I’ve found that the best way to learn 3d is to set yourself a project and learn only those tools or techniques required to complete that project. After you have completed about 6 – 10 small projects you will know about 60% of the software and it’s related concepts.

This website will teach you 3d through small projects designed to both show you the basics as well as allowing you to do quality 3d work at the same time. Please remember though that this site does not promise to teach you a particular software. There are enough manuals out there to help you cope once you have picked up the basics. Now for some gyaan.


Before you even start models you have to make a mental shift to 3d from 2d. You may think that is easy enough, but when starting work on 3d models, the first mistake that most people make is to model within one view. This is a common problem, and comes from you being used to 2d design packages. If you are not careful the model will look ok from one side and will be entirely messed up on the others. Then the first lesson really is to learn to constantly look at your model from all sides. You can either set up many views (front, back, top…) to do this or you can rotate the mesh to check it while you model.


To make the move from2d thinking to 3d thinking you first have to get used to that extra axis that will turn up in your work. Look at this illustration… If you hold a pencil to a sheet of paper as though you were sketching, you will see that the length and breadth of the sheet of paper form 2 axis. The pencil which is at 90 degrees angle from the sheet is the third axis. See?So you have…

  • Length = z
  • Breadth = x
  • Height = y

Different software refer to these axis differently. It doesn’t matter what LETTER you call it by, as long as you understand these 3 dimensions it applies to all 3d software. This will help you figure out the concept of views


3d ViewsIf you ever looked at a building blueprint and sketches then you already have a pretty good idea of views. Here are the different views of the letter T. The Orthographic view allows you to see the 3 dimensional view without distortion. The perspective view is the true 3d view. The others are from fixed sides. You need to switch views constantly when modeling in 3d to ensure that the model is consistent. After a while you will instinctively know which side you are looking at the model from.


NavigationTo view the model you will basically use three types of actions. These are the basic standard actions that are required to view the model in 3d space.

  • Rotating the view
  • Panning the view (Left to right or top to bottom)
  • Zooming in and out of the view

Use these in combination to the views and the axis and you have a complete understanding of how 3d environments operate.

One final detail that is interface related is how the mesh itself is viewed within the 3d modeling window. You may choose to view it as a wireframe, shaded view or textured views. Each view helps differently. You need the wiremesh view to manipulate individual mesh components. View ModeThe shaded view allows you to understand lighting and the volume created because of it. The textured view is the view of the model with it’s texturing completed. To understand the difference between shading and texturing… think of a painted terracotta pot. The inherent brown of the Terracotta is it’s Shading and the painted patterns is the texture in 3d parlance.


Now we begin with the actual building of 3d models. There are different types of mesh construction the primary two being:

  • Polygonal or Box Modeling
  • Spline based modeling

This website deals completely with Polygonal or Box modeling methods only. The difference between the two is that spline are built out of beizer curves like the ones you use in Illustrator or Coreldraw. Box modeling involves creating a polygonal box, subdividing it into smaller pieces and manipulating them until a desired mesh is formed.

To understand Polygonal modeling, let’s take a look at the component parts of a mesh or an OBJECT.

components of a mesh

An object is composed of 3 types of components.

  • The vertice
  • The Edge
  • The Face

The vertice is the smallest component while the edge is the line between 2 vertices and the face is made up of 3 or more of the lines linking together to form a face. While modeling you will manipulate vertices, edges and faces like clay to build what you have in mind. To do this 3d software offer a variety of tools such as extrusion, lathe, sweeping etc.

Extruding an Object

For example to extrude an object, you will first select a face and then extrude it in a certain direction to create a 3d object. This lampshade was entirely created through extrusions only.

Gsculpt Lampshade

Click here to download the Gsculpt lampshade file.


By now you are wondering how you could ever arrive at smooth organic shapes by something like box modeling. 3d software use a system called subdivided surfaces to break up a large polygon into many smaller faces to smooth out the faces that make up the mesh. Sometimes a single face may be replaced by hundreds of faces so that the edges of a model become smooth. Subdivision SUrfacesObviously this puts a strain on your computer. To avoid sluggishness, softwares always maintain the low-poly (low resolution) version of the model and replace the subdivisions just before it actually renders the finished picture.


There you go folks. These are the most basic concepts that you need to understand first to build a mesh (model). Of course this barely even scratches the surface, but the intent of this site is just to get you to actually start something in 3d. If it gets your fancy, you can always follow through with the trillions of tutorials available online.


  1. Nice starter tips šŸ™‚

  2. Vince

    Thank you for this great tutorial. You’ve condensed and clarified a mountain of information very nicely.

    I do have to disagree with your choice of coordinate lettering and the importance you attach to it though. I bring this up because my interest in 3d ties primarily to manufacturing. Virtually all CAD CAM and 3d printing technologies refer to X and Y as the base “2d” surface (length and width), reserving Z to designate height or depth above or below the base XY plane. While I agree that the lettering chosen is unimportant to the concept being relayed, if a student goes on to carer in manufacturing, deviating from the established standard will create an unnecessary obstacle, both to further learning and in communication with their peers.

  3. edvardsen

    Thanks for this article, exactly what I was looking for!

  4. Very well illustrated. Good work, keep it up.

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