Industrial Visit To Delhi Metro Rail Corporation (DMRC), New Delhi

22nd October 2026

Mechanical Engineering Department, Dronacharya Group of Institutions (DGI), Greater Noida, organised an industrial visit to the Delhi Metro Rail Corporation (DMRC) Academy, Shastri Park, New Delhi, on 22^ndOctober 2026 for second-year B.Tech students of Mechanical Engineering and Electronics & Communication Engineering, accompanied by Mr. Ankur Sachdeva, Assistant Professor, Mechanical Engineering. The programme was conducted under the guidance of Dr. Sangeeta Mangesh Karyakarte, Director; Dr. Shailesh Kumar Singh, Registrar and Head of the Mechanical Engineering Department; and Prof. Sanghamitra V. Arora, Deputy Director and Head of the Electronics & Communication Engineering Department.

DMRC Academy is a specialised training centre that develops technical competence in metro railway operations, maintenance, and safety. It provides training in key areas such as rolling stock, signalling, electrical systems, track maintenance, communication, and train operations. The visit offered students an opportunity to connect classroom learning with practical engineering applications and understand the technological infrastructure supporting modern urban transportation.

Upon arrival, the students were welcomed by Prof. Mukesh Kumar, Rolling Stock, DMRC Ltd., and other officials. An introductory session familiarised participants with the history, mission, and expansion of the Delhi Metro network. The officials highlighted DMRC's emphasis on passenger safety, punctuality, cleanliness, operational reliability, and efficient public transportation. The interaction also helped students understand the role of technical expertise and coordinated engineering practices in maintaining a large-scale metro network.

During the technical sessions, students gained insights into metro signalling and train control technologies, including Automatic Train Control (ATC), Automatic Train Operation (ATO), Automatic Train Protection (ATP), and Communication-Based Train Control (CBTC). These systems play an important role in train movement management, operational safety, and service efficiency. Participants also observed a train operation simulator and learned how simulation-based training helps metro personnel practise routine operations and respond to emergency situations in a controlled environment.

A visit to the Rolling Stock and Maintenance Section provided an overview of the mechanical and electrical systems essential to metro train performance. DMRC engineers explained the functioning of braking systems, propulsion mechanisms, bogies, and automatic door systems, emphasising the importance of preventive maintenance and systematic inspection. Students also learned about track construction and maintenance, traction systems, and the use of a third rail for supplying electrical power to metro trains. These explanations demonstrated how mechanical, electrical, and electronics engineering disciplines work together to ensure safe, reliable, and uninterrupted metro services.

The industrial visit strengthened students' understanding of the practical applications of engineering principles in railway infrastructure and urban mobility. It enhanced their technical awareness of train control systems, rolling stock, maintenance procedures, and safety practices while highlighting the importance of interdisciplinary collaboration. Interaction with DMRC professionals also provided valuable exposure to industry practices and potential career opportunities in railway engineering, transportation systems, and infrastructure management.

Overall, the visit to DMRC Academy, Shastri Park, New Delhi, proved to be a valuable experiential learning opportunity for the participating students. It bridged the gap between theoretical concepts and industrial applications, encouraged technical curiosity, and broadened students' understanding of modern metro railway technology. Such initiatives strengthen industry–academia interaction and help prepare aspiring engineers for the practical challenges of their professional careers.

Objective of the Visit: To provide students with practical exposure to metro railway technology, rolling stock, signalling and control systems, maintenance procedures, and safety standards while promoting interdisciplinary learning and industry-oriented technical understanding.