Having lived in France, India, Russia and the US, Ashish Rajpal, Managing Director, iDiscoveri, blends a successful track record at Fortune-500 companies with a passion for education. A co-founder, he has an MBA from XLRI and an Ed.M (Mind, Brain and Education) from Harvard University. Drawing upon his inter-disciplinary background in education, management and cognitive psychology, Rajpal has done innovative work in the areas of school curriculum, teacher education, leadership, and creativity.
In an interview with Ashish Rajpal, Digital Learning gets a peep into the social enterprise called iDiscoveri
Please tell us about your journey from the management to education sector. How did iDiscoveri come into being?
I started my career in Procter & Gamble in India and then moved to Russia and finally France, where I was the Worldwide Marketing Director for Groupe Danone. While my career was taking off in the corporate world, my attention was gradually turning towards education, entrepreneurship and India. My two young children led me to understand that each child is created different; yet the schooling we receive does not necessarily cater to those differences. I studied the works of leading educationists like Howard Gardner, John Dewey and Sri Aurobindo. I realised that each child has an innate potential that can be unleashed if the educational experience was connected to real life. I wanted to invest the rest of my life creating and scaling up a quality educational programme that can reach a large number of children. I took a break from work to study at the Harvard Graduate School of Education and then returned to India in 2002 to lead iDiscoveri.
iDiscoveri was co-founded in 1996 by me and a group of classmates from XLRI Jamshedpur. We started off as a small adventure-based summer programme called Youreka




A teacher of Physics and Director, Mira Model School, K K Dhawan has about 45 years of teaching and administrative experience in India and overseas. While teaching in Nigeria in 1978, he came across the first Sinclair computer and knew at that time that technology was going to revolutionise teaching and learning. In the 90s when he joined Mira Model School, he started using computers in his classroom. He also held a workshop where hands on experience of technology to Physics teachers was given, under the aegis of National Progressive Schools Conference in 1993. Subsequently, he established a separate department of Learning Through Computer in the school and also made many modules for teaching science and mathematics. This innovation won the school many awards from Intel, Government of India, British Council, etc. At present Dhawan has tuned his energies into promoting the concept of globalised education, which is a new dimension of technology.

India has a history of more than 30 years of satellite broadcast. The satellite revolution started in 1975 under the aegis of Ahmedabad-based Development and Educational Communication Unit (DECU) of Indian Space Research Organisation (ISRO) with the Satellite Instructional Television Experiment (SITE) project. Digital Learning walked through the years of satellite broadcast with Dr B S Bhatia, former director DECU, as he shared his experiences and the future of digital communication at eINDIA2008 held in New Delhi.
Technology has evolved substantially in the past four decades. e-Learning actually started with radio broadcasting of programmes, then came television. We started with issuance of learning license for broadcasting educational programmes for schools. Then with SITE experiment came the satellite television. This was primarily aimed at school children in rural areas and we installed televisions in about 2000 schools. However, its infrastructure demanded a huge set up and this technology was expensive for that period. But with computers becoming an in-built component of the working environment the production cost of learning material has come down drastically. The satellite technology demanded a huge studio set up with equipments, but today anyone with basic computer skills
It has to be a blend of technologies. For example, college students have access to mobiles and Wi-Fi connectivity, whereas the technology environment in schools mostly involves computer labs and ICT enabled teachers. The blend of technology used also varies with the audience. For example, both the community radio and campus radio can serve as a platform for interaction amongst college students.
Currently the Chairman, Board of Governors, IIT Delhi, Dr V S Ramamurthy has held several positions in his long and distinguished career with a reputation of serving his responsibilities with great dedication and professionalism. He was the Scientific Officer, Nuclear Physics Division, Bhabha Atomic Research Centre, Bombay from 1964-1982 and Head, Fission Physics Section, BARC Bombay from 1982-1989. From 1989-1995, he was the Director, Institute of Physics, Bhubaneshwar. From 1995, he served the Government of India for a period of ten years as Secretary, Department of Science and Technology.
Career options are based on one’s interest and flair and also the remuneration offered by the profession. In today’s environment the teaching profession needs support and incentives from the government. A teachers’ salary should be matched to the scale that a student gets once he/she gets employment in an MNC or a public sector. For example, if a student joins Infosys, he gets five times the salary of the teacher. It’s a complex game of employment and financial incentives. The issue can be resolved with focus.
There are three levels of teaching; first is general education where everyone has basic knowledge and soft skills up to class 12. General education does not generate knowledge or address the requirements of the technologically-driven industry. Hence the need for the next level of professional education where people have problem solving skills. All college education – technical and non-technical – translates into professional education. Unfortunately today a large section of people who enter colleges do not get professional education. The third level is that of knowledge generators. While the gradual progression from general education to R&D is seamless, they are distinctly different and their strategies have to be different. There are lots of weaknesses in the system. Today most of the landscape is driven by the market. But we need to go beyond the market and the government should take initiative in this regard.











