Robotics – Artifex.News https://artifex.news Stay Connected. Stay Informed. Thu, 03 Sep 2026 11:02:00 +0000 en-US hourly 1 https://wordpress.org/?v=7.1.2 https://artifex.news/wp-content/uploads/2026/05/cropped-cropped-app-logo-32x32.png Robotics – Artifex.News https://artifex.news 32 32 ZEISS opens first Innovation Hub outside Germany at IIT Madras Research Park https://artifex.news/article71423320-ece/ Thu, 03 Sep 2026 11:02:00 +0000 https://artifex.news/article71423320-ece/ Read More “ZEISS opens first Innovation Hub outside Germany at IIT Madras Research Park” »

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( from left ) Miguel Gonzalez Diaz, MD, ZEISS India and Neighbouring Markets; Ashok Jhunjhunwala, Founder, IIT Madras Research Park; Andreas Pecher, President and Global CEO, ZEISS Group; Natarajan Malupillai’ Group CEO, IITM Research Park and Incubation Cell; and Oshin Behl, Head, ZEISS Innovation Hub, Chennai at the launch of ZEISS Innovation Hub at IIT Madras Research Park
| Photo Credit: The Hindu

German optics and technology major ZEISS on Thursday launched its first innovation hub outside Germany at the IIT Madras Research Park, marking a move to deepen its engagement with India’s research and startup environment.

The Chennai centre will initially have a team of four to five people and focus on early-stage research in areas such as advanced frugal engineering, harsh-environment optics, robotics and fluid dynamics. The technologies developed through the hub could eventually be taken forward as products or solutions, although the company said it was too early to identify specific commercial applications.

ZEISS President and CEO Andreas Pecher said the centre would adopt a different approach from the company’s established operations in Bengaluru, which include medical technology, software and hardware development, as well as manufacturing activities across several ZEISS businesses.

“We want to think about topics that are relevant in 10 years,” Pecher said, outlining the long-term research focus of the Chennai hub.

Unlike a conventional R&D centre driven by a predefined list of priorities from Germany, the new facility will work closely with the IIT Madras facilities to identify technologies that could become relevant to ZEISS’s businesses over the longer term.

The hub will collaborate with IIT Madras departments, including engineering design and computer vision, along with the institute’s incubation cell, startups and its health-tech incubation ecosystem.

Pecher said the research would focus on both technologies relevant to India and innovations that could eventually be developed in India for global markets. The size of the team is expected to increase as projects and research areas take shape.

ZEISS invests around 15% of its revenue in research and development annually, according to Pecher. The company operates across four major business areas: medical technology, consumer markets, industrial quality and research, and semiconductor manufacturing technology.

The company has not disclosed the investment planned for the Chennai hub. Pecher said both investment and headcount would be scaled up based on the projects undertaken by the centre.

The launch comes as India is seeking to build out its semiconductor manufacturing ecosystem. ZEISS supplies equipment used by semiconductor manufacturers, but Pecher said the company currently has no plans to expand its semiconductor equipment R&D operations in India.

Most of ZEISS’s semiconductor equipment R&D and production remains based in Germany, with additional activities in Switzerland and Israel.

The company also declined to provide a fresh fixed target for expanding its India workforce to 5,000, following an earlier announcement on the proposed expansion.

Miguel Gonzalez Diaz, Managing Director of ZEISS India, said there was “not a set number” for future hiring. Expansion, he said, would depend on the requirements of the company’s businesses, including manufacturing.



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AI, IoT, robotics, big data analytics driving shift toward smart factories, says Aveva https://artifex.news/article69850914-ece/ Fri, 25 Jul 2025 04:46:00 +0000 https://artifex.news/article69850914-ece/ Read More “AI, IoT, robotics, big data analytics driving shift toward smart factories, says Aveva” »

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Aveva Group Limited. File
| Photo Credit: aveva.com

As Indian enterprises embrace the fourth industrial revolution (Industry 4.0), industrial intelligence—the convergence of AI, IoT, robotics, and big data analytics—is driving a profound shift toward smart factories, optimised operations, and resilient supply chains, said Aveva, which provides industrial software and is part of the Schneider Electric Group.

The company said it was playing ‘a pivotal role’ in this journey by helping organisations transform data into insights that power efficiency, agility, and innovation.

Ajit Kulkarni, Vice President, India Market Leader, Aveva said, “India stands at the forefront of a profound industrial transformation, driven by the dual imperatives of economic growth and sustainability. The challenge is not just adopting new technology but fostering seamless collaboration and building a skilled workforce to leverage it effectively.”

