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'Redshirt' Programs Could Help Generate More Engineers

One extra year to prep for undergrad degree could make a big difference for some students

2 min read
'Redshirt' Programs Could Help Generate More Engineers

If the United States is to produce more engineering grads, universities will need to adopt creative approaches to recruit and retain students in engineering programs.

Here’s one some universities are taking: adopting the ‘redshirt’ strategy common in college athletics and kindergarten. Redshirting means delaying participation to increase readiness. Applied to engineering programs, the idea is to give high school students extra time to prepare for an engineering degree.

The University of Colorado at Boulder’s engineering school spearheaded the academic redshirting concept with its GoldShirt program in 2009. The five-year curriculum allows high school students to spend the first year catching up on math, science, and humanities courses before tackling undergraduate engineering courses. The university reports that its first redshirt engineer will graduate summa cum laude this fall after 4.5 years. The program’s retention rate is similar to that of the engineering school’s other programs.

Following Colorado's lead, the University of Washington and Washington State University to collaboratively launch a redshirt program that will start this fall. The program, which is funded by a five-year National Science Foundation grant aimed to increase engineering and computer science retention rates, targets low-income students from under-served high schools.

From Inside Higher Ed:

Part of the problem for low-income engineering majors, Riskin said [Eve Riskin is associate dean of engineering at the University of Washington], is that “[i]f you’re at an underserved high school, there’s a lot of focus on helping the kids graduate … you can get all As [at an underserved school] and then you come here and you’re in for a big shock.”

The schools say that redshirt programs will promote diversity, and should help recruit motivated students who have the right stuff for engineering, but just need a stronger footing to start.

One of the biggest challenges that science, technology, engineering and math fields face is retaining students past the first two years. And one of the top reasons STEM students give for dropping out or switching majors is difficulty with math in introductory courses. An extra year to prep and catch up could be just what they need.

PHOTO: Washington State University

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Asad Madni and the Life-Saving Sensor

His pivot from defense helped a tiny tuning-fork prevent SUV rollovers and plane crashes

11 min read
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Asad Madni and the Life-Saving Sensor

In 1992, Asad M. Madni sat at the helm of BEI Sensors and Controls, overseeing a product line that included a variety of sensor and inertial-navigation devices, but its customers were less varied—mainly, the aerospace and defense electronics industries.

And he had a problem.

The Cold War had ended, crashing the U.S. defense industry. And business wasn’t going to come back anytime soon. BEI needed to identify and capture new customers—and quickly.

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