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hope begins here - College of Engineering - Oregon State University

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Continuing the story<br />

Solving the real<br />

problems<br />

One <strong>of</strong> the things Julia<br />

Petersen likes most about<br />

her job as a validation<br />

engineering manager<br />

at Intel in Hillsboro is<br />

communication. “What<br />

interests me most about<br />

my position is the<br />

opportunity to work across different<br />

departments to improve products and<br />

processes,” Petersen says.<br />

It takes teamwork<br />

Petersen manages a group that<br />

tests motherboards, which means<br />

she needs to coordinate her team’s<br />

efforts with several other teams.<br />

For example, she works with the<br />

developers <strong>of</strong> the Basic Input/Output<br />

System (BIOS) s<strong>of</strong>tware necessary<br />

to run those motherboards to know<br />

which features are available in each<br />

BIOS and that the s<strong>of</strong>tware will be<br />

delivered to her team on time.<br />

Balancing her team’s deadlines with<br />

those <strong>of</strong> the BIOS team takes good<br />

communication skills. “You’re forced<br />

to confront any introversion you have<br />

and put it behind you,” she says.<br />

And Petersen is successful; her<br />

interactions with teams in hardware<br />

engineering, design validation,<br />

materials and quality assurance<br />

are key to running her own group<br />

smoothly.<br />

Internships established the<br />

foundation<br />

The 1988 graduate credits her<br />

internship experiences with providing<br />

a foundation for those skills. “It gave<br />

me the initial experience necessary in<br />

teamwork and relationship building,”<br />

she says.<br />

Not only that, both <strong>of</strong> her internships<br />

gave her real-world engineering<br />

experience. At the food processing<br />

company Lamb-Weston, Petersen<br />

redesigned workstations for better<br />

throughput, eliminating line waste<br />

when it occurred, and discovering the<br />

reason for a high nitrogen count in<br />

wastewater.<br />

At her second internship, Petersen<br />

wrote a program that helped<br />

Weyerhaeuser track the use <strong>of</strong> a<br />

processing chemical on wood chips<br />

that had been sorted by size. Her<br />

program helped Weyerhaeuser realize<br />

how much money and resources it<br />

saved by sorting the chips. Even as<br />

an intern, she was the lead on all <strong>of</strong><br />

these projects.<br />

Mentoring today’s interns<br />

Recognizing the value <strong>of</strong> internship<br />

experience, Petersen has served<br />

on the MECOP board <strong>of</strong> directors,<br />

and she’s also brought a number <strong>of</strong><br />

interns to Intel.<br />

“MECOP interns are given real work.<br />

They need to complete real projects,”<br />

Petersen says. “This program is by far<br />

the best I’ve seen for giving students<br />

experience in the workplace and<br />

expanding their education.”<br />

Valuing versatility<br />

Todd Ittershagen, vice<br />

president <strong>of</strong> Precision<br />

Castparts Corp., a<br />

Fortune 500 company in<br />

Portland, thinks one <strong>of</strong><br />

two things can make a<br />

good manager: the kind<br />

<strong>of</strong> curriculum <strong>of</strong>fered<br />

in OSU’s industrial and<br />

manufacturing engineering program,<br />

or the kind <strong>of</strong> person who decides<br />

to major in it. Either way, flexibility<br />

is key.<br />

“When we look for industrial and<br />

manufacturing engineers, we’re<br />

looking at people who understand<br />

metallurgic, productivity and<br />

financial issues,” says Ittershagen,<br />

who is responsible for operations<br />

at three smaller companies within<br />

Precision Castparts. His engineers<br />

need to understand how to do things<br />

faster and which products to buy<br />

that will cut down on costs. They<br />

constantly need to be looking for<br />

problems and solving them. And<br />

on top <strong>of</strong> that, they need good<br />

communication skills to tie all <strong>of</strong><br />

those tasks together.<br />

Internship leads to job <strong>of</strong>fer<br />

Ittershagen started at Precision<br />

Castparts, which makes metal<br />

forgings, fasteners and castings<br />

primarily for the aerospace industry,<br />

as a MECOP student in 1990. His first<br />

tasks were performing efficiency and<br />

productivity studies on the factory<br />

floor, as well as doing design work<br />

on facility expansion and equipment<br />

placement. He was <strong>of</strong>fered a job<br />

even before he graduated with<br />

an industrial and manufacturing<br />

engineering degree in 1990.<br />

A progressive career<br />

Since then, Ittershagen has done<br />

equipment work, direct supervision,<br />

quality assurance work and design<br />

casting. He’s moved to Michigan,<br />

Virginia, Nevada and Ohio before<br />

coming back to <strong>Oregon</strong>. “It’s been<br />

quite a progression the past 18<br />

years,” he says. “Precision is an<br />

interesting, fast-paced, progressive<br />

company. Every time I’ve thought <strong>of</strong><br />

moving on, they’ve <strong>of</strong>fered me more<br />

responsibility.”<br />

In the future, Ittershagen plans on<br />

working more with MECOP, which<br />

he says not only prepared him for<br />

his work at Precision Castparts, but<br />

also marketed him and provided him<br />

with a network <strong>of</strong> contacts that is<br />

useful even today. “It’s an excellent<br />

program,” he says. “We want to<br />

work with them so we can create a<br />

constant stream <strong>of</strong> new, fresh people<br />

at our company.”<br />

24<br />

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