Training Programme on "Vehicle Diagnosis System"
in association with BOSCH
23rd - 24th January 2024
To enhance the technical knowledge along with the hands-on session, SAE India Collegiate Club, Dronacharya Group of Institutions, Greater Noida organized a training programme on “Vehicle Diagnosis System” in association with BOSCH for the second-year students of Mechanical Engineering and Electrical Engineering Department from 23rd – 24th January, 2024. Mr. Parag S Kavthekar (Technical Trainer, North Region, BOSCH) was the expert for two days training session. The event was coordinated by Dr. Deepak Kumar (ME Dept.) and Prof. Krati Hardya (ME Dept.) with support from Prof (Dr.) Shailesh Kumar Singh (HOD, Mechanical Engineering, Dept.)
Dr. Shailesh Kumar Singh extended a warm welcome to Mr. Parag S Kavthekar, by presenting a token of gratitude. Dr. Singh also shared his views on the significance of the training session, emphasizing its role in bridging the gap between theoretical knowledge and practical application in the automotive industry. The collaborative effort aimed to empower students with hands-on experience and a deeper understanding of vehicle diagnosis systems, aligning with the ever-evolving technological landscape in the field of mechanical and electrical engineering.
The Training Programme started with introduction of the concepts of Internal Combustion Mechatronic and Electric vehicles. The session continued with the explanation of advancement development of components in the automobiles in terms of sensors and its integration with the vehicle system.
Facilitating the session, Mr. Parag provided an in-depth exploration of advancements in sensor technologies and their pivotal role in the automotive landscape. The discourse highlighted the crucial relationship between sensors and the overall functioning of vehicles.
Afterwards, hands-on activity was initiated under the guidance of Mr. Parag. Students were provided with the opportunity to engage with a functional vehicle for on-site diagnosis in the BOSCH lab within the Department of Mechanical Engineering. The practical session aimed to familiarize participants with real-world vehicle diagnosis using an actual car, and the chosen model for this exercise was the Ertiga (2012 make).
On the subsequent day, the training extended into a more detailed session. The diagnosis continued with the FORCE MOTOR Mini bus, revealing and addressing false systems and desynchronized sensors. Another model, the Hyundai Grand i10 Nios, underwent a similar diagnostic process utilizing the same software.
Mr. Parag further explained the intricacies of the BMW TWIN-CHARGER engine, providing a comprehensive explanation of each component. An in-depth discussion on sensors, different systems, exhausts, filters, casings, and the materials employed in the engine's construction was carried. A comparative analysis of the BMW engine functions with those of other companies was also presented.
Additionally, Mr. Parag elucidated the functionality of the Battery Power Tester, detailing its efficient operation in powering a motor and alternator.
Both the college bus (Force Traveller) and the Hyundai car (i10 Nios) underwent diagnosis using the ESI software, a robust tool designed to identify various faults in the vehicle. The software meticulously scrutinized critical components, such as inlet temperature sensors and air mass sensors, ensuring that all sensors were synchronized with the vehicle systems for optimal performance.
The practical and insightful training program provided students with a hands-on experience and a profound understanding of vehicle diagnostics and advanced automotive technologies.