CCMS ENABLES REAL-TIME COLLISION DETECTION, ACTIVATING AIRBAGS AND EMERGENCY BRAKING

Mohan Babu University initiated the Continuous Collision Monitoring System CCMS) project, led by Prof. N. Harathi and students, to enhance safety technologies and provide hands-on experience with piezoelectric sensors, bridging education and industry needs. In an exclusive interaction with Nisha Shukla, Prof. Harathi discusses the project’s motivations, goals, market readiness, and challenges.

Why did Mohan Babu University feel the need to initiate this type of student project? What goals did the university aim to achieve with it?

Mohan Babu University (MBU) initiated the Continuous Collision Monitoring System using 'Piezoelectric Sensors' student project to promote innovation, practical learning, and address industry needs. The project aims to enhance safety technologies by developing systems capable of early collision detection, which is critical for reducing damage and fatalities in sectors like transportation and infrastructure. It provides students with hands-on experience in smart sensor technologies, specifically piezoelectric sensors, which convert mechanical stress into electrical signals, offering real-world applications in vehicle safety, construction, and industrial monitoring.

Additionally, the project aligns with industry trends in autonomous systems and smart monitoring solutions, preparing students to meet future demands in engineering fields.

Goals the university aims to achieve through this project include:

- Enhancing Safety Technologies: Developing an

advanced system that can detect collisions early and reduce the risk to life in transportation, infrastructure, and industrial sectors.

- Fostering Innovation and Research: Engaging students in cutting-edge research in the field of smart sensor technology.

- Providing Practical Learning: Offering students hands-on experience and technical skills to bridge the gap between academic learning and industry requirements through real-world engineering projects.

- Contributing to Public Safety and Infrastructure: Developing technologies that can enhance the monitoring and safety of public infrastructure, such as roads, bridges, and buildings, by detecting structural stress and potential risks early.