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IoT-Based Smart Parking for EV Charging

NSTI Mumbai

Ramkesh, Ashish Prajapati, Sunil Kumar Singh Yadav, Neeraj Yadav, Upendra Singh Yadav

Smart Simulator for Electric Two-Wheeler: Performance Analysis of E-Scooter Drive System

NSTI Mumbai

Abinash Saikia, Sujal, Soham

Development of Highway Wind-Powered EV Charging Station Using Vertical Axis Wind Turbine

NSTI Mumbai

Mritunjay Prakash, Jyotish Kumar, Sagar, Ajay Wadkar, Ajit Kushwaha

Password Based Circuit Breaker in EV Charging Station

NSTI Bangalore

Ashok Kumar, Sanjeev Kumar, Deependra Mani, Abhinav Sagar

Design of DC-DC 48/12V Buck Converter

NSTI Bangalore

Akshay Sawale, Zafar Raja, Amisha Singh

IoT Smart EV Monitoring

NSTI Bangalore

Sonal Kumari, Naresh Kumar, Debasmita Biswas, Poonam

Design and Development of Motor Controller for Variable Load Application in Trucks and MPV

NSTI Chennai

Reshal Jain, Dipika Singhaniya, Ankit Kumar, Sagar Kumar

EV Learning & Charging Platform

NSTI Chennai

Kuldip Kumar, Naveen Kumar, Krishna Kumar, Vishal Kumar, Vaibhav Kumar

Design and Analysis of Rooftop Solar Charging System for Electric Vehicles

NSTI Chennai

Paras, Anshu Kumari, Kajal Kumari, Suman Kumari, Neelu

Smart Braking System Using Ultrasonic Sensor

NSTI Chennai

Manish Kumar, Avinash Kumar, Surya Bali Kumar, Ritik Yadav

No capstone projects found for the selected state.

IoT-Based Smart Parking for EV Charging

Industry Challenge

The increasing number of vehicles and EVs has made parking management more challenging, resulting in traffic congestion, longer parking search times, inefficient space utilization, and limited access to charging facilities.

Our Innovation

An IoT-based Smart Parking System with integrated EV charging support was developed to enhance parking efficiency and user convenience. The system utilizes an ESP32 microcontroller, IR sensors, a servo motor, and an LCD display to automate parking operations and provide real-time parking slot availability through Wi-Fi communication. It also automates gate control and displays live parking updates, helping reduce congestion, optimize space utilization, and support smart city infrastructure through a cost-effective and energy-efficient solution.

Smart Simulator for Electric Two-Wheeler: Performance Analysis of E-Scooter Drive System

Industry Challenge

The rapid growth of electric vehicles has created a need for practical training tools that help students and technicians understand EV systems, component interactions, and vehicle control strategies. However, access to real EVs for learning and experimentation is often limited due to cost, safety, and infrastructure constraints.

Our Innovation

A Smart Simulator for Electric Two-Wheelers was developed to provide a safe and cost-effective platform for studying EV drive system performance and control. The simulator demonstrates the operation of key EV components, including the battery, BLDC motor, controller, charging system, and auxiliary loads. It incorporates throttle-based speed control, parameter monitoring, electrical protection mechanisms, and power distribution controls, enabling users to gain hands-on experience in EV operation, diagnostics, and performance analysis.

Development of Highway Wind-Powered EV Charging Station Using Vertical Axis Wind Turbine

Industry Challenge

The growing adoption of Electric Vehicles (EVs) has increased the demand for reliable and sustainable charging infrastructure. Traditional EV charging stations depend heavily on grid electricity, which can lead to higher operational costs, increased grid load, and limited charging availability in remote highway locations.

Our Innovation

A Highway Wind-Powered EV Charging Station was developed using Vertical Axis Wind Turbine (VAWT) technology to harness energy from natural wind and vehicle-induced turbulence on highways. The system integrates a generator, Battery Energy Storage System (BESS), and IoT-based monitoring to efficiently generate, store, and manage renewable energy for EV charging. This solution reduces dependence on conventional power sources, improves charging accessibility in remote areas, and supports sustainable transportation and net-zero emission goals.

Password Based Circuit Breaker in EV Charging Station

Industry Challenge

Electric vehicles are vulnerable to unauthorized access, theft, and improper handling, which can compromise vehicle security and lead to electrical system damage. Conventional ignition systems often lack advanced access control mechanisms to prevent misuse and protect critical EV components.

Our Innovation

A Password-Based Circuit Breaker System was developed to enhance the security and safety of electric vehicles through password authentication and intelligent access control. The system prevents unauthorized vehicle operation, protects the electrical system from improper handling, and helps avoid battery damage, short circuits, and system failures. By integrating secure access management with circuit breaker functionality, the solution improves the reliability, safety, and overall security of EV infrastructure.

Design of DC-DC 48/12V Buck Converter

Industry Challenge

Electric vehicles require a stable low-voltage power supply to operate auxiliary systems such as lighting, sensors, infotainment units, and electronic control modules. Directly powering these components from a high-voltage battery can lead to inefficiencies, voltage fluctuations, and reduced system reliability.

