from 2d objects:
  • Extrude, Extrude path
  • Press Pull
  • Polysolid
  • Revolve
  • Sweep
  • Slice
  • Section.
  • Constructing a hut using solids.

MODIFYING IN 3D SPACE

  • Aligning objects in 3d.
  • Mirroring in 3d.
  • Filleting and chamfering in 3d.
  • Rotating and arraying in 3d.
  • Solid editing.
  • Section plane: extracting 2d sections and elevations
  • Solid profiles.

ADVANCED EDITING IN 3D SPACE

  •  Solid editing(face, edge…)
  • Shell.
  • Imprint.
  • Check.

RENDERING

  • Lighting, cameras, background, and materials.
  • Rendering
  • Layout and presentation.

Enquire About the Course