June 26, 2011
June 26, 2011
June 29, 2011
Design in Engineering Education
22.575.1 - 22.575.12
Industrial and Engineering Design CollaborationThe proposed paper will discuss ongoing collaboration between engineering and industrialdesign at the University of Illinois at Urbana-Champaign (UIUC). The aim of this collaborationis to promote better understanding of industrial design by engineering students and engineeringdesign by industrial design students. Two levels of interaction have marked this collaboration,early and advanced. At the early level, industrial design content has been included in anengineering design graphics course. This content includes a lecture given by a member of theindustrial design faculty and, in the lab portion of the course students participate in industrialdesign activities like identifying design opportunities and brainstorming.At the advanced level, in the spring semester GE 402/ARTD 445, Computer-Aided ProductRealization is offered. Engineering students enroll in GE 402, while industrial design studentstake ARTD 445. The two linked courses meet at the same time, but normally in separatelocations. Owing to a distance of more than a mile separating the two campuses, the participantsprefer to meet separately whenever possible. Video conferencing equipment on both campuses isused to link the classes. In the first half of the course students become familiar with digitalprototyping tools, both software and hardware. In the second half of the semester students workin multidisciplinary teams on a product design project. The project deliverable is a digitalprototype of the product.Most, but not all, engineering students are already familiar with the parametric modelingsoftware used in the course, Autodesk Inventor. On the industrial design side, students in pastsemesters have struggled to learn Autodesk Alias, a high end NURBS surface modeler, in asingle semester. In the spring 2011 semester a new Alias Design for Inventor plug-in will beused, allowing both groups to focus on Inventor.A digital prototyping curriculum developed over the years in GE 402 includes several contentsilos in addition to geometric modeling. These include reverse engineering, upfront analysis,visualization, and collaborative design. At the beginning of the semester students choose a digitalprototyping tool, hardware or software, to explore. They then demonstrate/present this tool to therest of the class at mid-semester. It is anticipated that this expertise will propagate and be used inthe product design project. Reverse engineering tools used in the course include a Dimension 3Dprinter, a NextEngine scanner, and a Microscribe portable CMM. Upfront analysis andsimulation tools include finite element analysis, kinematics, functional design, and sustainableproduct design software. Visualization tools include the Autodesk Showcase visualcommunication software, as well as a rendering and animation module within Inventor.Collaborative design tools include digital sketching with Autodesk SketchBook Pro and tabletPC’s, video conferencing equipment, HP Blade remote graphics workstations with collaborationcapability, and Autodesk Vault data management and collaboration software.
Leake, J. M., & Weightman, D. (2011, June), Engineering and Industrial Design Education Collaboration Paper presented at 2011 ASEE Annual Conference & Exposition, Vancouver, BC. 10.18260/1-2--17856
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