HOD Corner
We are delighted to present the June 2026 edition of the e-Newsletter from the Department of Electrical Engineering, K. K. Wagh Institute of Engineering Education and Research, Nashik. This edition captures the vibrant academic environment, achievements, and initiatives that reflect our continuous pursuit of excellence in education, research, and innovation.
The month of June has been particularly significant, marked by the prestigious AAA Rating conferred by Careers360, reaffirming our commitment to quality education and holistic development. Alongside this milestone, the department successfully organized a comprehensive Faculty Development Program on Electric Vehicle Technology, bringing together experts and academicians to explore emerging trends in sustainable mobility.
This issue also highlights various student-centric
activities, including internship orientation sessions, placement achievements,
and outreach initiatives such as admission awareness programs. These efforts
demonstrate our dedication to preparing future-ready engineers equipped with
technical competence and professional skills.
We are equally proud to feature insightful
contributions from our students, showcasing their understanding of contemporary
technological advancements such as EV charging infrastructure.
As we step into the new academic year 2026–27, we
remain committed to fostering innovation, strengthening industry-academia
collaboration, and creating an enriching learning ecosystem for our students
and faculty.
We hope this newsletter provides you with a
comprehensive glimpse of our department’s activities and accomplishments.
Proud Achievement: AAA Rating by Careers360 for K. K. Wagh IEE&R!
We are proud to
share that K. K. Wagh Institute of Engineering Education and Research,
Nashik, has been recognized among India’s Best Engineering Institutes 2026
by Careers360 and has been awarded the prestigious AAA Rating.
This recognition
has been conferred after evaluating key academic and institutional parameters
such as quality of students and faculty, learning engagement,
infrastructure, graduate outcomes, placements, diversity, and research output.
The achievement reflects the institute’s continuous commitment towards academic
excellence, innovation, industry-oriented learning, and holistic student
development.
Receiving the AAA
rating places the institute among the leading engineering institutions in
the country and stands as a testimony to the collective efforts of the
management, faculty, staff, students, alumni, and stakeholders.
This
accomplishment inspires us to continue striving for excellence in education,
research, innovation, and professional development. We extend our heartfelt
congratulations to the entire K. K. Wagh family on this remarkable achievement.
Department Events
Inauguration of 5-Day FDP on Electric Vehicle Technology
The Department of Electrical Engineering successfully
commenced a 5-day Faculty Development Program on Electric Vehicle Technology, starting from 22nd June 2026 to 26th
June 2026.
The inaugural session was graced by the presence of Dr Prashant Kushare, Dr. Sanjay Mohite,
and Dr. Ravindra Munje, whose
insights set an inspiring tone for the program.
The FDP is being effectively coordinated by Prof. Snehal Sagare and Prof. Chetan Gadge,
ensuring a well-structured and engaging learning experience for all
participants.
Expert Session on EV System Engineering during FDP on EV Technology!
As part of the
5-Day Faculty Development Program (FDP) on Electric Vehicle Technology,
we had the privilege of hosting Mr.
Sarthak Pawar on 22nd June 2026 at K. K. Wagh Institute of Engineering
Education and Research.
He delivered an
insightful session on EV System Engineering, covering key aspects of
electric vehicle architecture, system integration, and emerging industry
trends. His practical perspectives and domain expertise provided valuable
learning for all participants.
FDP on Electric Vehicle Technology | Day 2 Highlights
On the second
day of the Faculty Development Program (FDP) on Electric Vehicle Technology,
held on 23rd June 2026 at K. K. Wagh Institute of Engineering Education and
Research, we had an insightful and technically enriching session by Dr.
Prashant Kushare on the topic: “Design and Optimization of the
Electric Motorcycle Chassis for Effective Battery Utilization” The session
provided a deep understanding of how chassis design plays a crucial role in
maximizing battery efficiency and overall vehicle performance.
The session was
highly engaging and offered valuable perspectives for faculty members and
participants working in the EV domain. It truly emphasized the importance of
innovative design thinking in advancing sustainable mobility solutions.
FDP on Electric Vehicle Technology | Session Highlights
As part of the
Faculty Development Program (FDP) on Electric Vehicle Technology at K.
