Expert Talk Session on Smart Meter Implementation: Data Science & Cybersecurity in AMI

The L&T EduTech Division, in collaboration with Shri Ramswaroop Memorial University (SRMU), organized an enriching Expert Talk Session on “Smart Meter Implementation: Data Science & Cybersecurity in AMI” on 3rd November 2025. The session was specially designed for First Year B.Tech. (CSE) and BCA students specializing in Data Science, Artificial Intelligence, and Cybersecurity, aiming to provide them with an early industry-oriented perspective on emerging technologies shaping modern infrastructure. The event was graced by industry experts from L&T Technology Services (LTTS) — Mr. Sharad Srivastava, Senior Delivery Manager; Mr. Anuj Mishra, Delivery Manager; and Mr. Shailinder Mishra, Senior Manager – Telecom Operations. The panel also included Mr. Rahul Shakya, Senior Cyber Security Engineer at ESDS Software Solutions Ltd., who added a critical dimension to the discussion by focusing on data privacy, network protection, and secure communication in smart energy systems.

The speakers collectively emphasized how Advanced Metering Infrastructure (AMI) is revolutionizing the energy sector by integrating IoT, Data Analytics, and Artificial Intelligence to enable real-time monitoring, consumption analysis, and predictive maintenance. They explained how Smart Meters serve as the digital interface between utilities and consumers, facilitating efficient energy distribution and supporting sustainability goals through data-driven decision-making. A significant highlight of the session was the detailed discussion on the role of Data Science in Smart Meter Analytics — including data acquisition, cleansing, and interpretation to identify consumption patterns, detect anomalies, and forecast demand. The experts also elaborated on how Machine Learning models are being deployed to optimize grid performance and reduce losses. Students were introduced to the concept of edge computing in AMI systems, which enhances data processing speed and reduces latency in energy monitoring operations.

Equally compelling was the segment on Cybersecurity in AMI, where the speakers highlighted the vulnerabilities associated with connected smart devices and the growing need for robust data protection frameworks. Mr. Rahul Shakya elaborated on cybersecurity architecture, threat detection mechanisms, and encryption strategies adopted by global energy companies to safeguard consumer data and system integrity. He also discussed the real-world implications of cyberattacks on critical infrastructure and the career opportunities emerging in the field of cyber defense. Throughout the session, students actively interacted with the experts, posing insightful questions about real-time challenges in smart grid technology, data handling ethics, and the balance between technological innovation and data security. The experts appreciated the students’ curiosity and encouraged them to stay updated with emerging technologies through continuous learning and practical exposure.

The event not only broadened students’ understanding of the intersection between technology, energy, and security, but also showcased how Data Science and Cybersecurity professionals play a pivotal role in ensuring the efficiency and safety of smart systems. The insights shared during the session bridged the gap between academic learning and industrial application, motivating students to align their skills with future technological needs.