Studio Nyandak is a New York City-based multidisciplinary design firm led by its founding principal Tenzin Nyandak, PE, RA. We work collaboratively with public agencies, cultural institutions, local community leaders, entrepreneurs, developers, builders, and private clients in New York City and around the world to create places that are deeply engaged with social, cultural, environmental and community concerns.
Upper Tibetan Children's Village School Science Lab, India
Studio Nyandak is designing a new middle school science building for the Upper TCV school in Dharamsala, India. The architecture takes cues from Tibetan culture and geography, and uses innovative, sustainable building materials.
Rato Dratsang Campus, Mundgod, India
Studio Nyandak is working with the abbot of Rato Dratsang in southern India to design a new campus for the monastery. The masterplan includes classrooms, gathering spaces, and a meditation center.
Upper Tibetan Children’s Village School Renovations, India
Studio Nyandak is providing pro-bono architectural and structural engineering services for the Upper TCV school in Dharamsala. This involves the renovation and repair of more than a dozen buildings, including staff living quarters, middle school classrooms, an art room, and a meditation center.
Center for Middle Way Initiative, India
Studio Nyandak is providing pro bono architectural design and structural engineering services for the Center for Middle Way Initiative. This rooftop enclosure will function as a multipurpose gathering space for the Dharamsala-based nonprofit.
Central Tibetan Administration Department of Home, India
Studio Nyandak works in partnership with the Central Tibetan Administration Department of Home on urban design, architecture, and structural engineering projects that support the Tibetan community living in exile.
Reinforced Masonry Vaulted Walkway, India
This vaulted masonry pavilion covers a popular thoroughfare for students and teachers at Upper TCV School. The design is derived from a reinforced masonry vault system that can be constructed using a formwork that could be reused for each section. The structure is isolated from the adjacent buildings and the individual vaults are supported by the reinforced concrete beams and flagpole columns. The geometry of the vault was developed using structural form finding and parametric design to minimize the self weight and to maintain optimal seismic behavior.
This project was realized in collaboration with structural engineer Paul Laroque, PE.