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Automation and Robotics have become important aspects when talked about the global Industrial sector. Especially, automotive, infrastructure and packaging industries are using aluminium as one of the key materials for manufacturing of relevant components, Rahul Prajapat, Founder and CTO, TVARIT.

INTERVIEWEE
Automation and Robotics have become important aspects when talked about the global Industrial sector. Especially, automotive, infrastructure and packaging industries are using aluminium as one of the key materials for manufacturing of relevant components, Rahul Prajapat, Founder and CTO, TVARIT.
Category
Interview
Date
20 Aug 2021
Source
AL Circle
Detail

Driving the world towards sustainable and zero waste manufacturing is something that holds as a vision for a young and passionate technocrat like Rahul Prajapat, Founder and CTO, TVARIT. He is responsible for the Technology and Go to Market activities of the TVARIT GmbH. Prajapat having strong expertise and huge insights in the segment of Smart factory, Industry 4.0, and Metal manufacturing, under his leadership, TVARIT has substantially grown the business and major rollouts of TVARIT’s platform TiA are currently ongoing.

AlCircle: How is Industry 4.0 changing the dynamics of the global aluminium and metal industry from TVARIT’s point of view?

Mr Rahul Prajapat: The global aluminium and metal industry is facing severe challenges such as high scrap rate, low production due to unplanned downtime, high energy consumption, just to mention a few. To overcome these challenges, TVARIT visions itself to drive the world towards sustainable and zero waste manufacturing by using a Hybrid AI model combining modern AI technology with metallurgical and production process knowledge which is used to provide a solution for predictive maintenance, predictive quality, predictive energy and AI-assisted production planning. This hybrid AI and machine learning technology is developed by integrating manufacturing process knowledge into Ai and machine learning models in terms of machine maintenance schedule, product geometry and logic rules based on production engineers.


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