Faculty, Centre for Sensors, Instrumentation and Cyber-Physical System Engineering (SeNSE)
Director, INTRINSIC Lab – Intelligent Robotics and Rebooting Computing Chip Design Laboratory
"Intrinsic devices to deployed intelligence"
To develop sensor-rich cyber-physical systems engineering capabilities by combining materials science, instrumentation, and device-aware computing - enabling robust, energy-efficient, and secure sensing and decision-making for defense, healthcare, space tech, robotics, and emerging technologies.
Translate intrinsic material and device behaviors into scalable, field-ready systems through rigorous instrumentation, automated characterization, and device-to-system co-design so that technologies move from prototype to deployment with engineering confidence.
"We co-design materials, devices, and computing to unlock intrinsic properties as functional primitives, integrating beyond-CMOS logic, neuromorphic perception, biomedical IC design, and hardware-rooted security. From defense and healthcare robotics to non-invasive wearable electronics, we engineer sensor-rich cyber-physical systems through rigorous instrumentation and automated characterization, translating device behavior into field-ready solutions."
Prof. Santhosh Sivasubramani
Learn about his academic journey, credentials, and vision for the INTRINSIC Lab.
Read MoreExplore the five interconnected research pillars driving innovation in the lab.
View ResearchView the complete list of publications and patents from the lab's research.
View AllDiscover the courses taught and academic contributions to IIT Delhi.
View CoursesPiezoelectric materials, energy harvesting
Digital IC design, indigenous chips
Autonomous systems, edge AI, biomedical wearable electronics
Hardware security, resilient architectures
Semiconductor process development
Quantum sensing, quantum computing, quantum cryptography
Semiconductor process development, chip design, nanoscale fabrication
Side-channel attacks, resilient architectures, secure systems
Research to deployment roadmap, indigenous technology development
Hardware-software co-design, SoC integration, digital IC design
Pervasive sensing, edge computing, energy harvesting IoT
