Greenhouse and a mountain in the background

University of California, Riverside | Plant Growth Environments Facility

University of California, Riverside | Plant Growth Environments Facility | Riverside, CA

Name: DPR Construction
Price range: $

DPR has leveraged its self-perform capabilities to help deliver the 38,000-sq.-ft., two-story Plant Growth Environments Facility on the UC Riverside campus – the first new greenhouse facility built on the UC Riverside campus in nearly 40 years.

Built by the design-build team of DPR and Perkins+Will along with design-build subcontractor Stuppy Greenhouse, the $22 million facility replaces an older greenhouse and offers a high-tech, climate-controlled greenhouse space where researchers from different disciplines can work together.

Partners

University of California, Riverside | Plant Growth Environments Facility

Interior laser room with scanning equipment

McKesson Specialty Health Rockwall TI

Crane installing large construction materials

National Institutes of Health | DTM T10B Cell Processing Modular Facility

University of California, Riverside | Plant Growth Environments Facility

Icosavax Tenant Improvement

Cutting-Edge Research Facility

Designed to put science on display, the cutting-edge research facility features concrete walls on the first floor with glass-encased greenhouses elevated above. Individual growth chambers on the first floor will house plants, pathogens, and insects in separate, controlled environments. Each greenhouse module on the top floor will incorporate wireless technology to adjust for its own temperature, humidity, and lighting, allowing an array of plants to grow there. The facility also includes laboratory and workspaces.

DPR concrete crews self-performed approximately 15% of the project volume, while self-perform drywall crews played a key role in helping push the schedule forward. The project is targeting LEED Silver certification.

The

Challenges

The specialized nature of a greenhouse project brought with it unique challenges. As the first elevated greenhouse on campus and the first DPR had constructed, the entire team needed to work together to come up with solutions along the way.

Photo: As the first elevated greenhouse on campus and the first constructed by DPR, the teams worked together to create effective solutions.

The project team faced a significant challenge when a sub-tier contractor that was slated to assist with the specialized greenhouse erection process went out of business. The team had to devise a plan to get the project back on track and ensure it was completed as planned and to the complete satisfaction of the owner.

The

Challenges

Photo: As the first elevated greenhouse on campus and the first constructed by DPR, the teams worked together to create effective solutions.

The

Solutions

Facing the need for labor and crews to help erect the specialized greenhouse structure after the original sub-tier subcontractor went out of business, DPR came up with a solution to bring its own self-perform carpenters on board to supplement the subcontractor's workforce, ultimately delivering about 10% of that subcontract volume. Self-perform concrete crews from DPR were responsible for delivering approximately 15% of the total project contract volume.

Photo: Self-perform concrete crews from DPR were responsible for delivering approximately 15% of the total project contract volume.

DPR superintendents were fully integrated into the subcontractor’s crews; likewise, DPR integrated the subcontractor’s management team into the onsite project management team, according to project manager Paul Brown. “We took a ‘lean in’ approach to figure out a different way to get this done,” he said. “We brought everyone together to figure out a solution that would best serve the project.” Overall DPR self-perform crews “definitely added value” by helping push the schedule and quality on this project, Brown added.

Photo: We took a ‘lean in’ approach to figure out a different way to get this done.