INDIA’S SKILL GAP CAN ONLY BE ADDRESSED IF ORGANISATIONS, INSTITUTES AND INDIVIDUALS THEMSELVES WORK TOWARDS THE ENHANCEMENT OF THEIR SKILLS IN THE RELEVANT EMERGING TECHNOLOGY.
The world is now all about convenience and efficiency, and technology has been one of the key drivers of this change, with frequent innovations fuelling the dynamics. As there is a shift to a future dominated by emerging technology such as artificial intelligence (AI), the manufacturing industry and other technical industries are amongst those that have been, and will be, impacted the most. The job landscape in these industries continues to grow and change, with an increasing number of companies using the latest in technology to improve the quality and quantity of production. But technological processes cannot be implemented in isolation. Even with the high number of engineers graduating every year in India, most of these graduates do not have the necessary practical experience that is required on-the-job.
There is, therefore, a need for technicians, managers and aspiring engineers to adopt/familiarise themselves with new processes using Information Technology and Automation. This will ensure they stay abreast with the developments across the industry and keep their roles relevant to the demands of today, even when automation threatens to take over several existing jobs.
Over the last few years, 3-D printing has been a very popular method for the fast production of quality goods. The use of 3-D printing in healthcare for instance, to manufacture artificial limbs has become a boon to soldiers who are fighting in remote areas. For example, the Ratna Nidhi Trust sends a number of Jaipur Foot prosthetics to Afghan soldiers who have suffered injury and amputation as a result of war. All that is required is a photograph of the person’s body, and Jaipur Foot is able to manufacture the prosthetic leg in India and ship it to them.
This story is from the April - May 2019 edition of ET Polymers.
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This story is from the April - May 2019 edition of ET Polymers.
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