Netaji Subhas University of Technology (NSUT) is taking a decisive step toward future-ready engineering education as NSUT plans to strengthen EV technology training through major upgrades to its electric vehicle (EV) laboratory. With the EV sector expanding rapidly in India, the initiative aims to equip students with practical skills that align closely with industry needs.
Bridging the Gap Between Theory and Industry
At its Jaffarpur campus in West Delhi, NSUT is preparing to introduce advanced, hands-on training equipment that will allow students to work directly with EV batteries, electric car systems, and charging technologies. University officials note that while classroom learning builds conceptual foundations, real-world exposure is essential to produce industry-ready engineers. This is why NSUT plans to strengthen EV technology training with a strong focus on experiential learning.
₹35 Lakh Investment in Specialized EV Systems
As part of the proposed initiative, the university is exploring procurement covering the supply, installation, testing, and commissioning of new EV-focused lab equipment. An estimated budget of ₹35 lakh has been earmarked for up to three specialised training systems. These systems are expected to support both academic teaching and applied research in electric mobility and clean energy technologies, reinforcing the vision as NSUT plans to strengthen EV technology training in a structured and future-oriented way.
Battery Management System (BMS) Test Rig
One of the most significant additions under consideration is a Battery Management System (BMS) demonstration test rig. This system would help students understand how lithium-ion batteries in EVs are monitored, controlled, and protected. By observing real-time data on voltage, current, and temperature, students can learn about cell balancing and how faults like overheating or overcharging are detected and managed safely.
Integrated Electric Four-Wheeler Training Rig
Another proposed upgrade is an integrated electric four-wheeler training rig. Mounted on a single frame, it would combine the motor, controller, battery system, charger, and transmission. This setup would allow students to trace power flow across the vehicle and study key concepts such as motor control, regenerative braking, and overall energy management in electric cars.
Solar-Based PWM Charge Controller System
The third system focuses on sustainable charging solutions. A Pulse Width Modulation (PWM) charge controller training system, paired with a solar panel simulator, would enable students to study solar-based battery charging. They would analyze charging stages, efficiency, safety mechanisms, and fault conditions, gaining insight into renewable energy integration with EVs.
Building Industry-Ready Engineers
By adopting a systems-level approach to electric mobility education, NSUT plans to strengthen EV technology training in a way that reflects real-world engineering challenges. The initiative highlights the university’s commitment to preparing students for careers in the evolving EV and clean energy ecosystem.
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