Archello Awards 2026 · Enter your projects before 30 September 2026
Archello Awards 2026 · Enter your projects before 30 September 2026

Healthy Planet School

Healthy Planet School
vir.mueller architects / andre j fanthome

Healthy Planet School

The intensity of megacity urbanity, where air pollution and environmental degradation are pre-conditions for design, presents a particular challenge for the creation of secure environments for education. Conceptualized as a “cocoon”, this project for a pre-school and kindergarten – aspires to be a luminous safe haven for young children, as they engage with early years learning.  Organised as a set of organic ‘cells’ of curved brick walls punctuated by circular porthole windows, the learning spaces weave a tactile ring around a courtyard.  Lined with slats of birch plywood – a soft counterpoint to the brick, the courtyard assumes primacy as the focal space within - draped in a tent and illuminated softly from skylights. Exposed concrete columns and slabs, and terrazzo flooring embedded with stone chips serve as the primary materials for the project. A concrete cylinder conceals an elevator, and offers a canvas for the play of light and shadow – circles of light become a kinetic presence on its curved surface. The terrace playground encircles the tented courtyard, offering a safe space for the children to run, play, picnic, and soak in the winter sunshine. 

photo_credit vir.mueller architects / suryan & dang
vir.mueller architects / suryan & dang
photo_credit vir.mueller architects / andre j fanthome
vir.mueller architects / andre j fanthome
photo_credit vir.mueller architects / andre j fanthome
vir.mueller architects / andre j fanthome

Ecological values drove the design, although the clients were unequivocal in their belief that building sustainably was not to be confused with obtaining any certification!  The building - a three storeyed low-rise structure, built to the seismic codes for a Zone 4 site – comprises of a reinforced concrete frame structure, with infill walls built in a ‘rat-trap’ bond configuration. This enabled a significant material saving (almost 35% less bricks were used). The interior gains great thermal comfort from the air-cavity in the bond and the building has a remarkably low air-conditioning load. 

photo_credit vir.mueller architects / andre j fanthome
vir.mueller architects / andre j fanthome
photo_credit vir.mueller architects / andre j fanthome
vir.mueller architects / andre j fanthome
photo_credit vir.mueller architects / andre j fanthome
vir.mueller architects / andre j fanthome

All exterior glazing is screened behind a brick lattice – for privacy and for the elimination of glare.  Summer temperatures are routinely over 45 degrees Celsius (113 F), but the building naturally maintains an internal ambient temperature of 32 – 33 degrees Celsius.  No paint has been used in the entire building.  Hence, all surfaces – the terrazzo and brick floors, the brick walls and concrete columns and slabs, and the birch doors and railings - are all used in their ‘natural’ state. Suffused with natural illumination, the building uses minimal electric light during the daytime schedule. All water used in the building is routed to a small on-site sewerage treatment plant, minimally treated, and then recycled in the pollinator garden that encircles the building. Most significantly, the two-year long construction process offered full-time employment to over fifty masons, carpenters, brick layers, electricians and plumbers. The social and economic impact of this craft-based construction technique has been significant.  No commercial construction company was engaged; the clients and architects worked directly with skilled craftspeople, on long-term contract, thus enabling them to have a secure work environment. 

photo_credit vir.mueller architects / andre j fanthome
vir.mueller architects / andre j fanthome
photo_credit vir.mueller architects / andre j fanthome
vir.mueller architects / andre j fanthome
photo_credit vir.mueller architects / andre j fanthome
vir.mueller architects / andre j fanthome

Over the course of the past two decades, the rapid urbanisation of India has witnessed a dramatic fall in the calibre of design and the quality of construction. Most architecture is premised on the ‘L 1’ contract system where the cheapest short-term cost of building seems to be driving the growth of our cities. This project, designed and built economically (final construction costs were in the range of $42-$45 per square foot inclusive of all architecture and interiors) posits an optimistic architectural premise: careful and ethical design may yet mend the fabric of lives in beleaguered cities, and unleash new senses of beauty, of opportunity.

photo_credit vir.mueller architects / suryan & dang
vir.mueller architects / suryan & dang
photo_credit vir.mueller architects / suryan & dang
vir.mueller architects / suryan & dang
photo_credit vir.mueller architects
vir.mueller architects

healthy planet school
NOIDA, Uttar Pradesh, India

Total Covered Area - 3440 square metre
Design Phase - 2020
Construction Phase - 2020 - 2023

Partners-in-Charge-
vir.mueller architects
Christine Mueller
Pankaj Vir Gupta

Project Team -
Kapil Shokeen
Arushi Rana
Anant Mittal
Kamya Khurana
Mihir Bhagat

Structural Engineer - Skeleton Consultants Pvt. Ltd.
MEP Engineer - Prolific Consultant
Signage & Way-finding - /Studiomda Way-finding Design

All drawings and photographs copyright vir.mueller architects
Photography by Andre J Fanthome and Suryan & Dang 

photo_credit vir.mueller architects
vir.mueller architects
photo_credit vir.mueller architects
vir.mueller architects
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