(10) Ten 2D Drawings To Master 2D Sketching In Fusion 360

Gain mastery of 2D Sketching and Sketch Constraints in Fusion 360!

What you'll learn
In this course students will gain understanding of 2d sketching and mastery of various sketch constraints in Fusion 360.
Requirements
This course is intended for students and professionals who are absolute beginners. For those who has experience in parametric CAD modeling packages you will be amazed with the fun challenges, tips and tricks that we are going to share.
Description
All 3D Parametric modeling packages requires a great deal of 2D sketching and sketch constraints.In this Fusion 360 course:• You will gain understanding of 2D Sketching.•  Mastery of Sketch Constraints.•  Follow along with highly detailed light to moderate instruction.•  Course Exercise Files included in every lecture to assist you in starting out where you ended.• Be able to level up to assembly and free-form modeling with high confidence that you have mastered the very fundamentals of part creation.Why master 2D sketching?In the context of CAD, all 3D parametric objects usually starts out as 2D sketches.When creating technical drawings your 2D sketches ends up very similar to your final drawings. 2D sketches holds the very foundation of your 3D model and 2D drawings.Why master sketch constraints?Constraints are the tools that binds and reinforces your sketched geometry.In a typical machine, constraints are like the nuts and bolts the holds the assembly together.Without constraints all of our sketched geometries are loose and unstable.By the end of this course, you will have a solid foundation on 2D sketching and mastery of sketch contraints in Fusion 360.

Overview

Section 1: Introduction

Lecture 1 Course Overview

Section 2: Connecting Plate

Lecture 2 Sketching the slot

Lecture 3 The line-arc tool

Section 3: Base Triangle

Lecture 4 Modeling the base triangle

Section 4: Clutch Pad

Lecture 5 Sketching the clutch pad

Section 5: Shaft Connector

Lecture 6 Sketching half of the cylinder

Lecture 7 Revolving the sketch profile

Section 6: Latch Plate

Lecture 8 Sketching the inner profile

Lecture 9 Sketching the outer details

Section 7: Geneva Wheel

Lecture 10 Sketching the key slot

Lecture 11 Creating the circular sketch pattern

Section 8: Connecting Clamp

Lecture 12 Modeling the connecting clamp

Section 9: Rocker Arm

Lecture 13 Sketching the polygon and circles

Lecture 14 Connecting the arcs

Section 10: Pipe Ring

Lecture 15 Creating the pipe ring

Section 11: Plate Pan

Lecture 16 Sketching the ribs

Lecture 17 Completing half of the sketch

Lecture 18 Extruding the sketches

Section 12: Bonus Section

Lecture 19 Sketching the wheel

Lecture 20 Applying circular pattern

Lecture 21 Extruding the profiles

Section 13: Conclusion

Lecture 22 Next Steps

This course is for beginners and intermediate users. A high degree of interest and desire to learn computer aided design will be highly appreciated.