国家水上运动研究所丨印度丨M:OFA Studios

Architects:M:OFA Studios

Area:12075m²

Year:2023

Photographs:Vinay Panjwani

Manufacturers:Saint-Gobain,Armwood,Insuboard,Jaquar,Johnson Endura,Philips,TATA Bluescope Lysaght

Lead Architect:Manish Gulati

structural Engineer:DELF Consulting Engineers

Project Management:Jade Consultants

Quantity Survey:Jade Consultants

Electrical Consultants:Engineering Consultancy & management Service

Civil Contractor:Ramjidas Construction Pvt Ltd

Interiors Contractor:Virender Kumar & Associates

Senior Associate:Abhishek Sorampuri, Anuj Mittal

Junior Associate:Saurabh Singla, Aakanksha Hajela

Principal Planner:Tanushree Verma

Interior Design:Sonakshi Madan

Program / Use / Building Function:Sports Institution

Plumbing Consultants:Behera & Associates

City:Panaji

Country:India

Text description provided by the architects. Government institutions in India usually follow a pragmatic, understated approach when it comes to the expression of their architecture. When Goa State govt. Floated an international level competition for the design of the National Institute of Water Sports in Goa, it wanted the institute to do two things: firstly, to make a bold, iconic statement with an expression that treats the architecture beyond the functional pragmatism and secondly, takes a fresh approach to the typical Goan Architectural setting a language that’s more global yet grounded while resonating the vernacular, through the use of local materials.

We started by categorizing the functional brief into bigger zoning chunks. While the institutional, administrative, residential, and recreational functions retained their individual zones, the space between them would be rather fluid and continuous, thereby creating these in-between sub-functions essential for those informal interactions between various groups of people, defined by their roles on the campus. For the overall language, we searched for an expression that connects the architecture to its broader context of the sea and the Goan town that resides alongside it.

Adventure water sports are perceived as leisure activities; on the other hand, institutes usually tend to box in formal functions from the informal. Here, the surfers, who find the thrill in the sea, in order to retain their attention within the classrooms temporarily disconnected from that rush, attempted to translate that adrenaline and the constant tension created between the forces of the sea and the surfers engulfed within them. It was important to create this fine balance between the practical day-to-day functionality and maintaining this constant dynamism.

The architecture for NIWS is inspired by the dynamic nature of the sea. It erupts, rises, and folds into a series of trochoidal waves, ready to engulf everything that comes its way. Viewed from above, it appears like a mythical creature born from the adjoining Arabian Sea, mimicking its nature. While, from the ground, within its spaces, it appears to be in constant motion with its shifting perspectives. The eye doesn’t rest at a single point; with its multiple points of view and continuous movement spine, the architecture intends to blur the perceptible notions of its elements. The walls, floor plates, and roofs indulge in this fluid dialogue at various points that, once rendered by the ever-changing play of light and shadows, create this tense, disruptive narrative for its users like a theatre where motion is a constant and the pause is a search.  The architecture, thus, becomes a conduit, ensuring it's not a static structure but a lively inspiration for adventurers gearing up for water sports.

The building's constant motion is captured through the digital fabrication of the mega roof structure clad using color-coated roofing sheets, allowing cost control in a government project with a limited budget. Resolved as a grid shell structure using trapezoidal paneling; the 4000 sq m. roof for NIWS drapes the entire complex like a free-flowing wave. It is designed as a lightweight structure with a pressure equalization system. Comprising more than 15000 pipes of varying lengths, the structure is constructed in smaller part modules, large enough to be lifted & put in place manually. Over 5000 customized roof panels, each with a unique shape and size, were CNC cut and folded to fit together like a jigsaw puzzle over the large parametric wave roof. The assembly creates continuous gutters, ensuring unobstructed water flow and making it one of the most complex digitally fabricated roofs in India.

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Project location

Address:Panjim, Goa, India