Title :
A first course in engineering design combining just-in-time CAD instruction within a horizontally integrated design project
Author :
Friess, Wilhelm Alexander
Author_Institution :
Brunswick Eng. Program, Univ. of Maine, Brunswick, ME, USA
Abstract :
First year design courses in the Mechanical Engineering Curriculum typically intend to familiarize students with the use of a CAD software package in preparation for future design or CAE coursework. Learning outcomes of these introductory courses often focus on the mechanics of generating the models using the software of choice. While most students find CAD modeling interesting, the focus on learning the software, as imparted in these traditional first or second semester CAD courses, often does not allow experiencing the role of the software tools within the design process, becoming an exercise in modeling rather than design. At the University of Maine\´s Brunswick Engineering Program (BEP), an engineering studio course has been developed that shifts the focus from learning the software mechanics to learning and experiencing the engineering design process; CAD software skills are conveyed "in passing", with just-in-time instruction to support students in completing the design portion of a common integrated project. Survey results after two iterations of the course indicate high levels of perceived learning and student satisfaction. This is supported by the formative and summative course assessment, and initial results of a post-test Purdue Spatial Visualization Test - Rotations.
Keywords :
CAD; computer aided instruction; educational courses; software tools; BEP; CAE coursework; University of Maine Brunswick Engineering Program; engineering design process; engineering studio course; first year design courses; formative course assessment; formative purdue spatial visualization test-rotations; horizontally integrated design project; in passing; introductory courses; just-in-time CAD instruction; mechanical engineering curriculum; software learning; software package; software skills; software tools; student satisfaction; summative course assessment; Assembly; Context; Design automation; Education; Software; Solid modeling; Tutorials; CAD; Computer aided design; design; engineering design graphics; project based learning;
Conference_Titel :
Frontiers in Education Conference (FIE), 2014 IEEE
DOI :
10.1109/FIE.2014.7044135