Purdue University

Project Snapshot

PROJECT: Hicks Library
INSTITUTION: Purdue University
LOCATION: West Lafayette, IN
COMPANY NAME: Connectrac
WEBSITE: www.connectrac.com

THE CHALLENGE

Since 1998, Advanced Engineering Consultants (AEC) has provided quality engineering design services through creative thinking and stellar customer service. Their reputation preceded them when they were hired on to design the power and data distribution within the Hicks Undergraduate Library at Purdue University.

For over 30 years, the Hicks Library has served as a primary outlet for student research and study. Aspiring to create a more active learning environment, Purdue University looked to AEC to design computer stations and study tables with technological access non-adjacent to the library’s walls and columns. The big challenge for the project would be figuring out how to configure power and A/V connectivity throughout the workspace compatible with the library’s layout.

The job required extensive installation to be completed without disturbing the highly populated area. Core drilling or trenching caused too much of an intrusion to students and faculty as well as being unadaptable if the library needed future renovations.

Purdue University

Purdue University

The big challenge inherent in a technology upgrade to Hicks Library on the campus of Purdue University was figuring out how to configure power and A/V connectivity throughout the workspace that would be compatible with the library’s layout. With Connectrac’s ultra-low-profile wireways, the project was completed quickly and efficiently while maintaining the integrity of the library.

THE SOLUTION

In preparation for the installation, AEC discovered that Connectrac’s ultra-low-profile wireways could merge seamlessly with the library’s layout. With Connectrac In-Carpet Wireway, AEC could provide a quick and efficient installation while maintaining the integrity of the library. “The Wireway’s slim profile and design aesthetic was compatible with the direction of the project,” says Dan James, project manager and senior electrical designer at AEC.

AEC also used Connectrac’s 12-foot wall channel to travel up each column in the library to ensure power and A/V access to every workstation.

“Overall, the solution Connectrac provided was much better than the visual clutter power/data poles would have created within the space,” adds Jeremy Hatfield, principal of AEC. “It will be a future ‘go to’ solution.” A new standard in power and technology connectivity has been set through Connectrac ultra-low-profile wireways.

IMPACT ON LEARNING

Advanced Engineering Consultants completed the project without a hitch. Thanks to their work along with the use of Connectrac wireways, Hicks Library increased productivity and connectivity while keeping an elegant, simple aesthetic. “There was much to work around in Advanced Engineering’s project,” says Steve Batchelder, Connectrac’s director of sales. “But finding the new standard in connectivity in Connectrac, they were able to accomplish the installation without disturbing student workflow or having to change the layout of the library.” No longer are universities tied down with expensive and irreplaceable core drilling or unsightly power poles when retrofitting their campus for technology.

Editor's Review

Amid restricted budgets and increased scrutiny on rising costs, colleges and universities must allocate their resources carefully while continuing to offer the best educational quality to students. They must also stay abreast of technology. This retrofit project at Purdue University’s Hicks Undergraduate Library took into account budget and technology, and also resulted in a low-impact interruption to both the facility and daily operations. The result is a much-improved space for students.

This article originally appeared in the issue of .

Featured

  • bar graph with the bars made out of abstract cinder blocks and other construction materials

    Spaces4Learning 2025 Trends in K–12: Materials & Construction

    With 2025 well underway, it’s time to take a look at some broader trends submitted by you, our Spaces4Learning readership. We asked for your thoughts on topics like classroom design, health & safety, materials & construction, and technology in both K–12 and higher-education environments. Below is a roundup of 2025 trends in K–12 materials and construction from the experts in the trenches.

  • New Jersey PreK–12 School Breaks Ground on New STEM Building

    Saddle River Day School (SRDS) in Saddle River, N.J., recently announced that it has broken ground on the new Dr. Kristen Walsh Hall of Science & Entrepreneurship, according to a news release. The school partnered with DIGroup Architecture for the design of the new facility, which will provide the school with space to expand its STEM and business education classes.

  • Illinois Elementary School Breaks Ground on Campus Expansion

    Heather Hill Elementary School, part of Flossmoor School District 161 in Palatine, Ill., recently broke ground on a new addition to the school focused on student support and security, according to a news release. The district partnered with Wold Architects & Engineers for the expansion as part of a longer-term facility planning and modernization initiative.

  • Shaping Campus Identity: The Crucial Role of Landscape Architecture in Campus Design

    Landscape architecture plays a crucial role in shaping the overall experience, functionality, and identity of college and university campuses. The design and layout of outdoor spaces influence everything from the interactions between students to the ease with which people navigate the campus. A thoughtfully designed campus provides not only a functional environment for daily activities but also a space that inspires academic success and fosters personal growth.