“Industrial intelligence is the key to unlocking the true value of data to achieve India’s national goals. Through Aveva’s solutions, we are enabling Indian enterprises to convert siloed information into actionable insights. This is what will empower them to scale innovation, lead globally, and operate sustainably in a resource-conscious world,” he said.

The company on Thursday (July 25, 2025) hosted Aveva Day India 2025 in Mumbai, bringing together stakeholders across energy, infrastructure, manufacturing, and utilities to discuss how industrial AI and radical collaboration are driving India’s sustainable growth story.

Throughout the event, the company showcased how its end-to-end digital solutions are helping Indian enterprises break data silos, improve efficiency, and build intelligent, connected ecosystems across high-impact sectors.

Chris Lee, Senior Vice President, APAC, Aveva, said, “As businesses rethink their strategies, industrial AI is emerging as the cornerstone of this shift, enabling greater agility, closing skill gaps, and accelerating the transition to cleaner, smarter operations.”

“We are committed to supporting India’s ambition to scale responsibly and become a globally competitive, sustainable industrial hub,” he added.

As India emerges as a global manufacturing and innovation hub, Aveva said it would have a long-term commitment to the country’s digital industrial evolution — empowering businesses to scale responsibly, collaborate deeply, and deliver on the promise of sustainable excellence.



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IIT Researchers Discover How Animals Find Their Way Home, Using Robots https://artifex.news/iit-researchers-discover-how-animals-find-their-way-home-using-robots-6434736rand29/ Wed, 28 Aug 2024 06:19:24 +0000 https://artifex.news/iit-researchers-discover-how-animals-find-their-way-home-using-robots-6434736rand29/ Read More “IIT Researchers Discover How Animals Find Their Way Home, Using Robots” »

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Apart from physical experiments IIT also ran computer simulations mimicking movements of animals (File)

Mumbai:

Researchers at the Indian Institute of Technology Bombay (IIT Bombay) have uncovered how animals find their way back home without getting lost or being late by using a robot that mimics their movements.

This robot is designed to move on its own, much like an animal finding food and then to use light as a guide to return home (homing), the IIT Bombay said in a statement on Tuesday.

In a new study, researchers from the department of physics have used this robot to study the underlying principles of homing by animals.

“The primary goal of our research group was to understand the physics of active and living systems. We achieve this by performing experiments on centimetres-sized self-propelled programmable robots. In simple words, we model these robots to mimic the dynamics of living organisms, both at the individual and collective levels,” Dr Nitin Kumar, an assistant professor at the department of physics, IIT Bombay, said.

For their study, the researchers wanted to determine the time it took for the robot to return home, with increasing amounts of deviations from its homing path.

It was observed that the reorientation rate, the frequency at which the robot (or an animal) should adjust its direction for successful homing, originated from the degree of randomness in its path.

The researchers discovered an ‘optimal reorientation rate’ for a particular value of randomness beyond which the adverse effects of increased randomness are negated by more frequent reorientations, ultimately ensuring successful homing.

This suggested animals might have evolved to reorient themselves at an optimal rate to efficiently find their way home, regardless of the noise or unpredictability in their environment.

“The observation of a finite upper limit on return times indicates that the homing motion is inherently efficient. Our results demonstrated that if animals are always aware of the direction of their home and always correct their course whenever they deviate from the intended direction, they will surely get home within a finite time,” Kumar added.

Apart from physical experiments, the researchers also ran computer simulations where the robot’s movement mimicked animals.

This virtual robot combines active Brownian motion (the random motion of particles in a liquid or gas, caused by collisions with fast-moving atoms or molecules in the fluid) with occasional resets to its orientation to correct its course back towards home.

These simulations matched the experimental results, reinforcing the idea that randomness and reorientation work hand-in-hand to optimise homing.

“When we applied this model to the trajectories of a real biological system of a flock of homing pigeons, it showed a good agreement with our theory, validating our hypothesis of enhanced efficiency due to frequent course corrections,” Mr Kumar said.

He said in real and more complex systems, the homing cues might be more complicated than a simple uniform gradient towards home, as modelled in this experiment.

“In our future research, we aim to model these scenarios in our experiment by using a combination of spatiotemporal variations in light intensity and physical obstacles,” the assistant professor added.

(Except for the headline, this story has not been edited by NDTV staff and is published from a syndicated feed.)



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