NSF ITEST Grant Partners / Oakland Schools

OAKLAND PRESS

Schools expand virtual design, manufacturing training

Tuesday, April 7, 2009

From staff reports

AUBURN HILLS — Dassault Systèmes, a world leader in 3D and Product Lifecycle Management (PLM) solutions, has announced that it provided an additional 400 seats of its PLM software to Oakland Schools through an academic partnership program.

This relationship with the intermediate school district, which began in 2002, provided Oakland County’s 28 school districts access to CATIA, a top virtual product design solution, as well as its digital manufacturing software counterpart DELMIA. Instructors at each of the 23 facilities taking advantage of the program have been trained in the software.

“The goal of this program is to fill the gap between education and industry by exposing students to the same high-tech tools employed by the leading aerospace, medical, consumer product, and automotive companies of the world,” says Bill Williams, Oakland Schools’ Career Focused Education consultant. “For example, more than 80 percent of new vehicles launched today are designed in CATIA, making training in this software a must for any would-be automotive engineer. We encourage every high school to take advantage of this offering and make 3D virtual design and digital manufacturing courses available to all of their students.”

Williams notes that manufacturing offers excellent career opportunities with typical wages and benefits being about 25 percent higher than other occupations. The other benefit is the anticipated growth in the application of digital manufacturing.

“We commend Mr. Williams and Oakland Schools for their efforts in this area,” says Roy Smolky, DELMIA Worldwide Academic Relations, Dassault Systèmes. “We believe programs like this are vital in helping not only Oakland County, but the U.S. in maintaining its role as the world's technology leader.”

The Dassault Systèmes solutions available through Oakland Schools are used to educate students in virtual product development where all product design and manufacturing processes are created, simulated and optimized in a virtual 3D computer environment, prior to being built in the real world. Companies using these technologies shorten development cycles and reduce production errors.

“We know from experience that students who are trained in these sophisticated tools are better prepared to enter university level programs, as well as the workforce,” adds Vickie L. Markavitch, superintendent, Oakland Schools. “It’s crucial that we tap students’ interest early on, encouraging them to acquire appropriate skill sets and pursue available careers in science and manufacturing.”