The new Robert W. Plaster Center for Advanced Manufacturing at Ozarks Technical Community College in Springfield, Mo., is a first-of-a-kind educational asset in the region. The 125,000-sf facility will educate and train a new generation in high tech, clean manufacturing and fabrication.
Strong, metallic materials and geometric forms make up the shining facade, creating a modern, creative feel. Flexibility was a key goal of the program; thus, the Center is designed to be open, with tracks for movable walls to adjust to varying class sizes and new configurations.
The building’s core is a workshop high bay area, featuring more than 30,000 sf of active learning environments that are double- and triple-height, encased in steel and glass. This design element puts the work of students and industry partner collaboration on display.
These spaces are stocked with advanced equipment, including 3D printers, laser cutters, robotic welders, computer-aided lathes, mechatronics stations, and an overhead gantry crane.
Classrooms are arranged alongside the high bay for seamless transitions from class to lab, while the glass collaboration zones overlook a 500-foot-long high bay space that is leasable to relocating or start-up companies. This area fronts one of Springfield’s main thoroughfares.
The new facility occupies a long, skinny site, and needed to provide tractor trailer access at multiple points. This created a design challenge to fit in with the pedestrian-friendly campus.
Like stitches holding different pieces of fabric together, the places between academic spaces pull together the large, open spaces full of glass and steel with playful, warm wood details bringing warmth to quiet study spaces. The flexible design encourages and supports both short- and longer-term training opportunities with a range of learning environments, including:
- Specialized hands-on learning environments
- Customizable simulation training centers
- Long-distance learning space
- Research and development labs
- Designated process-improvement space
- Business incubation test centers
- A large high-bay environment for industry-led projects.
A large assembly stair occupies the two-story lobby, flooded with daylight and equipped for presentations to large groups from busloads of middle school students to corporate investors.
On the project team:
Owner and/or developer: Ozarks Technical Community College
Design architect: Perkins and Will
Architect of record: Dake Wells Architecture
MEP engineers: Antella Consulting Engineers (electrical engineer); Henderson Engineers (mechanical, plumbing, fire protection engineer)
Structural engineer: J&M Engineering
General contractor/construction manager: Crossland Construction
Related Stories
Higher Education | Sep 18, 2024
Modernizing dental schools: The intersection of design and education
Page's John Smith and Jennifer Amster share the how firm's approach to dental education facilities builds on the success of evidence-based design techniques pioneered in the healthcare built environment.
Libraries | Sep 12, 2024
How space supports programming changes at university libraries
GBBN Associate Sarah Kusuma Rubritz, AIA, uses the University of Pittsburgh's Hillman Library to showcase how libraries are transforming to support students’ needs.
University Buildings | Sep 4, 2024
UC San Diego’s new Multidisciplinary Life Sciences Building will support research and teaching in both health and biological sciences
The University of California San Diego has approved plans for a new Multidisciplinary Life Sciences Building, with construction starting this fall. The 200,000-sf, six-level facility will be the first building on the UC San Diego campus to bridge health science research with biological science research and teaching.
University Buildings | Aug 12, 2024
Planning for growing computer science programs
Driven by emerging AI developments and digital transformation in the business world, university computer science programs are projected to grow by nearly 15% by 2030.
Education Facilities | Aug 4, 2024
A former supersonic wind tunnel becomes a new educational facility for transportation design
The Mullin Transportation Design Center at ArtCenter College of Design in Pasadena, Calif., provides access for full-scale vehicular models, replicating a professional design studio.
University Buildings | Aug 1, 2024
UC Riverside’s student health center provides an environment on par with major medical centers
The University of California, Riverside's new Student Health and Counseling Center (SHCC) provides a holistic approach to wellness for students throughout the UC Riverside campus. Designed by HGA and delivered through a design-build partnership with Turner Construction Company, SHCC provides healthcare offerings in an environment on par with major medical centers.
Student Housing | Jul 31, 2024
The University of Michigan addresses a decades-long student housing shortage with a new housing-dining facility
The University of Michigan has faced a decades-long shortage of on-campus student housing. In a couple of years, the situation should significantly improve with the addition of a new residential community on Central Campus in Ann Arbor, Mich. The University of Michigan has engaged American Campus Communities in a public-private partnership to lead the development of the environmentally sustainable living-learning student community.
Adaptive Reuse | Jul 30, 2024
Empty mall to be converted to UCLA Research Park
UCLA recently acquired a former mall that it will convert into the UCLA Research Park that will house the California Institute for Immunology and Immunotherapy at UCLA and the UCLA Center for Quantum Science and Engineering, as well as programs across other disciplines. The 700,000-sf property, formerly the Westside Pavilion shopping mall, is two miles from the university’s main Westwood campus. Google, which previously leased part of the property, helped enable and support UCLA’s acquisition.
Smart Buildings | Jul 25, 2024
A Swiss startup devises an intelligent photovoltaic façade that tracks and moves with the sun
Zurich Soft Robotics says Solskin can reduce building energy consumption by up to 80% while producing up to 40% more electricity than comparable façade systems.
Great Solutions | Jul 23, 2024
41 Great Solutions for architects, engineers, and contractors
AI ChatBots, ambient computing, floating MRIs, low-carbon cement, sunshine on demand, next-generation top-down construction. These and 35 other innovations make up our 2024 Great Solutions Report, which highlights fresh ideas and innovations from leading architecture, engineering, and construction firms.