K. Wagh Institute of Engineering Education and Research, we had an engaging and
thought-provoking session by Arya Mishra on the topic:“Beyond the
Vehicles” The session broadened the perspective of participants by
exploring the larger ecosystem surrounding electric mobility, going beyond just
the vehicles themselves.
The session
encouraged participants to think holistically about the future of sustainable
transportation and the interconnected systems that support it. It was truly
insightful and inspiring for all attendees.
🚗⚡ FDP on Electric Vehicle Technology | Day 3 Highlights!
On the third day
of the Faculty Development Program (FDP) on Electric Vehicle Technology,
held on 24th June 2026 at K. K. Wagh Institute of Engineering Education and
Research, we had an insightful session by Shri.
Shekhar Borse on the topic:
“Autonomous
Mobility: Industry Practices, Emerging Technologies, and Future Opportunities”
The session
offered a comprehensive overview of the rapidly evolving field of autonomous
mobility, highlighting both current industry practices and future trends.
The session was
highly informative and encouraged participants to explore the intersection of
electric mobility and autonomous technologies, which is shaping the future of
transportation.
FDP on Electric Vehicle Technology | Day 3 Highlights
On the third day of the Faculty Development Program (FDP) on Electric Vehicle Technology, held on 24th June 2026 at K. K. Wagh Institute of Engineering Education and Research, we had an insightful and technically enriching session by Dr. Saravanan S on the topic: 🔹 “Power Electronics for EV Applications” The session provided a strong foundation on the critical role of power electronics in electric vehicles, enabling efficient energy conversion and control. The session was highly informative and highlighted how power electronics serves as the backbone of modern electric vehicle systems, ensuring performance, efficiency, and reliability.
FDP on Electric Vehicle Technology | Day 4 Highlights
On the 4th day (25th June 2026) of the Faculty Development
Program (FDP) on Electric Vehicle Technology at K. K. Wagh
Institute of Engineering Education and Research, we had the privilege of
hosting insightful sessions by Dr. Anand
Kumar and Dr. Abhishek Srivastava. Their expert talks provided valuable
guidance on emerging trends, technological advancements, and practical
challenges in the EV domain. The sessions were highly engaging and enriched the
participants with both theoretical understanding and real-world perspectives.
We sincerely thank both speakers for their time, knowledge sharing,
and inspiration to all attendees.
FDP on Electric Vehicle Technology | Day 5 Highlights!
On the 5th day (26th June 2026) of the Faculty Development
Program (FDP) on Electric Vehicle Technology at K. K. Wagh
Institute of Engineering Education and Research, we had an insightful online
session conducted by Prof. Jaydeep Shah.
The session offered valuable perspectives on key aspects of
EV technology, blending fundamental concepts with practical insights. Despite
being conducted online, the session was highly interactive and engaging,
providing participants with an excellent learning experience.
Group Photo | FDP on Electric Vehicle Technology
As part of the
successful completion of the Faculty Development Program (FDP) on Electric
Vehicle Technology, conducted from 22nd to 26th June 2026 at K. K. Wagh
Institute of Engineering Education and Research, we captured a memorable group
photograph with our esteemed Director Dr. Keshav Nandurkar, Head of the
Department Dr. Ravindra Munje, distinguished speakers, enthusiastic
participants, and coordinators Prof. Snehal Sagare and Chetan Gadge.
This FDP brought
together experts and faculty members to explore the latest advancements in
electric mobility, power electronics, autonomous systems, and sustainable
technologies.
Together, we
move forward toward a cleaner, smarter, and more sustainable mobility
ecosystem.
Preparing Future Engineers: Internship Orientation Session for Final Year Students!
On 25th June
2026, we successfully conducted a Kick-Start Session for the Final Year
Electrical Engineering students as they prepare to embark on their 6-month
internship journey starting from 1st July 2026 at K. K. Wagh Institute of
Engineering Education and Research.
The session was
enriched by the presence and guidance of Shri.
Pralhad Dhumal and Shri. Venugopal
S, who shared valuable insights from their professional experience.
