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New Student Innovation Center: Where Creativity Never Takes a Back Seat
February 29, 2012
The quality and variety of Rose-Hulman's co-curricular hands-on
projects are on full display -- in spectacular fashion -- inside
the new Student Innovation Center (SIC).
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Working On Project: Students
exchange ideas while working on developing a human-powered vehicle
in the Student Innovation Center.
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Opened in September, the 16,000-square-foot facility, located at
the northeast end of campus, is now the hotbed of creativity and
innovation for several student project groups. It provides
plenty of room for team members to spread out across several
well-equipped stations to work on their projects. Nearby are
several machines and meeting rooms, and the Department of
Mechanical Engineering's machine shop is a short walk away in
Moench Hall.
Activity is happening throughout the day, night, and
weekends. Nighttime supervisors have experience in
manufacturing, and students get valuable insight about how to make
parts or manufacture them more efficiently. This has meant
that several competition teams are months ahead of last year's
schedule.
"Students like how the SIC provides a convenient, clean, and
comfortable space for the whole team to work together efficiently,"
states Daniel Kawano, co-faculty advisor of the Formula SAE race
team.
Alongside that team, members of the award-winning Human Powered
Vehicle (HPV) team are fabricating parts for the upcoming spring
racing season. Enhancing those efforts has been a new
industrial router, with 5 foot-by-10 foot capacity, in the machine
shop. It recently carved a large foam block to create the
mold for a side paring for the new vehicle -- a process that took
just three hours, saving about 100 hours of production time.
"The SIC represents a huge improvement in our team's
facilities," says Michael Moorhead, the HPV team's faculty
advisor. "This year, we have a record number of team members,
nearly 25, that were attracted to attending Rose-Hulman because of
the team's successes. It would not have been possible to
accommodate all of them in our previous space (in Myers
Hall). When the HPV team was created seven years ago, there
were four students who didn't need anything more than a table to
work around. This new space was critical for the continued
growth of our team."
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Active Learning Environment: The Student Innovation Center
has lots of room for students to get ready to test drive one of
Team Rose Motorsports' vehicles.
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Allen White, faculty advisor of the Rose Efficient Vehicles race
team, states: "The SIC allows us to show visitors the number,
breadth, and excellence of our co-curricular projects. In the
past, we could tell campus visitors about the many competition
teams here. Now, we can show them and there are always
students working in the center who are willing to discuss their
project. I believe all of the teams will benefit from working
with each other and seeing how other teams tackle similar
problems."
Civil engineering students are taking full advantage of the new
facility, having plenty of room to create a concrete canoe for this
spring's regional competition. Meanwhile, the Department of
Chemical Engineering's Chem-E-Car project is taking shape for the
American Institute of Chemical Engineering's competition later this
month. Students have designed and are constructing a
chemically powered vehicle within certain size constraints.
This will be the first time that Rose-Hulman has competed in this
national design contest.
A student-faculty committee meets weekly to discuss policies,
equipment and operations for the building. So, in addition to
working in the SIC, students have a role on the center's
governance.
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"The Student Innovation Center is a natural next step in
the hands-on education for which Rose-Hulman is
renowned.
Placing our competition teams under a common roof has
enabled the sharing of knowledge and skills,
engendering
the co-curricular learning which will make these young men
and women the advanced technology innovators for
decades to come."
- Zac Chambers (ME, '94)
Advanced Transportation Systems Program
Director
Co-Faculty Advisor, EcoCAR 2 Development
Project
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