Driving Breakthroughs Through Research & Innovation
CyPSi Lab advances cutting-edge research in Cyber-Physical Systems to improve lives and transform industries. We collaborate with academia, government, and industry partners to build scalable and socially relevant technological solutions.
About Us
Advancing Cyber-Physical Systems for Societal Impact
The CyPSi Lab, established in 1999 at the Institute of Informatics and Communication (IIC) of University of Delhi has contributed to a wide range of domains from Educational Technologies, to scientific research papers and to Cyber Physical Systems (CPS)
Research Expansion
The lab expanded into educational technologies, applied computing, and interdisciplinary research, producing high-quality academic publications.
Focus on CPS
Dedicated research in Cyber-Physical Systems integrated computation, communication, and physical processes for real-life solutions.
Our Mission
To lead research in Cyber-Physical Systems and allied disciplines, addressing real-world challenges through innovation.
Our Vision
To be a globally recognized lab connecting academia, industry, and society through scalable, impactful research solutions.
Research Domains
Explore our cutting-edge research areas and innovative solutions
Human-Centered Systems
Human-Centered Systems address the challenges of rapid cyberization as technology becomes deeply integrated into everyday life. Our research focuses on designing usable, sustainable, and socially responsible CPS that interact seamlessly with humans.
Healthcare
Healthcare-CPS focuses on advancing remote and intelligent healthcare as technology transforms how medical challenges are addressed. With rapid evolution across telemedicine, connected-health, mobile-health and intelligent-health systems, CPS enables enhanced care delivery.
Cybersecurity
Cyber-Physical Systems combine sensing, computing, networking, and feedback-driven automation through highly connected smart devices. This enhanced functionality and connectivity also introduce unprecedented cybersecurity risks. Ensuring safety, security, and privacy.
Wearables
Advances in sensors, IoT, and microelectronics have accelerated the rise of smart wearables, creating major research opportunities. These devices operate as complex networks processing real-time data and functioning autonomously for long durations.
Featured News
Stay updated with our latest news and announcements
Our Past Activites
Professor Sanjeev Singh, joint director of the University of Delhi South Campus, took the stage at AWS Summit New Delhi to share the story of the Samarth eGov Suite, a purpose-built platform for higher education institutions (HEIs) that uses AWS to deploy an e-governance system for administration and management of higher education processes.
Work with us
Turn ideas into deployed solutions with our research community.
PHD Programme
Our PhD programme equips scholars to conduct pioneering research across domains like smart healthcare, cybersecurity, wearables, IoT, and human-centered systems contributing to the future of Cyber-Physical Systems.
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Incubation
From idea validation to prototype development, our incubation programme empowers students and researchers to convert innovative concepts into real-world solutions through expert mentoring
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Research Internship
Through hands-on project experience and expert mentorship, our internship programme enables students and scholars to apply advanced concepts to real-world challenges and contribute to Cyber-Physical Systems innovations.
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