Project Due: November 6, 11:59 pm Week 1 // Selection Due: Oct 2 3, 11:59 p m Assignment Description: We are going to reverse engineer an existing object via 3D modeling. In other words, we will each be creating a Rhino model of an existing object. Your first task: select an object that is is complex or made from multiple parts. “mechanical’ objects are excellent for the reason that they are inherently made up of several components that make up the assembly. For example: An ipod or Mp3 players, which have no moving parts are not the best choices. CD players, sink faucets, door hinges, clock mechanisms, and ski bindings are better because they contain moving parts that interact with each other. Assignment Requirements: 1.) Select THREE objects (you will be choosing one, it is better to have several options in the beginning) ***Selection Guidelines: a.) Device must be "dissectible". You have to be able to take it apart. b.) Both external and internal parts must ...
Assignment: BLOG POST: REVERSE ENGINEERED OBJECT: HD Renders and Exploded View Assigned: Oct 31 Due: Sunday , Nov 6 @ 11:59pm (Midnight!) Assignment Description: After completing the manual digitization of our objects, we will use Rhino's 3D Rendering Engine to create high-resolution, photo realistic images of our objects. In addition, we will create exploded views of our objects to show the entire assembly of parts. Assignment Requirements: 1.) Complete the model of your object and its components. 2.) Create layers for the various materials of your object assembly , or assign materials manually. 3.) Add lights to the scene, or use one of the "skylight" options in Render Properties. 4.) Render at least four (4) "assembled" views of your object with the following rendering settings: - 1200 x 1200 pixels (or greater) - Quality = HIGH or FINAL 5.) Render at least one exploded view of your object that shows all of its components (with the same settings as...
Assignment: Exercise: Using this reference image , draw these shapes in Rhino. Remember to keep the 'project' and 'osnap' features on. Use the 'text' command to note the various ways of approaching one shape, create iterations (copies) of each piece of work as you get stuck and start again, or if you find multiple ways to do the same thing. Journal: As always, take screenshots of work throughout, and let us know in your blog posts what you learned / what you found challenging. Due: Email link to your posts by 8am Monday Sept 26.
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