India has a core of a very successful robotics private industry, while still in its early phases, amid a growing market with new firms stepping in. India must concentrate on developing this industry in order to meet both domestic and export needs.
Robotics is a branch of engineering that involves the conception, design, manufacture, and operation of robots. This field overlaps with computer engineering, computer science (especially artificial intelligence), electronics, mechatronics, mechanical, nanotechnology and bioengineering.
As technology catches up with science fiction and fantasy, here's an updated dictionary of real-world robot-related terminology so you can keep up. Read more:
Mr Hari Lakshman R B from Amrita – Coimbatore campus elaborates about the field of robotics and the applications of robots in industrial sectors. He also explains about related technologies like AI, ML, Sensors, Arduino etc.
Robotics is one of the most advanced fields in technology today. That owes to the fact that it incorporates a spectrum of other technologies like Machine Learning, Artificial Intelligence etc. Read more:
Dr. Vasudev K. L talks about Robotics right from the start and explains the key components and roles related to this evolving field. He also elaborates about the basic laws governing the sector and future prospects in the field.
Choosing a graduation course requires a lot of analytical thought and consideration from a student's end. This webinar sheds some light on why Robotics and Mechanical Engineering are a great career choice for engineering aspirants of today.
The ability to camouflage according to their environment is one of the superpowers many living beings on earth possess. Borrowing the same cue from nature, robots have now progressed to imbibe shape-changing features to suit their surrounds. Here’s how: