HOD Corner
It
gives me immense pleasure to present the October 2025 edition of our Department
of Electrical Engineering Newsletter. This month has been rich with academic
activities, expert interactions, student achievements, and valuable initiatives
that reflect the collective enthusiasm and dedication of our department.
From
insightful expert sessions on Intelligent Sensors and IEC 61850, to thought-provoking
events like IEEE Day and Ethics & Values programs, our students continue to
gain exposure to emerging technologies and essential professional skills.
Faculty engagements with industry and alumni have further strengthened our
collaborations and ensured that we stay aligned with the latest trends in
engineering practice.
We are
especially proud of our students’ achievements—whether it is placements,
innovations, or vibrant student-led activities like the fresher’s gathering.
Each accomplishment reinforces our commitment to nurturing well-rounded
engineers who are technically competent, ethically grounded, and socially
responsible.
I
extend my heartfelt appreciation to all faculty members, staff, students,
alumni, and industry partners for their continued support and contribution. I
also congratulate the Newsletter Committee for their consistent efforts in
bringing this monthly publication to life.
Let us
continue striving together toward excellence, innovation, and holistic growth.
Department Events
Expert session on “Intelligent Sensors" by Mr. Nikhil Gaikwad, Pursuing Master's Degree, Germany, on 15th October 2025
An
Expert lecture has been arranged by the IET On-Campus of the electrical
department on “Intelligent Sensors"
for Second Year Electrical Division: A
and B students and staff of the department on 15/10/2025. Resource
Person: “Mr. Nikhil Gaikwad” Pursuing
a master's degree, Germany. Total No. of Students present = 130. An expert
lecture on “Intelligent Sensors” was conducted to enhance students’
understanding of modern sensing technologies used in automation, robotics, and
industrial systems. The expert explained how intelligent sensors integrate
sensing elements with microprocessors and signal conditioning circuits to provide
self-calibration, self-diagnosis, and digital communication capabilities. The
session covered topics such as sensor interfacing, signal processing, wireless
communication in sensor networks, and the role of AI and IoT in next-generation
smart sensors. Real-world applications in automotive systems, biomedical
instruments, and industrial automation were demonstrated through case studies
and videos. The lecture helped bridge the gap between theoretical knowledge and
industrial practices by showcasing how intelligent sensors improve accuracy,
reliability, and decision-making in modern systems.
Expert session on “IEC61850 Standard" by Mr.Vinayak Chavan, Technical Sales Support Specialist, ABB, Finland, on 11th October 2025
An Online Expert lecture has been
arranged in association with the EFFECT Student body of the electrical
department on “IEC61850 Standard” for LY
Electrical Division: A and B students
and staff of the department on 11/10/2025. Resource Person: Mr. Vinayak Chavan, Technical Sales
Support Specialist, ABB, Finland. Total No. of Students present = 94. An expert lecture on “IEC 61850 Standard
for Substation Automation” was organized to provide students with insights into
modern communication protocols used in power system automation. The session
highlighted how the IEC 61850 standard facilitates interoperability,
reliability, and real-time communication between Intelligent Electronic Devices
(IEDs) in substations. The expert explained key concepts such as Logical Nodes,
GOOSE messaging, MMS communication, and Sampled Values, emphasizing their role
in improving protection and control systems. Demonstrations and case studies on
substation configuration language (SCL) and practical implementation in digital
substations were also presented. The lecture helped students understand the
importance of standardized communication in achieving Smart Grid and SCADA
integration, thereby linking theory to current industrial automation practices.
IEEE Day 2025 Celebration at Department of Electrical Engineering, K.K.Wagh Institute of Engineering Education & Research, Nashik
The Department of Electrical Engineering
celebrated IEEE Day (7th October 2025) on 9th October 2025 with great
enthusiasm and inspiration. On this occasion, we were honored to host Prof. Dr.
Om Prakash G. Kulkarni, who delivered an insightful session on “Leveraging
Technology for a Better Tomorrow.”