💡 What
made this session truly special was the panel discussion format, where our esteemed
experts interacted with last year’s interns, Ms. Aira Rohini Sachin and Ms. Sakshi Gargate. Their real-world
experiences and practical advice helped address many queries and concerns of
the upcoming interns.
🎯 The
open discussion created an engaging platform where students could gain clarity,
confidence, and direction before stepping into the industry.
The session was
seamlessly coordinated by Dr. Pramod
Shahabadkar and his team, along with the Internship Coordinators from the
Electrical and Mechanical Departments.
👏
Wishing all our students the very best as they begin this important phase of
their professional journey!
Faculty Development Program on “Pedagogy on Curriculum Delivery”
As we step into the Academic Year 2026–27, it is essential to
reflect, realign, and reinvent the way we deliver knowledge to our students.
With this objective, we initiated a Faculty Development
Program (FDP) on “Pedagogy on Curriculum Delivery” on 27th
June 2026 at K. K. Wagh Institute of Engineering Education and Research.
The program focuses on understanding and strengthening the
curriculum delivery mechanisms adopted by faculty members while encouraging a
shift toward more innovative, student-centric teaching and learning practices.
It was inspiring to witness the enthusiastic participation
and openness of faculty members toward embracing new ideas, modern pedagogical
approaches, and effective teaching methodologies.
Together, we move forward with a shared vision—to create a more
dynamic, effective, and impactful learning environment for our students in the
year ahead.
Student Corner
Felicitation
Ceremony for Placed Students | A Proud Moment
The Training and Placement Cell of K. K. Wagh Institute of
Engineering Education and Research organized a Felicitation Ceremony for our
placed students on 4th June 2026.
It was truly a proud and heartwarming moment to celebrate the
success of our students in the presence of their parents. We were delighted to
felicitate Mr. Aditya Bairagi, Ms. Aira
Malegaonkar, and Ms. Sakshi Birari for their remarkable achievements.
Such moments reflect not only the hard work and dedication of
our students but also the constant support and encouragement from their
families and mentors.
Congratulations to all the achievers! Wishing them great success and
a bright future in their professional journey ahead.
A Proud Moment During the Admission Awareness Camp | Buldhana!
On 29th June 2026, during our visit to Buldhana for the Admission
Awareness Camp, we had the privilege of witnessing a proud and memorable
moment. One of our distinguished recent graduates, Mr. Abhishek Pandav, was felicitated for securing a placement in a
multinational company. Being a native of Buldhana district, this recognition in
his hometown made the occasion even more special and meaningful. Moments like
these truly reflect the success of our students and inspire many aspiring
engineers in the region. Heartiest congratulations to Mr. Abhishek Pandav on this remarkable achievement, and we wish him
continued success in his professional journey!
Faculty Corner
Admission Awareness Session | Buldhana District!
On 29th June 2026, Dr.
Ravindra Munje and Dr. Vilas Patil conducted an Admission Awareness Session
in Buldhana, aimed at guiding prospective students and their parents through
the engineering admission process. The session focused on creating clarity
about admission procedures, available opportunities, and the importance of
making informed career choices in engineering. It was encouraging to witness
enthusiastic participation and active engagement from students and parents
alike. Such outreach initiatives play a vital role in bridging the information
gap and empowering students, especially from rural and semi-urban areas, to
confidently pursue their academic aspirations.
Industrial Training by Prof. Nayana Jangle
Prof. Nayana N. Jangle, (Assistant Professor, Electrical Engineering Department, K. K. Wagh
COE, Nashik) has successfully completed Industrial Training at Teknocrat's
Control Systems (I) Pvt. Ltd from 01st June 2026 to 15th June 2026.
Newspaper Cutting
Student Article
Electric Vehicle Charging Infrastructure: Supporting the Future of Sustainable Transportation
1. Introduction
The global transition toward
sustainable transportation has significantly increased the adoption of electric
vehicles (EVs). Unlike conventional vehicles powered by fossil fuels, electric
vehicles rely on electrical energy stored in rechargeable batteries. As the
number of EVs continues to grow, the development of reliable and efficient
charging infrastructure becomes essential. Electric Vehicle Charging
Infrastructure refers to the network of charging stations, power electronics,
and communication systems required to supply electricity to EVs. This article
discusses the working principle of EV charging systems, different types of
charging technologies, advantages of EV infrastructure, applications, and
future developments that will support the expansion of electric mobility
worldwide.
