Chehalem Aquatic & Fitness Center
Renovated for a growing community
The Chehalem Aquatic and Fitness Center had been in use for over 50 years prior to SEA being brought on board to design a renovation and addition for the facility. Through extensive community outreach and operational research, our project team identified and achieved program goals like a gymnasium, fitness center, contemporary locker and changing rooms, space for competitive lap swimming and water polo, a dedicated area for swim lessons, recreational swim options for kids, and spectator seating. Alongside these needs, we also designed the building with special consideration for natural light, good air and water quality, and energy-efficient building systems. Site features include vehicle and bike parking, on-site stormwater treatment, a park and playground, and an outdoor basketball court. The result is a Center that is modern, rich in character and amenities, and designed to serve the Newberg community for decades to come.
Client
Chehalem Parks & Recreation District
Location
Newberg, OR
Size
Phase I Addition: 40,000 sf
Phase II Renovation: 42,000 sf
Year
2018
Achievements
2020 DJC Top Projects 3rd Place Public Buildings/Spaces
2019 OPRD Design Award
2019 Gold Nugget Merit Award Best Recreation
Prior to the project, the Chehalem Fitness and Aquatic Center was outdated and no longer adequate for the growing Newberg community. The local swim and water polo teams had expanded and increasingly all ages used the facility for lessons, play, gathering, and fitness both in and out of the pool.
The interior is bright and open. Pops of cheerful colors are used on backsplashes, for seating arrangements, and on the gymnasium walls. The Chehalem Park & Recreation District hired Dan Cohen to paint a colorful mural inspired by the local landscape and activities lining the elevated walking track.
The center’s massing evolved to match the height of the existing building and includes a glass and masonry base. A metal-clad volume above creates overhangs that provide natural light while minimizing glare into the natatorium spaces and hiding large ductwork from the public view.
We performed a daylighting study to inform our design. The result is a combination of windows, overhangs, and indirect LED lighting that minimize glare off the water and provide well-lit spaces. The completed facility performs 40% better than the energy code requires.
Acknowledgements
SEA Team
Sid Scott
Rick Berry
Jennifer Marsicek
Erica Baggen
Brian Hoeft
Heather Flegel
Jason Wesolowski
Sierra Woods
Kate Heerspink
Abigail Marlatt
Ali Karlen
Carlos Saca
Zach George
Tim Kremer
Joe Broders
Project Team
Triplett Wellman
Interface Eng.
WDY, Inc.
Counsilman Hunsaker
WHPacific
ABD Eng.
RDH Bldg Science
Lancaster Eng.
Photography Credits
Peter Eckert