RAE-TSP-VIT
AI-Driven Adaptive Fast Charging for Electric Vehicles
Discover opportunities for growth and learning.
Empowering Students Through Technical Excellence and Professional Growth
This project aims to develop innovative electric vehicle (EV) charging solutions for sustainable transportation. The activities involve a research partnership between academics in the UK and India and industry partners (Priva Technologies, eApta Dynamics, and startup Warar Energy) to design a new fast EV charger compatible with existing AC chargers. Smart features will be added for remote monitoring, scheduling, and payment to improve convenience. An educational curriculum on EV battery charging will also be created to enhance student skills. Together, these activities will help accelerate EV adoption by improving charging speeds, flexibility, and availability through technological innovation and training the next generation of engineers in this growing field. The project takes a multi-disciplinary approach to tackle EV charging challenges through both technical and educational initiatives for more eco-friendly transportation. By implementing this smart charger, clean energy can promote sustainable transportation for all.
- Develop an AI-driven fast EV charger compatible with existing AC chargers
- Create smart charger with features for remote monitoring, scheduling, and payment integration to improve EV charging convenience
- Develop an industry-informed curriculum on EV battery charging to enhance student competencies.
Ready to enhance your technical journey?
Courses
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Teesside Uni Course Material
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AI-Driven Adaptive Fast Charging for Electrical Vehicles- Empowering
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Networking
Connect with leading academics and researchers worldwide through our comprehensive networking programs.
ECCE Europe Conference 2025 — Birmingham, UK
Dr. Maher served as session chair and presented part of the RAE project at the IEEE PELS & ECPE conference (Sept 2025).
i-PACT 2025 — Universitas Airlangga, Indonesia
Participated as session chair and presenter; our paper won the Best Paper Award. Thanks to Teesside University, Royal Academy of Engineering, VIT, and co-authors Dr. Reshma Gopi R, Maher Al-Greer, Dr. Razia Sultana, and Dr. Indragandhi V.
MEPCON 2025 — Aswan University, Egypt
Accepted for presentation and publication at the 26th International Middle East Power Systems Conference (Dec 20–22, 2025).
Faculty Exchange Programs
Opportunities for faculty members to visit partner institutions.
Research Collaborations
Joint research projects with leading academic institutions(Lab visits at TU).
Academic Conferences
Participate in international conferences and seminars.
Build valuable connections with industry leaders and access exclusive career opportunities.
Industry Mentorship Program
Get paired with industry experts for personalized guidance(Discussion with Dr. Rajat, Nexmu Ltd, at TU).
Corporate Partnerships
Access to leading companies and organizations.
Internship Opportunities
Hands-on experience with industry leaders.
Upcoming Industry Events
Hands on Training session on DC DC converters for EV chargers
Date: March, 2025
Awareness campaign to promote safety handling measures for EV users
Date: July, 2025
Events
Pilot run of the proposed DC charger with industry partner
Testing of DAB for charger
Teesside-VIT Academic Exchange Workshop on Smart Energy & EV Technologies
A fantastic workshop and gathering between colleagues from Teesside University- mainly from our Smart Energy Research Group- and our valued colleagues from Vellore Institute of Technology, Vellore. We had rich discussions around curriculum design and the importance of integrating industry involvement, placements, internships, and start – up support into our programmes.It was inspiring to see the collaborative exchange of knowledge and ideas between both institutions, all aimed at strengthening opportunities for our students. A special highlight was the engaging presentations from our PhD researchers, who shared their ongoing developments and sparked insightful discussions. We also had a very productive meeting with the international team at Teesside University to explore potential partnerships, particularly around student mobility and future collaborations. Many thanks to the Royal Academy of Engineering for supporting this activity as part of the funded TSP – India project: “Al-Driven Adaptive Fast Charging for Electric Vehicles – Empowering Skills and Curriculum Development”. Overall, a day full of learning, sharing, and building bridges for impactful academic and research collaborations.Excited to see where these partnerships take us next!
Skill Development Workshop on “Smart Mobility Solutions for Future Engineers”
A Skill Development Workshop on “Smart Mobility Solutions for Future Engineers” was successfully organized by the project team at Vellore Institute of Technology, Vellore, from 28th to 30th August 2025. The workshop provided interdisciplinary learning opportunities in artificial intelligence, electric vehicle infrastructure, and renewable energy systems. Through blended learning methods such as expert lectures, live demonstrations, and simulation-based sessions, participants gained hands-on exposure to emerging technologies. The program significantly enhanced students’ understanding of sustainable mobility and improved their employability in the rapidly growing electric vehicle and clean energy sectors.
Expert Lecture on “AI in Battery Management Systems for EVs: Innovations and Opportunities”
An Expert Lecture on “AI in Battery Management Systems for EVs: Innovations and Opportunities” was conducted on 4th August 2025 by Prof. Maher Al-Greer from Teesside University, UK, under the banner of IEEE-PELS at VIT. The session focused on AI-driven approaches for battery optimization and intelligent charging, sharing insights from ongoing Indo–UK collaborative research. The lecture provided valuable exposure to advanced energy management techniques for VIT faculty, IEEE members, and M.Tech students. It significantly enhanced participant understanding of AI applications in EV systems and inspired student-led research initiatives in the domain of smart and sustainable energy technologies.
Faculty Empowerment Program on “NET ZERO INITIATIVE”
An expert session was organized on August 8th, 2025 under the theme of the UK’s Net Zero Initiative, focusing on sustainable energy transitions and collaborative opportunities. The invited talk by Prof. Maher Al-Greer from Teesside University, UK, provided insights into the research perspective on battery recycling and the integration of AI-based approaches for sustainable mobility. Additionally, Prof. Nashwan Dawood delivered a session on “Pathway to Net Zero: The UK Case and Opportunities for India–UK Collaboration,” highlighting strategies for decarbonization and policy alignment. The event targeted academicians and research scholars, fostering discussions on clean energy innovation, circular economy practices, and cross-country research partnerships. A meeting on Net Zero Centre Discussion with VIT leadership was conducted with an initiative to establish a Net Zero centre at VIT, Vellore.
Electrify the Future: Industry & Innovation – Transforming Systems through Partnership
A strategic industry-focused event titled “Electrify the Future: Industry & Innovation – Transforming Systems through Partnership” was successfully conducted as part of the Indo–UK collaboration on 10th September 2025 at Teesside University Net Zero Industrial Innovation Centre. The event focused on AI-driven adaptive fast charging technologies and advancements in battery chemistry, bringing together academicians, research scholars, and industry partners from both the UK and India. Conducted in a hybrid interactive format, the session enabled active knowledge exchange between researchers and practitioners. The discussions fostered collaborative research opportunities, supported new joint proposal development, and expanded the project’s international partnership network for future innovations in sustainable mobility. The event is part of the Royal Academy of Engineering’s “Transforming Systems through Partnership (TSP)” programme.
Practical Training Session on EV Charger Technology by Priva Technologies
As part of the project’s industry–academia collaboration, a practical training session on EV charger technology was organized to bridge theoretical knowledge with real-world application. The session was led by industry partner Mr. Akhilesh, CEO of Priva Technologies Pvt. Ltd., who provided hands-on training focused on charger operation, performance analysis, and safety procedures. The workshop also included demonstrations of AC and DC charger configurations, showcasing the integration of smart control algorithms and adaptive power management. Participants, including faculty, research scholars, and project team members, gained valuable insights into industrial testing methods, troubleshooting techniques, and efficiency evaluation. The training enhanced technical proficiency and strengthened the collaborative link between academia and industry.
Indian Research Team Visit to Teesside University, UK
The visit, held from August 15th to 23rd, 2025, was highly productive and offered several key outcomes. It highlighted Teesside University’s excellence in education, research, and innovation, strengthening academic and research ties between the two institutions. Members of the VIT team were invited to deliver sessions during a workshop, facilitating valuable academic exchange. The team also engaged in productive discussions with UK industry representatives and met with the International Relations team at Teesside University to explore collaborative opportunities. Both universities expressed strong interest in joint research proposals, workshops, and future events, laying a solid foundation for long-term partnerships and successful international ventures.