Transportation is one of the largest
contributors to global greenhouse gas emissions. Conventional vehicles powered
by petrol and diesel engines release harmful pollutants that negatively impact
the environment and human health. To reduce these emissions and improve energy
efficiency, electric vehicles are being rapidly adopted across the world.
Electric vehicles operate using
electric motors powered by rechargeable battery systems. These batteries must
be charged regularly through specialized charging stations. As a result, the
development of efficient EV charging infrastructure has become a critical
requirement for the widespread adoption of electric vehicles.
EV charging infrastructure includes
charging stations, power conversion equipment, communication networks, and
energy management systems. These components work together to ensure safe and
efficient delivery of electricity to electric vehicles.
2. System Overview
Fig.1. Basic EV charging system architecture
3. Types of EV Charging Systems
Electric vehicle charging systems are commonly classified into three
types based on their charging speed and power level. Level 1 charging uses a
standard household electrical outlet and is the slowest method, making it
suitable for residential use where vehicles can be charged over longer periods.
Level 2 charging operates at a higher voltage and requires dedicated charging
equipment, providing faster charging compared to Level 1; it is widely used in
homes, offices, and public charging stations. Figure 2 shows the types of EV Charging Systems. DC fast charging,
on the other hand, delivers high-power direct current (DC) directly to the
vehicle battery, enabling rapid charging within a short period of time and
making it ideal for highway and commercial charging applications.
Fig.2 Types
of EV Charging Systems
4. Advantages of EV Charging Infrastructure
Environmental
Benefits: Electric vehicles produce zero tailpipe emissions, reducing air
pollution and greenhouse gas emissions. Energy Efficiency: Electric motors are
more energy-efficient compared to internal combustion engines. Reduced
Operating Cost: Electric vehicles have lower fuel and maintenance costs
compared to conventional vehicles. Support for Renewable Energy: EV charging
infrastructure can be integrated with renewable energy sources such as solar
and wind power. Improved Energy Management: Smart charging systems allow better
load management and reduce stress on the electrical grid.
5. Modern EV Charging
Technologies
Modern electric vehicle charging technologies are designed to
improve efficiency, flexibility, and user convenience. Smart charging systems
utilize advanced communication and automation to control the charging process
based on grid conditions, electricity demand, and energy availability, thereby
optimizing power usage and reducing peak load. Another important innovation is
Vehicle-to-Grid (V2G) technology, which enables electric vehicles to not only
draw power from the grid but also supply electricity back to it when needed,
supporting grid stability and energy balancing. Additionally, wireless charging
technology allows electric vehicles to charge without the need for physical
cables by using electromagnetic induction, offering greater convenience and
paving the way for future advancements such as dynamic on-road charging.
Applications of EV Charging Infrastructure:
Electric vehicle charging infrastructure is used in various sectors,
including:
• Residential charging stations
• Public charging stations
• Commercial buildings and parking facilities
• Highway fast charging stations
• Electric bus charging depots
Many countries, including India, China, the United States, and
Germany, are investing heavily in EV charging infrastructure to support the
transition to clean transportation.
6. Future Scope of EV Charging Infrastructure
The future of electric
transportation will strongly depend on the development of advanced EV charging
technologies. Governments and industries are investing in large-scale charging
networks to support the growing number of electric vehicles.
Future developments may
include:
• Ultra-fast charging
stations
• Wireless dynamic
charging roads
• Integration of EV
charging with renewable energy systems
• Smart charging
networks connected to smart grids
• Development of
battery swapping stations
7. Conclusion
Electric vehicle
charging infrastructure plays a crucial role in supporting the widespread
adoption of electric vehicles. It enables efficient energy transfer from the
power grid to electric vehicles while ensuring safe and reliable charging operations.
With increasing global focus on clean energy and sustainable transportation, EV
charging systems will become an essential component of modern electrical power
systems. Continuous advancements in power electronics, communication
technologies, and smart grid integration will further enhance the performance
and accessibility of EV charging infrastructure in the future.
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