top of page

Practice

Welcome to my Practice page. Majority of these mini-projects are created on CATIA V5 but other CAD packages such as Inventor, Siemens NX, AutoCAD, Revit and Solidworks may be featured. 

3D Geometry Models
272118.PNG

3-Dimensional Geometry Models in Catia V5. 

(Posted on Intro Page)

​

Rectangular Prism - Rectangle Extrusion

Cylinder - Circle Extrusion

Sphere - Revolved Semi-sphere

Cone - Revolved Right Triangle

Torus - Revolved Circle along axis X distance away

Rectangular Pyramid - Surface Modeled Triangles

​

Approx Practice: 45 minutes

​

Car Surface Model
275218.PNG

Car Surface Model Using Catia V5

Practiced Cuts and Extrusions of model. Smoothed out car cabin and hollowed out top for Windows. Another enjoyable way to model complex and smooth shapes. 

​

Approx Practice: 30 min

Gasket Seal Model and Drawing
272018.PNG
274218.PNG

Gasket Model Using Catia V5

Sketched Concentric Circles, inside sketch circle, outside construction circle to Constrain outer holes.

Used an angled constrained to lock holes in place and sketched to connect the outer circles to main circle.

Used Hole Feature In centers of each curve.

Extruded whole sketch.

 

Approx Practice: 1.5 hours  

​

Bracket Design Assembly
274618.PNG
274818.PNG
274918.PNG
274718.PNG
275018.PNG

​

Bracket Piece

Designed using extrusions and offset planes.

Extruded Cylinder Piece and Rectangular Piece separately and connected each using an extrusion and a fillet to smooth it down.

Implemented three counter-bored holes for bracket shaft and screw holes.

​

Bracket Shaft

Extruded Cylinder for middle chunk and mirror extrusion for shaft ends.

​

Bracket Base

2 Part - Rectangular Extrusion

Holes to Fit Screw ends.

​

​

Bracket Screw Head (2x)

​

A universal screw piece imported from  McMaster-Carr.

Thread Size: 1/4"-20

1" length

​

Zinc Alloy Plated Steel material

​

Bracket Assembly​

​

Assembly of Bracket using all parts. Constrained using surface and insert constraints. 

​

Approx Practice: 1.5 hours

 

Revit Family Model and Inventor iLogic

​

Modeled a 3x3x2 box on top of a 4x4x5 box in both Revit Family Models and Inventor as a single part.

​

​

Learned key basics in Revit using Reference planes, align tools, and parameter changes.

​

​

The objective was to discover if Revit is sufficient enough to model furniture and utilities and add them to an existing building. And if not, which program does it better?

​

 

Turns out, one can create models in Inventor then export them to Revit building layouts. Creating models are much easier and twice as fast in Inventor compared to Revit family modeling. 

​

​

*Both Videos are playing in Realtime (not sped up)

Time to Learn: 1hr

bottom of page