CHENNAI: Right now India constitutes only 1.6 per cent of the world software
market. It should try and contribute at least 8-10 per cent it in the next few
years.
But to achieve the same, India needs to focus on developing more complex
software that requires knowledge of system engineering and system dynamics.
Software should grow from a programming discipline to an engineering discipline,
according to Tata Consultancy Services chairman F C Kohli.
Regarded by many as the Father of IT in India, Kohli spoke on the future of
IT in India at the conference held at Connect 2001.
India has not come up with software products, as it did not have resources to
build domain knowledge. But now it is well equipped to develop products such as
software engineering tools that increase productivity, system-engineering tools,
components, knowledge based products etc., he said.
However, this alone is insufficient as it also needs to enhance reuse of
components to increase productivity and reliability. On the other hand it also
has to focus on the domestic requirements and increase PC penetration and IT
penetration, he added.
Currently, about two thirds of its domestic software revenue come from the
sale of Windows software and not from software produced indigenously for use in
India.
Extensive computerization in India would see demand for new varieties of
software in the domestic industry in the next five years which will in turn
drive its software exports, a situation different from today, said Dr Kohli.
Speaking on the IT enabled services sector, Kohli said that within two years
medical transcription would lose all its scope with the wide spread use of voice
recognition. But call centers presented immense opportunities for India.
The domestic hardware industry also needed to grow to a stature where it
could manufacture 5 million-10 million PCs a year. For that, India would have to
market its talent to major PC manufacturers and invite them to set up
manufacturing units in India.
Another drawback is that it does not produce enough micro electronic
engineers. We need to focus on having engineers at least in the first two
digital components such as design software and embedded software.