The CBSE students strove to discern  the geometry applied to the Gateway of India, the architecture of the Siddhivinayak temple, the physics element of the  Ashoka Pillar, the mathematics behind Jama Masjid, the dynamo-powered electricity generating system of the Lakshmi Villas Palace and more beyond textbooks.

 

Conventional concepts were explored outside the classroom to arrive at a  synthesis of geology and geometry,  physics and particulate matter,  architecture and accounting, even science and spirituality.

 

Students converted  classrooms into temples and dargahs, into stations and markets, courtrooms and palaces, thus learning without a script or text, or a segmented time-table.

 

A young teen learnt that  the ‘gate’ that led to this city of seven islands is over a 100 years old (Designed by George Wittet, in the Indo Islamic style,the Gateway of India was built to commemorate the arrival of George V, Emperor of India and his wife Mary of Teck, Empress consort  ) 

 

Students decided to print tee-shirts with images of the Gateway of India.

 

Curated by Sandeep Sethi, the pan-India  inter-disciplinary project was based on extensive research and immersive field visits and sought to bridge the gap between historical relevance, architectural marvels and scientific inquiry.

 

It spanned from understanding the reasons why the Bombay Stock Exchange got its curved facade and the Siddhivinayak temple has a profusion of windows, the functioning of the Rajabai clock tower and the dream behind the Haji Ali dargah.

 

Students who were given a few fundamental parameters such as antiquity and relevance that a monument requires to be shortlisted for study, selected interesting subjects like  the evolution of the saree,and the Brahmi script on the Ashoka Pillar.