Prize(s) Winners in Interior Architectural Illumination
University / School Name California College of the Arts
Lead Designers Aleksandra Bugajska
Professor Names Margo Majewska, Senior Adjunct Professor / Lighting Design course
Completion Date June 14 2024
Project Location Altman Siegel, 1150 25th Street, San Francisco
Entry DescriptionThe gallery is inspired by the vitality and beauty of nature, influencing its artwork, interior design, and lighting. Upon entry, guests receive a warm welcome at reception, marking the start of a unique journey. Grapefruit patterns animate glass walls and ceilings, inviting natural light to flood the space with a soothing glow.
In Gallery 2, you'll find an exciting interactive exhibit. Step onto a series of platforms and use your body strength to rotate an installation that showcases the grapefruit pattern. The idea of the artwork came out of class experiments involving sheets of acrylic and laser-cut patterns mimicking the pulp texture and color. As you turn the exhibit, dynamic patterns of light and shadows dance across the ground and walls.
In Gallery 1, visitors explore the theme of incident light from sunrise to sunset using LED strips and desert-inspired patterns. Non-symmetrical shadows enhance the naturalistic ambiance, creating a captivating visual spectacle.
The gallery's lighting design incorporates advanced technology to replicate natural lighting effects, encouraging a profound appreciation for these phenomena. Glass-walled offices, both private and general, maintain visual connectivity to visitor experiences, fostering inclusivity and engagement.
For animated insights into Gallery 1 and Gallery 2, view GIFs and videos via the Project URL link.
Sustainability ApproachThe project prioritized the use of energy-efficient light sources and state-of-the-art controls. All luminaires in occupiable spaces meet the Title 24 energy code requirements.
The use of biophilic lighting creates a harmonious and healthier environment that connects people with the natural world and promotes well-being. The strategies included dynamic control of the light intensity, color temperature, and distribution to imitate natural daylight conditions and designing lighting schemes that highlight patterns, textures, and shapes found in nature.