BKF Engineers provided comprehensive civil engineering and land surveying services to support the development of a new data center adjacent to Stanford University’s research animal facility and Steam Plant along Oak Road. The project required close coordination with both Stanford University and Santa Clara County to meet stringent institutional and environmental standards, reflecting BKF’s expertise in navigating complex regulatory environments.
To support design and permitting, BKF conducted a detailed topographic survey and site mapping effort, capturing critical surface features and elevation data. This foundational work informed the preparation of a site grading and drainage plan tailored for Architectural and Site Approval (ASA) submittals, ensuring full compliance with Stanford’s General Use Permit (GUP).
BKF developed an erosion control plan to mitigate sediment runoff during construction and protect sensitive adjacent facilities. Utility coordination included a comprehensive site utility plan showing connection points for fire and domestic water, storm drainage, and sanitary sewer services. Site and utility demolition plans were also created to support phased construction and minimize disruption to surrounding operations.
Stormwater management was a key focus, with BKF delivering both a Storm Water Pollution Prevention Plan (SWPPP) and a C.3-compliant stormwater management strategy aligned with Regional Water Quality Control Board (RWQCB) standards. These measures were integrated to ensure long-term environmental performance and regulatory compliance.
Design Development (DD) packages were prepared to support construction and permitting, and BKF provided ongoing construction administration services throughout the build phase. This included field coordination, site visits, and responsive support to ensure smooth implementation and adherence to design intent.
This project showcases BKF’s deep experience in institutional infrastructure and its ability to deliver technically precise, environmentally responsible solutions within highly regulated campus environments.
