Projects

Stanford University Windhover Contemplative Center

Details

Client
Stanford University LBRE
Services
  • Civil Engineering
  • Construction Staking
  • Environmental Compliance
  • Hydrology and Hydraulic Modeling
  • Stormwater Pollution Prevention
  • Surveying and Mapping
  • Topographic and Boundary Surveying
  • Utility Services
Awards
2015 ENR Best Project Award in the Cultural/Worship Category
Award Winning Team
Owner: Stanford University LBRE
General Contractor: SC Builders
Architect: Aidlin-Darling Design
Landscape Architect: Andrea Cochran Landscape Architects
Structural Engineers: Rutherford & Chekene
Civil Engineer: BKF

Overview

BKF provided comprehensive civil engineering and stormwater compliance services for a project designed as a calm, reflective retreat inspired by the artwork of Nathan Oliveira. The center’s purpose was to create a peaceful environment that offers respite from the intensity of daily life, supported by architecture and landscape features that encourage quiet contemplation throughout the day.

BKF’s work included a full topographic survey, preliminary site utility planning, preparation of estimated biotreatment areas for C.3 compliance, detailed construction documents, construction staking, and SWPPP documentation. The project incorporated numerous sustainable design elements, including skylights with motorized louvers that modulate natural light, as well as thick rammed‑earth walls constructed from soil excavated directly from the site to regulate heat and sound. Additional building features included radiant flooring for efficient heating and cooling and mechanical skylights that automatically adjust with the sun while integrated lighting controls maximize daylight and reduce energy use.

Outdoor spaces further enhanced the visitor experience with a reflecting pool, a granite labyrinth, ginkgo trees, and red cedar siding, all contributing to a serene, nature‑focused setting supported by BKF’s precise civil engineering and environmental design expertise.

Gallery

Skip to content