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In actual project operations, we often find that: truly excellent soft decoration coordination is like a symphony orchestra performing, where different materials of cushions behave like the harmony of string instruments, and the rhythm of curtain pleats is comparable to the variations of woodwind dynamics. I remember when designing the VIP lounge for the Pudong Art Museum last year, we specifically chose a combination of gradient velvet and matte metal elements, and this harmonious blend of rigidity and softness instantly filled the space with dramatic tension.
In the villa project in Xixi, Hangzhou, we attempted to contrast the woolly texture of custom carpets with the cold hard sheen of brass fixtures, complemented by the faint scent of orange blossom essential oil. The owner's feedback indicated that this multidimensional experience filled them with anticipation every time they returned home.
Last week, during the design for a tech company headquarters, we developed the \Demand Visualization Playing Cards\—combining various material samples and color cards into combinable game cards. This interactive method encouraged the previously silent CTO to share wonderful memories of their childhood study, providing us with key inspiration for our subsequent lighting design. It has been proven that good communication tools can uncover deep needs that clients themselves are not even aware of.
When designing for a children's hospital, we found that: pale goose yellow walls can reduce anxiety levels by 37%, while the indigo art installation at the corridor corner effectively guides the flow of people. The application of this color psychology not only beautifies the space but also becomes an organic part of the therapeutic environment. In the photography studio project, a color temperature system was used to automatically adjust the ambient color temperature based on shooting themes, which received high praise from the client.
The recently completed boutique hotel project revealed an interesting phenomenon: bed linens blended from high-count cotton and linen in a 7:3 ratio maintained a luxurious feel while being easy to care for. Meanwhile, the nano-coated curtains in the lobby area cleverly solved the westward sun exposure issue without affecting light transmittance, revitalizing traditional decoration through the use of this technological fabric.
In the renovation project of the Suzhou gardens, we utilized a smart dimming system to recreate the classical aesthetic of \changing scenery with movement\. The 2700K warm light that automatically opens in the morning simulates dawn, switching to 4000K natural light in the afternoon to highlight wood textures, and in the evening, diffuse reflection creates a misty and hazy ambiance. This dynamic lighting scheme gives ancient architecture a vitality that aligns with modern aesthetics.
While participating in a competition for a multinational company's headquarters last year, we creatively utilized the \Reverse Design Workshop\—allowing structural engineers to lead the soft decoration concept phase. Surprisingly, their proposal of the concept of \stress aesthetics\ transformed structural nodes into decorative elements, which ultimately became the key scoring point for winning the bid.
In the Shenzhen Bay super-tall project, after using space optimization algorithms, the adjustment cycle for the soft decoration plan was reduced from an average of 2 weeks to 3 days. Especially, the smart curtain box matching system can automatically calculate the fabric stretch allowance based on building sway data; this innovation has been granted a national utility model patent.
The recently completed carbon-neutral showroom project creatively used mycelium growth devices as dynamic wall decorations. This living decorative material not only absorbs carbon dioxide but also its naturally growing texture changes became the highlight of the showroom. We monitored that this innovative design extended the audience's dwell time by 2.3 times, proving that environmental concepts and commercial value can be perfectly unified.
In the design of a CEO's office for a tech giant, we employed a electrochromic glass and fabric interaction system. When the glass is set to privacy mode, the optical fibers under the carpet automatically illuminate the path, and the curtains adjust the light transmittance simultaneously. This cross-system smart interaction redefines the design standards of high-end office spaces.