IIITH and KIET Sign MoU to Launch Smart City Living Lab with Integrated Net-Zero Dashboard at KIET Campus

In a significant step toward accelerating urban innovation, Smart City Research Centre at IIITH and KIET signed a MoU on 17 June 2025 at the KIET Campus to support the Kakinada Smart City Mission. The collaboration aims to bring cutting-edge research, real-time urban solutions, and emerging technologies to the forefront by establishing a Smart City Living Lab at the KIET campus and extending the same to Kakinada Smart City. The initiative, launched in the presence of the Kakinada District Collector Shri Sagili Shan Mohan and other dignitaries, marks a new chapter in bridging academia, government, and technology for smarter, more sustainable cities. The lab will serve as a collaborative ecosystem to support the research, development, and deployment of smart city solutions, enabling students, researchers, and city stakeholders to tackle practical urban challenges.

24th Convocation 2025

24th Convocation (12th July 2025) The 24th Convocation of IIIT Hyderabad will be held on Saturday, 12th July 2025 during the afternoon session at “Global Peace Auditorium, Brahmakumaris Shanti Sarovar“, Gachibowli, Hyderabad. Chief Guest Ms Debjani Ghosh Distinguished Fellow – NITI Aayog, Chief Architect – NITI Frontier Tech Hub, (ex-President, NASSCOM) will give the convocation address […]

AI advancements in the mobility space

At the recently concluded TechForward series seminar on AI in Vehicles, Prof. C V Jawahar described the mobility-related research efforts being undertaken at IIITH. Here’s a summarized version. At IIITH, we have been aiming to solve problems on Indian roads and driving conditions using data-driven technologies. With the help of techniques from machine learning, computer vision, computer graphics, computational sensing, and allied areas, we have been creating solutions and transferring these solutions across diverse practical conditions on roads. One of the research studies that was undertaken includes early anticipation of driver actions before the onset of a manoeuvre, such as a turn, a lane change, a sudden halt and so on. When you know the driver in front of you is going to take a right turn without indicating with a signal, you anticipate and get ready for it perhaps by slowing down or changing lanes.