Dr. Kulkarni shared thought-provoking
perspectives on how innovation and emerging technologies can drive sustainable
development and societal transformation. The session motivated students to
align their technical knowledge with real-world challenges and to contribute
towards building a better, technology-enabled future.
The event reflected the true spirit of IEEE —
advancing technology for humanity!
Session on “Ethics and Values in Public Engagement” under the Energy and Education Awareness Program
The Department of Electrical Engineering, K. K.
Wagh Institute of Engineering Education and Research, Nashik, organized an
insightful session on “Ethics and Values
in Public Engagement” for Third Year (TY) students on 10th October 2025
under the Energy and Education Awareness Program. The session was delivered by Adv. Rajesh Shinde shared valuable
insights on ethical decision-making, moral responsibilities, and the importance
of integrity in professional and public life. Students actively participated in
discussions, gaining a deeper understanding of how strong values and ethical
principles form the foundation for responsible engineers and citizens.
Student Corner
Proud Moment for the Department!
We are delighted to share that our student, Prasad Balkrushna Kshirsagar,
has been placed in a Multi-National Company for the academic year 2025-26.
This achievement reflects his hard work, dedication, and perseverance
throughout his journey. It also motivates his peers to aim higher and prepare themselves
for exciting career opportunities ahead.
Wishing Prasad all the very
best as he begins this new chapter of professional growth and success!
Welcoming the New Batch with Enthusiasm!
The EFFECT Student Body of the Department of Electrical Engineering
organized a ‘Vibrant Freshers’ Party
for the Second-Year students on 11th October 2025.
The event was filled with energy, creativity, and joy as the students
showcased their talents, participated in fun activities, and built new
friendships that will shape their journey ahead.
Such initiatives by the student body truly reflect the spirit of
teamwork, leadership, and camaraderie that defines our department.
Wishing the second-year students a wonderful and enriching year ahead!
Faculty Corner
Congratulations to our Innovators!
We are proud to share that our students and faculty members have
successfully published a Design Patent on
“Self-Balancing Multifunction Wheelchair.”
The innovators are Snehal Sagare,
Pankaj Beldar, Nivrutti Vishram Patil, Aniket Chhatre, Shubham Satish Modi,
Omkar OZARKAR, Prajakta Pralhad Patil, Shadab Ismail Pinjari, Akanksha Raosaheb
Gite, Jay Sanjeev Jagtap, Sarthak Shashikant Tisgaonkar.
This innovative idea reflects their creativity, teamwork, and commitment
to developing assistive technology that enhances mobility and independence for
users.
Kudos to all the team members for their remarkable achievement!
Wishing them continued success in their journey of innovation and
societal impact.
Industry Connect and Alumni Interaction in Pune
On 6th October 2025, Dr. Pramod
Shahabadkar, Dr. Padmakar Pawar, Dr. Saravanan S., and Prof. Vishal Galande visited Glatt
Systems Private Limited, Sulzer, and Duroshox in Pune.
The visit provided valuable insights into advanced industrial practices
and emerging technologies. During the visit, we also had the opportunity to
interact with our alumni, who are making significant contributions in their
respective organizations.
Such engagements strengthen the industry-academia relationship and
inspire our ongoing efforts toward experiential learning and collaborative
growth.
Remembering Hon. Bhau: A Visionary Leader’s 93rd Birth Anniversary!
On 19th October 2025, the 93rd birth anniversary of Hon. Bhau (Balasaheb Devram Wagh), we performed the Pratimapujan to
pay our humble respects and heartfelt tribute to this visionary leader.
Hon. Bhau dedicated over five decades of his life to education, values,
and community service. The glorious existence of the K. K. Wagh Education
Society today stands as a living testimony to his tireless efforts, foresight,
and commitment.
His thoughts, ideals, and simplicity continue to inspire us every single
day.
We bow in gratitude and remembrance.
