Two-Day Workshop on “Healthcare and Internet of Things (IoT)”

21^st & 22^nd July 2026 

                 A two-day workshop on “Healthcare and Internet of Things (IoT)” was organized by the Department of Biomedical Engineering on 21^st & 22^nd July 2026 from 09:30 AM onwards to provide students with fundamental knowledge and practical exposure to the rapidly evolving applications of IoT in modern healthcare. The program aimed to bridge the gap between theoretical learning and industry practices through expert sessions, live demonstrations, case studies, and hands-on activities using embedded hardware and IoT learning tools. The workshop covered key areas such as IoT-enabled medical devices, biomedical sensors, wearable technologies, remote patient monitoring, telemedicine, smart healthcare systems, cloud-based healthcare platforms, and real-time health data analytics. Students gained an understanding of how sensors and connected devices can continuously collect health parameters and transmit data for remote monitoring and timely decision-making. The sessions also highlighted the integration of Artificial Intelligence (AI) and Machine Learning (ML) with IoT to develop intelligent healthcare solutions, support predictive analysis, and improve patient monitoring. Practical demonstrations helped students understand the complete workflow from sensor interfacing and data acquisition to wireless communication, cloud connectivity, data visualization, and intelligent analysis. The program also emphasized important aspects of cybersecurity, data privacy, ethical use of healthcare data, system reliability, and secure communication, which are essential for developing trustworthy healthcare applications. Through interactive activities and real-world case studies, students were encouraged to identify healthcare challenges and explore innovative technology-based solutions. The workshop enhanced participants’ technical knowledge, programming skills, analytical abilities, problem-solving capabilities, and project development skills, while providing valuable insight into current industry trends. Overall, the program successfully strengthened students’ industry readiness and encouraged them to pursue innovative projects, research, and career opportunities in Healthcare IoT, Smart Healthcare Systems, AI, Machine Learning, Wearable Technology, Robotics, Telemedicine, and Intelligent Health Monitoring Applications. The workshop provided a meaningful platform to connect academic learning with real-world healthcare technology and prepare students for the evolving demands of the digital healthcare ecosystem.

Event Brochure