Engagement in Engineering
A couple of weeks ago I wrote about a mild dispute in the local newspaper between two of my faculty friends about whether engineering is indeed a discipline that serves people. I think that the answer ended up as a resounding "yes", but that engineering sometimes hides its human side under a barrel. Browsing through some recent notes, I came across two items that make the case clear.
First, a notice from the engineering web site at Purdue University celebrating the selection by Campus Compact of William Oakes, associate professor of engineering education and co-director of Engineering Projects in Community Service (EPICS) at Purdue, as the recipient of the 2006 Thomas Ehrlich Faculty Award for Service-Learning. To quote from the web site,
Oakes was chosen for his effective use of service-learning, which integrates community service with classroom work, as well as for expanding the use of service-learning domestically and internationally by pioneering model programs and publishing guiding literature.
Oakes describes service-learning as his "passion." He co-founded the national EPICS program, which offers a sustainable and adaptable teaching model that has been adopted by 17 universities across the United States and abroad. At Purdue, the EPICS program consists of 80 different projects running concurrently that may last as long as ten years. Projects may be aimed at improving water purity, technology education, playground safety, or myriad other community uses of engineering and technology. Oakes is co-author of a recent textbook titled Service-Learning: Engineering in Your Community (Great Lakes Press, 2006), as well as author of an online resource, Service-Learning in Engineering: A Resource Guidebook (Campus Compact, 2004).
I was at the Campus Compact meeting in Chicago where the award was conferred, and what pleased me most was the clear evidence that an engineer could get tenure at a top-ranked, hard-nosed engineering school largely on the basis of engaged teaching. Of course, Oakes's work is innovative and world-class; but that's how teaching—just like research—should be evaluated in any case.
Second, an item last week from our local African-American newspaper, the Minnesota Spokesman-Recorder, entitled U program exposes Black girls to science and engineering. According to the article,
Last month, in honor of Black History Month and National Engineers Week (February 18-24), the University of Minnesota’s Academic Programs for Excellence in Engineering and Science (APEXES) hosted 60 girls from the Minneapolis Afrocentric charter school Harvest Prep Academy.
“The purpose of the visit is to expose students to different fields of engineering and sciences through hands-on projects,” APEXES Outreach Associate Richard Pollard explained. “By exposing children to science and engineering at younger ages, we have more time to equip them for academic excellence in math and science, which in turn will prepare them to compete at a higher level in college and beyond.”
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APEXES is a program in the U’s Institute of Technology that encourages academic excellence in engineering, physical sciences, and mathematics. The program focuses on students of color and women, and works to increase the number of students from underrepresented populations who earn degrees in these disciplines.
Given the shortage of both women and African-American students in engineering and the physical sciences, a program like APEXES is enormously valuable.