Student Article
Urban Transportation
Chavan Aditi Anil SY –A (Electrical)
Urban transportation is a vital element of city life, serving as the
backbone that keeps economic, social, and cultural activities functioning
smoothly. For urban residents, reliable transport is essential for accessing
workplaces, schools, hospitals, markets, and recreational spaces. It determines
not only the efficiency of daily life but also the overall quality of living in
a city. Efficient transport systems enable people to save time, reduce stress,
and improve productivity, while also facilitating social interactions and
mobility.
However, with rapid urbanization, increasing population density, and
the rising preference for private vehicles, urban transportation systems across
the world are under severe pressure. The problems manifest as traffic
congestion, long commuting hours, air and noise pollution, higher accident
rates, and unequal access to affordable mobility.
These issues are further compounded by inadequate infrastructure,
poor planning, and the growing demand for fossil fuels. As a result, what
should serve as a facilitator of urban life has increasingly become a source of
stress, inequality, and environmental harm.
This report is written as an Assignment of the Subject called UHV
(Universal Human Values), through this, I have seen the public problem from a different
perspective.
This report explores the key challenges faced in urban
transportation today and proposes practical solutions that address the needs of
individuals, families, society, and the environment as a whole.
1. Introduction
Urban transportation is one of the most critical aspects
of modern society. As cities expand and populations grow, the demand for
mobility increases drastically. However, this demand has led to challenges such
as traffic congestion, pollution, road accidents, and inequitable access to
transport facilities. These issues not only affect individuals but also
influence family life, social harmony, and the environment.
This report identifies the major problems in urban
transportation and proposes solutions at four levels of human aspiration
- individual, family, society, and nature—while aligning them with Universal
Human Values (UHV).
2. Problems in Urban Transportation Faced by Communities Today
(i)
Traffic Congestion: An Increasing number of
vehicles and inadequate infrastructure cause long commuting hours and stress.
(ii)
Pollution: Emissions from vehicles contribute
significantly to air and noise pollution, impacting health and climate.
(iii)
Accidents and Safety Concerns: Lack of discipline,
poor road conditions, and reckless driving cause loss of lives and injuries.
(iv)
High Costs: Families spend a large portion of
their income on fuel, maintenance, and transportation fares.
(v)
Inequity in Access: Public transport is often
insufficient, unreliable, or inaccessible to vulnerable groups.
(vi)
Environmental Degradation: Dependence on
fossil fuels leads to depletion of resources and climate change.
3. Proposed Solutions Considering Human Aspirations
3.1 Individual Level
Problems: Stress due to traffic, loss of productive time, health hazards
from pollution, and accident risks.
Solutions:
(i) Promotion of cycling and walking for short
distances, which improves health and reduces emissions.
(ii) Adoption of eco-friendly vehicles (electric,
hybrid, or CNG).
(iii) Awareness programs on traffic
discipline, road safety, and mental well-being during travel.
At the individual level, the focus should be on
improving health, safety, and quality of life. Encouraging the use of bicycles
and walking for short distances not only reduces pollution but also improves
fitness and reduces stress. The adoption of eco-friendly personal vehicles,
such as electric or hybrid cars, can also reduce environmental damage while
meeting mobility needs. Equally important are awareness programs that promote
road discipline, safety consciousness, and mindfulness in commuting, which help
individuals make better choices for themselves and others.
Human Aspirations Addressed: Safety, health, dignity, and better use of personal time.
3.2 Family Level
Problems: Long commutes reduce family time; financial pressure due to fuel
and maintenance costs; stress carried home from traffic situations.
Solutions:
(i) Carpooling and shared mobility
to save money and reduce stress.
(ii) Promotion of remote working and flexible schedules
where possible, reducing daily travel.
(iii) Better urban planning to ensure families live
closer to essential services like schools, workplaces, and markets.
At the family level, solutions must aim at reducing
financial burdens and improving harmony within households. Long commuting hours
often reduce the time that families can spend together, while high fuel and
maintenance costs strain household budgets. Promoting carpooling and shared
mobility within communities can significantly reduce costs while building
cooperation among families. Additionally, work-from-home options and flexible
working hours can reduce the need for daily commuting, enabling families to
balance professional responsibilities with personal life. Urban planning that
ensures schools, markets, and workplaces are located closer to residential
areas also plays a crucial role in improving family well-being.
Human Aspirations Addressed: Harmony, financial stability, and quality family time.
3.3 Society
Level
Problems: Growing inequality in access to safe and reliable transport,
public health issues due to pollution, and frequent accidents affecting
communities.
Solutions:
(i) Development of integrated public transport systems
(metros, BRTs, e-rickshaws, feeder buses).
(ii) Affordable and accessible transport options for students,
the elderly, and differently-abled citizens.
(iii) Smart traffic management
using digital technology (AI-based monitoring, traffic sensors, adaptive signals).
Community programs encouraging responsible driving, mutual
respect, and shared responsibility.
At the society level, the need is to create
inclusive, safe, and efficient transport systems. This can be achieved through
the development of integrated public transportation networks, such as metro
systems, bus rapid transit corridors, and last-mile connectivity options like
e-rickshaws. These services should be affordable and accessible to all sections
of society, including students, senior citizens, and differently-abled
individuals. The use of smart technology in traffic management, such as
AI-based monitoring, adaptive signals, and digital platforms for real-time
updates, can reduce congestion and accidents. Equally important are community
initiatives that encourage responsible driving, mutual respect on the roads,
and a shared sense of responsibility in public spaces.
Human Aspirations Addressed: Justice, equality, mutual trust, and collective well-being.
3.4 Nature
Level
Problems: Increasing greenhouse gas emissions, depletion of fossil fuels,
climate change, and ecological imbalance.
Solutions:
(i) Widespread use of electric vehicles powered by renewable
energy sources (solar/wind).
Establishment of green corridors, cycle tracks, and
pedestrian-friendly zones in cities.
Investment in eco-sustainable infrastructure like
solar-powered buses, rainwater harvesting at metro stations, and
energy-efficient lighting in transport systems.
At the nature level,
solutions must address the urgent need for sustainability and environmental
protection. The widespread adoption of electric vehicles, supported by
renewable energy-based charging infrastructure, can significantly reduce
dependence on fossil fuels. Developing cycle tracks, green corridors, and pedestrian-friendly
zones within cities helps reduce vehicle use and promotes eco-friendly
mobility. Urban transportation infrastructure must also incorporate sustainable
practices, such as energy-efficient lighting, rainwater harvesting at metro
stations, and the use of solar-powered buses. These steps can reduce the
ecological footprint of transportation and ensure a balance between development
and environmental preservation. Human Aspirations Addressed:
Sustainability, coexistence with nature, and protection of resources for future
generations.
4. Alignment with Universal Human Values (UHV)
At the Individual Level: Promotes well-being, discipline, and fulfillment of basic needs
with dignity.
At the Family Level: Strengthens relationships, reduces financial strain, and ensures
harmony at home.
At the Society Level: Encourages justice, equality, and mutual trust while fostering
collective growth.
At the Nature Level: Promotes eco-friendly practices, sustainable use of resources, and
long-term harmony with the environment.
Thus, the solutions not only address transportation issues but also
support Right Understanding, Right Relationships, and Coexistence,
which are the foundation of UHV.
5. Conclusion
Urban transportation challenges are not just technical but also
social, environmental, and ethical in nature. By addressing them through a holistic
framework that considers aspirations at the individual,
family, society, and nature levels, sustainable and
human-friendly transportation can be achieved.
The proposed solutions, when aligned with Universal Human
Values, can transform urban mobility into a system that ensures
safety, equality, and sustainability—ultimately leading to harmony in human
life and the environment.
