Musee Flagship Store in Beijing is an embodiment of elegance, sustainability, and innovation. This design revolves around a recycled loop concept, symbolizing both the cyclical nature of fashion and the brand's commitment to sustainability. From the tactile sensation of the wood textures to the stainless steel metal art wall, every detail is elevating the in-person shopping experience. Integrating 3D printed woven textures into the wood framework adds a layer of tactile intrigue, inviting customers to interact with the space on a sensory level.

Mo Zheng as principal and design partner at AntiStatics Architecture has founded the Beijing studio with Cornell Professor Martin Miller in 2015. She has involved in all aspects of the design and working with the clients and developers directly. She is specialized in urban master planning and architecture design-built. She ensures great design visions through all phases. Ms. Zheng has many years’ experience working on varies projects both in China and internationally. Before founding AntiStatics Architecture with Martin Miller, she was working at Asymptote Architecture in New York as project architect and China Chief Representative. In addition, Ms. Zheng has taught at University of Pennsylvania M. Arch program for over two years, including Visual Studies III and second year core studio. Ms. Zheng is born and raised in Beijing, China. She holds a Master degree of Architecture from University of Pennsylvania and bachelor degree in Visual Arts and Architecture from SUNY at Buffalo.

AntiStatics Architecture is an international creative Architecture and Design studio, founded by Mo Zheng and Martin Miller based in Beijing and New York. We focus on innovative design utilizing cutting-edge digital tools and advanced fabrication to develop elegant solutions. The office is driven to provide innovative architectural solutions looking to advanced computational tools to find new material efficiencies and user integration. Our work includes master planning, architectural design, interiors, art installation, stage design, and cutting edge technological research.