Complete Fusion 360 assembly course

Learn to build functional mechanical assemblies in Fusion 360 through a backhoe loader arm project, for users with basic modeling skills.

<h2>About this course</h2><h2></h2>In this course, you learn to build functional mechanical assemblies in Fusion 360 by assembling a backhoe loader arm from start to finish.The first and larger section follows that project step by step.You compare top-down and bottom-up assembly workflows, learn the difference between bodies and components, and import components into your assembly while keeping its structure organized.You then apply joints to control how parts move, working with revolute, cylindrical, and slider joints, adding multiple joints to a single component, and setting joint origins and rigid joints.With the joints in place, you finish the backhoe assembly and test it as a working mechanism.The second section moves into advanced assembly mates.You apply joint limits to restrict motion to a realistic range, and add planar, ball, and pin-slot joints for more complex movement.You also set up contact sets so components interact the way real mechanical parts do.Each section includes a practice exercise and a quiz to reinforce what you have learned.By the end, you can choose the right joint for each connection, control how far parts move, and build complete, working assemblies of your own designs.<h2>Who should take this course</h2>This course is for you if you already know basic modeling in Fusion 360 and want to learn assembly workflows in a practical way.It suits mechanical design students, CAD learners, product designers, and machine design beginners who need their parts to move correctly once assembled.It also fits anyone who wants to understand how mechanical parts connect, rotate, slide, and interact, and how to recreate that behavior accurately inside Fusion 360 using joints and contact sets.<h3>Pre-requisites</h3>You should be comfortable navigating Fusion 360, opening files, and working with sketches and solid models, and understand the difference between parts and components.No advanced assembly experience is required, though basic mechanical design awareness helps.