Product Design & Manufacturing

Consumer Products

Digital Artist

Teacher

Mechanical Engineer

Industrial Designer

3D Printing

Additive Manufacturing

Product Design

Visualization

Design

Digital Prototyping

Prototyping

Modeling

Manufacturing and Product Design; Consumer Products

3D Artists & Animators; Visualization Designer; Trainer; Mechanical Engineer; Industrial Designer; 3D Printing; Product Design

All in all there are 6/7/8 major steps in4/5 sections Section 1: build the motor housing and handle part Section 2: build the front hand grip and dangerous saw end Section 3: build the transition Section 4: battery match Section 5: make solid, shell (3D print on the Fortus Machine at Pier 9) Steps: Concept Sketch at the Origin & Side Profile Layout 2D T-spline Loft to describe the major character line of the part Crease Un crease edges Bridge with crease on Bevel tool for sharp edge refinement Edit Form (this the sculpting part)there is a lot of this-no getting around it-here we’ll introduce Soft Modification. Flatten & Scale to Zero Zebra Analysis plus a 2nd Zebra with opacity to Zero (this is a visualize pro tip to avoid the reversed surface normal)

Design Develop Deploy: Digital Prototyping with Fusion 360

Hands-on Lab

Las Vegas

All in all there are 6/7/8 major steps in4/5 sections Section 1: build the motor housing and handle part Section 2: build the front hand g

Design Develop Deploy: Digital Prototyping with Fusion

Construction

Manufacturing Engineer

Project Execution

Manufacturing Processes

Sculpting

Computer-aided Manufacturing

Simulation & Analysis

Automation, Integration, & Customization

Computational Design

Customization

Subtractive Manufacturing

Software Development

Manufacturing and Product Design; Manufacturing Other

Industrial Designer; Mechanical Engineer; Manufacturing Engineer; Product Users; Product Design; Manufacturing; Project Execution

This class will follow the design workflow of a bicycle part (TBD) from concept design to finished good within Autodesk Fusion 360. The design is dynamically driven in parametric geometries allowing for rapid, realtime design change to easily alter any shapes, size, or data that may arise in custom fittings. This Fusion 360 class will be lead by a seasoned bicycle manufacturer, Aram Goganian of Predator Cycling, and Michael Sagan of Autodesk, a technical executive with a vast historical design knowledge of the cycling industry.

Framing the Future with Fusion 360: Cycling Product Design and Manufacturing

Instructional Demo

This class will follow the design workflow of a bicycle part (TBD) from concept design to finished good within Autodesk Fusion. The design is dynamically dr

Framing the Future with Fusion: Cycling Product Design and Manufacturing

Publishing

Collaboration

Business Management

4HKSqi6m9XQP5byDXtqvJ8-aad5LfvuXEt-uVhn4xMDoxOjBzMTt2bJ

Industrial Designer, Mechanical Electrical Plumbing (MEP) Engineer, Machinist; Product user; Generative Design; 3D Printing; Industry Innovations

Volkswagen’s type 20 Generative Design Journey

Industry Talk

-                                                 

AU Classes

Design Develop Deploy: Digital Prototyping with Fusion 360

Framing the Future with Fusion 360: Cycling Product Design and Manufacturing

Volkswagen’s type 20 Generative Design Journey