Our Innovation

A 48V/12V DC-DC Buck Converter was designed and developed to efficiently convert the EV battery's 48V output into a stable and regulated 12V DC supply for auxiliary components. The system utilizes high-frequency switching techniques and optimized power electronics to achieve high efficiency, low power loss, and minimal voltage ripple. Through simulation and performance analysis, the converter demonstrated reliable operation under varying load conditions, improving energy utilization and the overall reliability of EV power management systems.

IoT Smart EV Monitoring

Industry Challenge

Electric vehicle owners and fleet operators often face challenges in monitoring vehicle performance, battery health, and operational efficiency in real time. The lack of continuous monitoring and predictive insights can lead to unexpected failures, reduced battery life, and increased maintenance costs.

Our Innovation

An IoT-based Smart EV Monitoring System was developed to enable real-time tracking of critical vehicle parameters such as battery State of Charge (SoC), temperature, motor health, and driving efficiency. The system integrates embedded sensors with an ESP32 microcontroller and uses Wi-Fi/MQTT communication for wireless data transmission to the AWS IoT cloud platform. A real-time dashboard provides live performance visualization, while machine learning models support battery degradation prediction and anomaly detection, improving energy optimization, operational efficiency, and predictive maintenance capabilities.

Design and Development of Motor Controller for Variable Load Application in Trucks and MPV

Industry Challenge

Electric trucks and multi-purpose vehicles (MPVs) operate under varying load conditions, which can affect motor performance, energy efficiency, vehicle stability, and driving comfort. Conventional motor control systems often struggle to adapt to real-time payload changes, resulting in inefficient power utilization and reduced vehicle performance.

Our Innovation

An intelligent motor controller was designed and developed to dynamically regulate motor torque based on real-time load conditions in electric trucks and MPVs. The system incorporates load sensing mechanisms and advanced control strategies such as torque-based control and Field Oriented Control (FOC) to optimize vehicle performance. By improving acceleration, traction, hill-climbing capability, and energy efficiency, the solution enhances operational reliability, driver comfort, and overall performance of electric commercial vehicles.

EV Learning & Charging Platform

Industry Challenge

The growing adoption of electric vehicles has highlighted the need for greater EV awareness, user education, and easy access to charging infrastructure. Many users face challenges in understanding EV technology, locating charging stations, and managing charging schedules efficiently.

Our Innovation

An EV Learning & Charging Platform was developed to combine EV education, charging station access, and smart charging management in a single solution. The platform provides interactive learning modules on battery systems, charging technologies, and EV energy flow, while also enabling users to locate nearby charging stations, monitor real-time charger availability, and book charging slots. This integrated approach improves user convenience, reduces charging wait times, and promotes a smarter and more accessible EV ecosystem.

Design and Analysis of Rooftop Solar Charging System for Electric Vehicles

Industry Challenge

Electric vehicles primarily depend on grid-based charging, which can increase energy costs and limit sustainability benefits. There is a need to explore renewable energy integration methods that can supplement battery charging, extend driving range, and reduce dependence on conventional power sources.

Our Innovation

A study was conducted on the integration of rooftop solar panels in electric vehicles to evaluate their impact on energy efficiency and vehicle performance. The project analyzed solar energy generation under various environmental conditions and assessed its contribution to battery charging during driving and parking. Factors such as panel efficiency, roof area, sunlight availability, and vehicle energy consumption were evaluated to estimate the additional driving range achievable through solar energy utilization. The solution promotes sustainable transportation by reducing reliance on grid-based charging and encouraging the use of clean, renewable energy.

Smart Braking System Using Ultrasonic Sensor

Industry Challenge

Road accidents often occur due to delayed driver reactions, lack of awareness of nearby obstacles, and human error. There is a need for intelligent safety systems that can detect potential collisions and take preventive action to enhance vehicle and passenger safety.

Our Innovation

An Automatic Collision Prevention System was developed using ultrasonic sensors, microcontrollers, and automated control mechanisms to detect obstacles in front of a vehicle. The system continuously monitors the distance between the vehicle and nearby objects and provides warnings through visual or audio indicators when an obstacle enters a predefined safety zone. If the obstacle comes dangerously close, the system automatically activates the braking mechanism to help prevent collisions, improving road safety and reducing the risk of accidents caused by human error.

Capstone Stories

IoT-Based Smart Parking for EV Charging

Smart Simulator for Electric Two-Wheeler: Performance Analysis of E-Scooter Drive System

Development of Highway Wind-Powered EV Charging Station Using Vertical Axis Wind Turbine

Password Based Circuit Breaker in EV Charging Station

Design of DC-DC 48/12V Buck Converter

IoT Smart EV Monitoring

Design and Development of Motor Controller for Variable Load Application in Trucks and MPV

EV Learning & Charging Platform

Design and Analysis of Rooftop Solar Charging System for Electric Vehicles

Smart Braking System Using Ultrasonic Sensor

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