Intro to SolidWorks

Objective: Add different fillet types to a model. Insert a library feature. 

Objective: Create revolved and sweep features. 

Objectives: 

• Creating an oblong cut

• Creating a linear pattern 

• Creating a circular pattern 

• Using an equation to drive the circular pattern

Objectives: 

• Creating an oblong cut

• Creating a linear pattern 

• Creating a circular pattern 

• Using an equation to drive the circular pattern

Objectives: 

• Creating planes 

• Sketching, copying, and pasting the profiles 

• Creating a solid by connecting the profiles (lofting) 

• Adding a flex feature to bend the model 

Objectives: 

• Creating planes 

• Sketching, copying, and pasting the profiles 

• Creating a solid by connecting the profiles (lofting) 

• Adding a flex feature to bend the model 

Objectives: 

• Start a sketch for a part. 

• Sketch a rectangle and a circle. 

• Save the sketch. 

• Dimension the sketch. 

• Extrude the sketch. 

• Change the view of an extruded part. 

Objectives: 

• Start a sketch for a part. 

• Sketch a rectangle and a circle. 

• Save the sketch. 

• Dimension the sketch. 

• Extrude the sketch. 

• Change the view of an extruded part. 

I kept my mouse gestures the same as the tutorial because it had almost everything I needed. I kept the same number of tabs because too many tabs would be very complicated and some may be wrongly selected at times. I kept the positions of the specific tasks because I felt like they were in sutiable positions for how much I used them. Overall, I felt no need to change the mouse gestures that I had from the tutorial for this product because it had the main ones I needed. I would possibly change them in the future to account for different needs while making different parts. I like the ability to change them if needed and it is pretty simple to do so. 

Objectives: 

• Sketching relative to coordinate systems 

• Dimensioning in 3D space

• Mirroring features

Objectives: 

• Sketching relative to coordinate systems 

• Dimensioning in 3D space

• Mirroring features