In Episode 4 of Bringing Life to Things, Simon Johney, Industry Advisor for Semiconductor Engineering at TCS, discusses the evolution of chip design and the transformative role of nanochips across industries. Simon explains how advancements in process nodes, open-source architectures like RISC-V, and System-on-Chip (SoC) technologies have made chips smaller, faster, and more efficient. He highlights how nanochips power innovations in smartphones, EVs, healthcare, and brain-computer interfaces...
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In Episode 4 of Bringing Life to Things, Simon Johney, Industry Advisor for Semiconductor Engineering at TCS, discusses the evolution of chip design and the transformative role of nanochips across industries. Simon explains how advancements in process nodes, open-source architectures like RISC-V, and System-on-Chip (SoC) technologies have made chips smaller, faster, and more efficient. He highlights how nanochips power innovations in smartphones, EVs, healthcare, and brain-computer interfaces...
TCS Bringing Life to Things: AI’s Impact from Plant to Product ft. Geeta Rohra
Tata Consultancy Services' Podcast
18 minutes
3 months ago
TCS Bringing Life to Things: AI’s Impact from Plant to Product ft. Geeta Rohra
In this episode of the TCS podcast series Bringing Life to Things, Geeta Rohra, Global Head of Advisory Services for IoT and Digital Engineering at TCS, talks about how AI is emerging as a strategic enabler, driving transformation across key areas: software-defined products, smart manufacturing, robotics and automation, sensor-to-cloud integration, and energy management. These themes reflect how AI is being infused into every layer of operations, from engineering and plant systems to cu...
Tata Consultancy Services' Podcast
In Episode 4 of Bringing Life to Things, Simon Johney, Industry Advisor for Semiconductor Engineering at TCS, discusses the evolution of chip design and the transformative role of nanochips across industries. Simon explains how advancements in process nodes, open-source architectures like RISC-V, and System-on-Chip (SoC) technologies have made chips smaller, faster, and more efficient. He highlights how nanochips power innovations in smartphones, EVs, healthcare, and brain-computer interfaces...
