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BIM Architecture at Berkeley Lighthouse

BIM Architecture | Berkeley Light House

This three-story house is situated on Berkeley Hill, perched on a steep slope with panoramic views of San Francisco Bay. Its design carefully responds to seismic regulations, the terrain, microclimate, sunlight paths, and the preservation of protected oak trees on the property.

To mitigate earthquake and landslide risks, the house is built on foundation beams supported by concrete piles driven deep into the bedrock. This approach avoids costly excavation and the need for retaining walls. Notably, this residence incorporates the first use of residential seismic damping frames, which reduce structural deformation during earthquakes and help the building withstand the strongest tremors with minimal damage.

BIM Architecture | Berkeley Light House

BIM Architecture | Berkeley Light House

△ South elevation view

Throughout the house, small cantilevered structures extend the living space beyond the main frame, aligning directly with the foundation perimeter. The most prominent cantilever on the upper level projects beyond the western exterior wall, immersing visitors in the surrounding landscape.

Given the region’s generally mild but cool climate, the living room features glass walls on the south and west sides, maximizing solar heat gain throughout the year.

BIM Architecture | Berkeley Light House

BIM Architecture | Berkeley Light House

BIM Architecture | Berkeley Light House

BIM Architecture | Berkeley Light House

BIM Architecture | Berkeley Light House

BIM Architecture | Berkeley Light House

BIM Architecture | Berkeley Light House

BIM Architecture | Berkeley Light House

BIM Architecture | Berkeley Light House

BIM Architecture | Berkeley Light House

Large sliding glass doors and tall side windows facilitate natural air circulation, helping regulate indoor temperatures. This makes the living room feel like an open porch. The middle floor stays cool, and opening a large glass door on the lower level generates a chimney effect that draws cooler air upward.

BIM Architecture | Berkeley Light House

BIM Architecture | Berkeley Light House

BIM Architecture | Berkeley Light House

The house requires almost no heating or air conditioning. Solar panels on the roof generate enough electricity to power both the home and an electric car. By thoughtfully utilizing the site’s natural conditions and constraints, this residence offers a warm, light-filled living space that harmonizes with the surrounding landscape and achieves a net positive energy footprint.

BIM Architecture | Berkeley Light House

BIM Architecture | Berkeley Light House

BIM Architecture | Berkeley Light House

BIM Architecture | Berkeley Light House

Design Drawings

BIM Architecture | Berkeley Light House

△ General layout plan

BIM Architecture | Berkeley Light House

△ Bottom floor plan

BIM Architecture | Berkeley Light House

△ Middle floor plan

BIM Architecture | Berkeley Light House

△ Upper floor plan

Project Information

Project Type: Independent Residential Building

Location: Berkeley, USA

Architectural Firm: Rangr Studio

Area: 2,850 ft²

Year: 2018

Photographers: Matthew Millman, Joe Fletcher

Suppliers: Alaskan Yellow Cedar, AutoDesk, Bertazzoni, Corian, Diode LED, Dynamic Windows, Grohe, Hansgrohe, Litecontrol, Marvin, Mièle, Stucco, Thea, Trimble, WAC Lighting

Design Team: Jasmit Rangr, Eivind Karlsen, Yvonne Demitra Konstantinidis

Client: Jasmit Rangr

Engineer: ZFA Structural Engineers

Landscape Design: Bryn Rowe & Jasmit Rangr

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