Lab space with two individuals sitting down and conversing

Transforming Cancer Care: Advancing Oncology Research in Seattle

Swedish Health Services | Seattle, Washington

The new Paul G. Allen Research Center (PARC) at Providence Swedish Cancer Institute in Seattle, Washington, embraces a highly collaborative and sophisticated approach to improving the experience and outcome for every cancer patient by advancing modern oncology research to transform clinical care and treatment.

About the Project

The PARC project was a collaborative effort between DPR Construction and Perkins and Will, with DPR providing real-time cost feedback and managing design coordination. The 6,000 square-foot facility includes advanced laboratory spaces for research and office areas for administrative functions. Significant value engineering was involved, including modifications to lab countertops and glass systems to meet budget constraints while maintaining design integrity. The project also featured highly coordinated reflective ceiling plans, ensuring precise placement of all devices within designated strips.

Entrance of the facility with The Paul Allen Research Center logo on the wall
Open hallway paired with a see-through glass meeting space.
Conference room space with four individuals conversing and having a meeting
Lab with a few individuals conducting separate exepriences

Photo courtesy of Kevin Scott

Photo courtesy of Kevin Scott

Photo courtesy of Kevin Scott

Photo courtesy of Kevin Scott

Entrance of the facility with The Paul Allen Research Center logo on the wall

Photo courtesy of Kevin Scott

Open hallway paired with a see-through glass meeting space.

Photo courtesy of Kevin Scott

Conference room space with four individuals conversing and having a meeting

Photo courtesy of Kevin Scott

Lab with a few individuals conducting separate exepriences

Photo courtesy of Kevin Scott

Laser Scanning

The project team overlaid the latest design against the laser-scanned conditions and discovered several full-height walls would intersect with existing ceiling piping and ductwork. The architect used DPR’s laser-scanned drawings to shift walls and relocate the Intermediate Distribution Frame (IDF) room. Addressing these changes early allowed the owner and architect to make informed decisions that maintained the design intent and met customer needs.

Saving Money with Self-Perform

Our Self-Perform Work (SPW) teams evaluated the design for cost and time-saving opportunities. DPR’s SPW Drywall team identified multiple wall stud sizes for the full-height interior walls. Collaborating with the architect, they found a more efficient construction solution that maintained structural requirements and design intent. The team's work also included installing specialty ceiling panels, drywall, framing, acoustical ceilings, glass office storefronts and more. Salvaged materials, such as office furniture and light fixtures, were used to reduce costs and promote sustainability. DPR's drywall expertise resulted in saving the customer $140,000 in materials and improved labor efficiency.

Laser scan of the core of the space
High-level point cloud laser scan of a space with +/- 1/4" accuracy
The point cloud is converted to 3D mesh models (color coded by discipline) that are used to coordinate the new design around the existing conditions, eliminating a vast majority of field conflicts
A 3D mesh model (color coded by discipline) used to coordinate the new design of existing conditions and eliminate field conflicts
Laser scan of the core of the space
High-level point cloud laser scan of a space with +/- 1/4" accuracy
The point cloud is converted to 3D mesh models (color coded by discipline) that are used to coordinate the new design around the existing conditions, eliminating a vast majority of field conflicts
A 3D mesh model (color coded by discipline) used to coordinate the new design of existing conditions and eliminate field conflicts
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