- A new 7,500-square-foot chapel
- Underground air distribution
- Acoustically optimized HVAC design
George Fox University Chapel
A Quiet Space for Reflection
George Fox University envisioned a new chapel that would embody peace, comfort, and connection in a space that’s both architecturally stunning and acoustically serene. Collaborating with Soderstrom Architects, Systems West provided full mechanical, electrical, and plumbing design for this 7,500-square-foot landmark on the Newberg campus.
The project’s design challenge centered on integrating critical building systems while maintaining the spiritual integrity of the space. Systems West worked closely with the architectural team to conceal mechanical and electrical elements within the chapel’s refined aesthetic — ensuring that nothing distracted from the architecture or worship experience.



Engineering Elegance Behind the Scenes
To maintain quiet, even airflow, we developed an underground duct distribution system, allowing air to flow invisibly and silently beneath the floor. This design choice minimized visible mechanical elements and reduced acoustic impact—a necessity in a space devoted to reflection and music.
In early design phases, the team evaluated radiant and hydronic systems before pivoting to a more cost-effective split system approach. Despite the change, the team maintained performance goals for comfort, acoustics, and energy efficiency.

Collaborative Design for a Complex Space
Close collaboration with Soderstrom Architects and George Fox guided each design iteration. With extensive glazing, limited ceiling space, and tight mechanical rooms, the Systems West team strategically routed ductwork, piping, and wiring to preserve the chapel’s minimalist form.
A Harmonious Outcome
The result is a beautifully quiet, comfortable, and energy-efficient chapel that enhances the spiritual and aesthetic goals of George Fox University.
This project earned recognition among the Daily Journal of Commerce’s Top Projects, celebrating the seamless fusion of architecture and engineering.
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