Interior Designer: HBA/Hirsch Bedner and Associates

HBA has unveiled a striking new villa at Taohuayuan, a project that combines the refinement of contemporary design with the timeless elegance of traditional Chinese aesthetics. The four level residence follows the classic layout of a Chinese compound, with a north south orientation that maximises natural light. HBA designed the structure with dual entrances and a carefully considered spatial flow that reflects the poetic sensibilities of Su Shi Garden while meeting the needs of modern living.

The first and second floors serve as the main living areas, offering a living room, dining kitchen, tearoom and five bedrooms. HBA emphasized an open layout on the first floor, creating transparency and coherence throughout the dining and living spaces. Dark imported marble parquet, vintage wood flooring and a glass and metal screen lend the interior a refined Shanghai style that merges eastern cultural traditions with western fashion influences. A palette of white, warm grey, soft blue grey and low saturation orange, combined with copper accents, natural marble and leather, contributes to an atmosphere that is both elegant and welcoming.

On the second floor, HBA expresses oriental aesthetics through modern means. Light wood, beige tones and touches of dark grey and black form a calm foundation for the sleeping areas. Wooden wall panels, modern furnishings and a textured backdrop behind the bed create a serene, intimate environment complemented by a soft bedside lamp and a geometric carpet that ties the room together.

The B1 level functions as a family hub, bringing together a gym, study, spa and a semi open atrium that connects to the B2 floor. HBA introduced imaginative touches in the pilot themed studio, where curved ceiling forms mimic aircraft wings and cabin style display shelves celebrate the owner’s global travels. On the B2 level, HBA continues the Shanghai style fusion, crafting a meeting space that harmonizes eastern and western influences with quiet sophistication.