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Aquatics Gallery at Science City

Ahmedabad, Gujarat, India

Being an inland site, the design for Aquatics Gallery came with its own challenges. The building, designed in a shell shape is intended not only as symbolic representation of the aquatic life, but also as a form that allows connectivity and free movement. The aquarium has three water types - fresh water, brackish water and salt water that are sequentially demonstrated by creating “water worlds”, by location. These are Indian Rivers, South East Asia, Africa, The Americas and Indian Ocean. Worth noting with emphasis is the importance of back of house spaces for the servicing of the tanks and associated living environments of the various species.

Size : 2.5 Acres
Builtup Area : 1,92,007 SF
Services : Feasibility Study, Programming, Master planning, Building Design - Architecture, MEPF Engineering, Interior Design, Art & Exhibit Curation, PMC, Structure Engineering, Landscape Design, AV/Acoustics, Lighting Design, Life Support System Design (LLS), Infrastructure Engineering
Collabration : Kling Consult
Accolade :

  • 2019, International - RoSPA Gold Award by Royal Society for Prevention of Accidents, Great Britain
  • The Best Architecture Firm category -2020, Aquatic Gallery Project was one of the three projects submitted for the National Award by CWAB Award-2020, India
  • Bid Excellence Award -2019, Aquatic Gallery Project was one of the three projects submitted for the Award by Tendersinfo Bid Excellence Awards-2019, India

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Meeting Technological, Programmatic and Sustainability Challenges with Intuition, Innovation & Integration

Carving Underwater Experiences into Arid Inland Ahmedabad

Water being a major component of our planet, ‘aquatic life’ was an obviously impelling section in the Gujarat Government’s ambitious Science City project for Ahmedabad. India’s first-of-its-kind aquarium project of 13,000 sq m area conceived here employed INI’s intuitive design strengths and technical competence to realize it. It unfolded as the challenge that inspired a collaborative endeavor by all stakeholders to deliver design as well as operational excellence. Whereas, creating a massive water world in hot, dry inland Ahmedabad was itself a challenge, flawless sustenance of fluid visitor movement and perennial maintenance of a conducive conditions for live underwater exhibits were also critical. The architectural resolution emerged through marine-life inspired form with a layout of various aquatic galleries nested in multiple wings swirling out from around a central circular atrium bearing the visitors’ arrival lobby. The exterior clad in exposed concrete invokes the chitinous shell exterior and the surrounding waterbodies complete the visual mimetic.

Get sucked into Immersive Edutainment

The entry in an eastern curve leads, through an underwater transparent tunnel building up a preview to the show inside, into the arrival lobby in the atrium at the building’s core. Multiple levels and wings of display sequentially showcase aquatic life from fresh, brackish and saline waters categorized as Indian rivers, South East Asia, Africa, the Americas and the Indian Ocean. This tour of more than 80 tanks of greatly varied sizes housing around 12000+ aquatic creatures of 181 species is supported by informative graphics, projection, movies, AV and interactive technologies to create an immersive entertaining and educational experience. An oceanarium with a 30 meter transparent tunnel, India’s largest, taking visitors through shark-filled ocean waters promises to be singularly memorable.

Sustainable and State-of-the-Art

The western entrance reserved for support and service staff and goods ensures smooth, uninterrupted service and maintenance of the tanks and their inmates, and of filtration plants, labs, and quarantine zones. Sun shading ensured by higher southern wings, the atrium roof’s southward slope accommodating northern clerestory windows, and calibrated façade glazing – all optimize the heat- light balance. Sustainability is further ensured by use of solar panels, insulated roof, fly ash bricks and rainwater harvesting systems. Aquaria of this scale involve a clutch of operative technology like foam filters, sand filters, ozone generators, and life support systems to provide the water quality, chemistry, biology, temperature, turnover and quantity required for each live inmate. The obviously excessive load of energy required for these has been efficiently compensated by integrated energy efficient systems that reduce consumption by 30%.

Lower Floor Program Diagram

Upper Floor Program Diagram

"Education that’s Immersive, Attractive, Entertaining, Accessible, State-of-the-Art and Sustainable."

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