The ISRO chief was surprised to be
greeted by nearly 600 people, who had gathered to celebrate his successes. Just before taking over as the chairperson of
India’s space agency, Dr V Narayanan visited the temple in his hometown, a
small village called Melakattuvilai in Tamil Nadu’s Kanyakumari district. He was surprised to be greeted by nearly
600 people, who had gathered to celebrate his successes. Hailing from a
farming family, he studied under the light of kerosene lamps till the ninth
standard, when his house was first electrified. He excelled in all his
examinations, going on to become one of the people who built the country’s
cryogenic engine programme from scratch.
From the design board to the first flight, his team holds the record for the
fastest development of a cryogenic engine. This engine continues to power
India’s heaviest launch vehicle, LVM3, which will also carry Indian astronauts
to space.
On the day he would
have completed seven years as the director of ISRO’s Liquid Propulsion Systems Centre (LPSC), Narayanan spoke to The
Indian Express about his
journey and the space agency’s key upcoming missions.
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Could you tell us a little about your
journey to the top of India’s space agency?
I come from a very
humble background. It was a great blessing that my parents gave me the
opportunity to continue my education at a time when most children from my
village used to drop out much earlier. Of course, I was doing well academically
and even secured the first rank in my school. My father then asked somebody
what I should be doing next. They said that a diploma from the polytechnic
college was sure to get me a job. After joining the course, I realised that I
should have gone for an engineering course. Nonetheless, I continued studying
and again secured the first rank. I was also fortunate to get a campus
appointment. But then I had to decide whether to join the job or continue my
education. While my father wanted me to
continue my studies, there was a problem of finances, so I took the job. I
was upset though.
It was a great blessing that my
parents gave me the opportunity to continue my education at a time when most
children from my village used to drop out much earlier.
So, when did you realise that aerospace
engineering was your calling?
I was just trying to
get a government job. I started out at TI Cycles, then Madras Rubber Factory,
and finally Bharat Heavy Electricals Limited, before joining ISRO. Once I
joined ISRO, however, I thought I must complete my engineering at the earliest.
By God’s grace, I was able to complete my PhD from IIT Kharagpur and start my
journey with the cryogenic programme.
And what about the launch pad?
Today, we have two
launch pads...To enhance the launch capability, we need to have another launch
pad. Also, if something happens to this launch pad, we do not have anything
else. We would also require a launch pad for the upcoming NGLV. Plus, the Prime
Minister has already given directions for a crewed mission to the moon for
which we need a new launch pad. So, in all the way, we need to have one more
launch pad.
Another exciting mission for ISRO is
the first human spaceflight. Where are we when it comes to the Gaganyaan
mission?
Right now, I can say,
the human rating of the vehicle is almost complete. We have done enough tests
for all three stages of the launch vehicle. Then, we have done a couple of
tests with respect to the crew escape system, but a lot more tests have to be
done. As for the environment control and life support system, 600 to 700
control components have been acquired, such as pressure controls, temp
controls, humidity controls. Work is also ongoing on the vehicle health monitoring
system. If anything happens to the
launch vehicle, it will automatically trigger the crew escape system. Of
course, humans cannot be sent in the very first mission, so we will have three
uncrewed missions, of which the first may be scheduled for this year, maybe in
the second quarter.
What would be the next priority areas
for ISRO?
We have been given a
clear roadmap already. The 100th launch of ISRO is planned for later this
month. It would be of NVS-02, the second satellite in the second generation of
navigation satellites. Then, a PSLV completely manufactured by the industry is
also in the final phase. We are going to have a launch of that. Then, of
course, there are a lot of requirements for satellites in the country in terms
of communication, navigation, and earth observation.