Mahindra sparks innovation amongst next generation with 3D printing technology
The project envisages placing 3D printers in a semi-urban or rural setting to enable learning, innovation and potential creation of additional employment opportunities.
The group has thus, presented the B.M. Pawar School in Chakan with 3D printers and has also developed a comprehensive programme to enable students and teachers to realise the true potential of this technology.
“We see 3D printing as the future of technology and a potent tool to help bridge the tech divide between urban and rural India. Through this project, we seek to inspire young minds to think creatively and open up a whole new world of possibilites for themselves and their community. While this is still a proof of concept, we hope it will ultimately reach more schools and offer potential employment opportunities in design and prototyping,” said Ulhas Yargop, Group President (IT Sector) & Group Chief Technology Officer, Mahindra Group.
As part of this initiative, two teachers from the school have been trained in 3D printing technology, enabling them to teach Std. XI students - who range in age from 15 to 18 years - in the school.
The three-month certified course will see the students gain proficiency in 3D printing, the design process and ideation.
They will also benefit from the expertise of eminent guest faculty including Dr. S. Venugopal from Mahindra Research Valley, Mahindra’s R&D centre near Chennai as well as professors from IIT Madras and NID.
This will result in the creation of an eco-system which will enable experimentation and creativity while providing the students with the basic skills required to use this technology to its full potential.
Students will also be encouraged to create prototypes of their ideas and develop a mind-set conducive to design, innovation and computational thinking. The project will culminate in a Design Challenge where students will be encouraged to showcase their work.
3D printers have been adopted as a common tool for prototyping and are in use by several design agencies, engineering firms and research institutions. However, developing economies can also harness the potential of this affordable and possibly life-saving technology to help them leapfrog highly capital intensive manufacturing.
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