2 Day Workshop
AI based Charging Infrastructure for Sustainable E-Mobility" (AISEM 2024)
Empowering Next-Gen E-Mobility - Exclusive Workshop
The skill development program has been conducted with Dr. Maher and industry partner
Hands on training
One hands on training program has been provided to students with help of Dr. Maher and...
International conference "iCASIC 2024"
Charger Infrastructure for EV Towards Sustainable Transportation
Training program 2024
The refresher training program for UG students by Dr. Jenisha, TU, UK
Round Table Discussion
Industry partners Mr. Akhilesh from Priva Technologies and Mr. Prabhu from Warar have
Publications
| S.No | Title of the Paper | Year of Publication | Full Paper Link |
|---|---|---|---|
| 1 | Investigation of Model‑Based Multiphysics Analysis on Vibro‑Acoustic Noise Sources Identification In Brushless DC Motor for Electric Vehicles | Dec-23 | View Paper |
| 2 | Experimental investigation of vibro-acoustic noise analysis in the switched reluctance motor through transient model-based multiphysics analysis for electric vehicle applications | Apr-24 | View Paper |
| 3 | A Bayesian Optimized Deep Learning Approach for Accurate State of Charge Estimation of Lithium Ion Batteries Used for Electric Vehicle Application | 2024 | View Paper |
| 4 | Enhanced SOC estimation of lithium ion batteries with Real-Time data using machine learning algorithms | Jul-24 | View Paper |
| 5 | Analysis on energy storage systems utilising sodium/lithium/hydrogen for electric vehicle applications | Aug-24 | View Paper |
| 6 | Design of sliding mode controller with improved reaching law through self-learning strategy to mitigate the torque ripple in BLDC motor for electric vehicles | Sep-24 | View Paper |
| 7 | Model predictive controller-based Convolutional Neural Network controller for optimal frequency tracking of resonant converter-based EV charger | Dec-24 | View Paper |
| 8 | A novel reliability estimation methodology towards the design and implementation of symmetric multilevel inverter for long run applications. IET Power Electronics. | Jan-25 | View Paper |
| 9 | Al-Driven Physics-Based Onboard Charger for Optimised Battery Management | 2025 | View Paper |
| 10 | ACO-LSTM Driven Prediction of Lithium-ion Battery State-of-Charge: A Hybrid Approach | 2025 | View Paper |
| 11 | Design and Development of Extended Phase Shift Controlled Dual Active Bridge Converter for EV Battery Charging | 2025 | View Paper |
| 12 | Reliability Investigations of DC-DC Converter for EV Charger Application(Under Process) | 2025 | View Paper |
| 13 | A Novel Nonlinear Time-Dependent Hazard Extended Intelligent Reliability Prediction Approach for Electric Vehicle Motor Controller | 2025 | View Paper |
Extension Activities
Consumer Survey: Electric Vehicles
To understand the requirements of Indian consumers about Electric vehicles and charging system requirements, a mega quantitative survey has been initiated.
Industry Perspective Survey
Understanding industry perspective and status regarding electric vehicle manufacturing.
Project Investigator
VIT Faculty
Dr. CHITRA A
Professor
Dr. INDRAGANDHI V
Professor
Dr. ASHOK B
Professor
Dr. THIRUMALAIVASAN R
Professor
Dr. RAZIA SULTANA W
Professor
Dr. Daki Krishnachaitanya
Junior Research Fellow
Dr. Reshma Gopi
Junior Research Fellow
Teesside University
Dr. Maher Al-Greer
Associate Professor in Power Conversion & Advanced Control
Dr. Maria Jenisha Charles
Lecturer - Electrical/Mechanical Engineering
Industry Partners
Akhilesh Sontakke
Founder and CEO
Company: Priva Technologies Private Limited
Email: akhilesh@privatechnologies.in
G. Prabu
Co-Founder
Company: Warar Energy Pvt Ltd
Email: prabu.g@wararenergy.com
Dr. Rajendran Ramasamy
Co-Founder & CEO
Company: eApta Dynamics Private Limited
Email: drrajendran@eapta.tech
Project Partners
- chitra.a@vit.ac.in
- VIT Vellore, Tamil Nadu, India
