HOD Corner
It gives me immense pleasure to present the December 2025 edition of the Department of Electrical Engineering e-Newsletter. This month has been vibrant and enriching, marked by academic initiatives, alumni interactions, student achievements, and faculty accomplishments that reflect the department’s continuous pursuit of excellence.
The successful organization of technical programs, meaningful alumni engagements, celebrations promoting energy awareness, and commendable achievements by our students and faculty members highlight our collective commitment toward quality education, innovation, and professional growth.
I sincerely appreciate the dedicated efforts of our faculty, students, alumni, and the newsletter committee for their enthusiastic participation and support. I hope this newsletter serves as a platform to share knowledge, celebrate achievements, and inspire all stakeholders to strive for higher goals.
With best wishes for continued learning, innovation, and success.
Department Events
STTP on Electromagnetic Simulation of Electrical Machines Using ANSYS Maxwell & RMxprt 15th to 20th December 2025!
The Department has commenced a Short Term Training Program (STTP) in association with the IET Nashik Local Network, scheduled from 15th December 2025 to 20th December 2025.
Topic: Advanced Electromagnetic Simulation for Electrical Machines using ANSYS Maxwell & RMxprt. This hands-on program is designed to benefit students, faculty members, and researchers, offering hands-on exposure to advanced simulation tools used in modern electrical machine design and analysis. Around 40 participants have registered for this intensive and insightful training program. The STTP is being effectively coordinated by Dr. Anand Kumar and Dr. Abhishek, whose efforts have made this initiative possible.
Alumni Guidance Session by Mr. Himanshu Sapkale (IIT Roorkee)!
We were delighted to host our esteemed alumnus, Mr. Himanshu Sapkale, on 11th December 2025 at our department. Currently pursuing his M.Tech at IIT Roorkee, Mr. Sapkale interacted with our first-year students and shared valuable insights from his academic journey.
His session focused on preparation strategies for the GATE examination, guiding students on effective study planning, resource management, and the development of a strong conceptual foundation.
Such interactions truly inspire our young learners and strengthen the bond with our alumni community. We are grateful to Mr. Sapkale for taking the time to motivate and mentor our students. A special acknowledgement to Dr. Saravanan S for coordinating this impactful interaction.
Inspiring Careers Through Alumni Guidance and Interaction!
We are delighted to share that our alumnus, Mr. Avishkar Vitthal Arote, recently conducted a
guidance-cum-interactive session with our final-year students on 3rd December
2025 in an online mode.
The session was thoughtfully arranged to guide
students for the upcoming placement opportunities, offering them practical
insights, strategies, and real-world perspectives from an experienced
professional who once walked the same path.
A special acknowledgement to Dr. Saravanan S
for coordinating this impactful interaction.
Such alumni engagements continue to strengthen our
learning ecosystem and motivate our students to aim higher. 🚀
Alumni Interaction Session on Campus Placement Preparation!
We were delighted to host
our esteemed alumnus, Mr. Tejas Kathe, on 12th December 2025 at our department. Currently working as a Graduate
Engineer Design Trainee at Hyosung T&D India Private Limited, Mr. Kathe interacted with our
first-year students and shared his valuable insights from his academic journey.
His session focused on
preparation strategies for the campus placement, guiding students on effective
study planning, resource management, and the development of a strong conceptual
foundation.
Such interactions truly
inspire our young learners and strengthen the bond with our alumni community.
We are grateful to Mr. Kathe for taking the time to motivate and mentor our students. A special
acknowledgement to Dr. Saravanan S for coordinating this impactful
interaction.
Alumni Interaction Session on Higher Studies and Global Career Opportunities!
On 18th December, we had the pleasure of welcoming
one of our brilliant alumni, Mr. Raghvendra Pal Singh, to the
department.
He interacted with our First
Year (FY) students, sharing his inspiring academic and professional journey.
Having recently completed his master’s degree from the Technical University of
Munich, he has now embarked on his professional career in Germany.
His interaction provided
valuable insights into higher studies abroad, global opportunities, and the
importance of focused preparation and perseverance. Such alumni engagements
truly motivate our students to dream big and work towards global excellence.
We sincerely thank Mr.
Raghvendra Pal Singh for taking the time to connect with our students and
inspire the next generation.
Student Corner
Proud Alumni Moment: Felicitation of Students for Career Achievement!
We are proud to share
that on 12th December 2025, two of our outstanding students, Ms. Asmita Pathade and Mr. Krishna Malwatkar, were felicitated at their school for securing placements in reputed
multinational companies. Their parents were also honored during this special
occasion, making the celebration even more meaningful.
The felicitation was
held at Sindhu Sagar Academy, Nashik, in the esteemed presence of Ms. Simaran Makhijani, Principal, Dr. Pramod
Shahabadkar, Training & Placement
Officer, Dr. Ravindra Munje, Professor and Head of Department, and Dr. Saravanan S, Training & Placement Coordinator
This recognition not
only celebrates the achievements of Asmita and Krishna but also inspires many
young learners to aim high and pursue excellence.
Heartiest
congratulations to both students and their families!
National Energy Conservation Day Celebration and Student
Felicitation Program!
The Department of
Electrical Engineering, in association with the Institution’s Innovation
Council (IIC) of the institute and the EFFECT student body of the department,
proudly celebrated National_Energy_Conservation Day (14th December) on 16th December 2025.
On this occasion,
students who made remarkable contributions toward promoting energy conservation
and electrical safety among school students, farmers, and residents of society
were felicitated for their impactful outreach and dedication.
The felicitation
ceremony was graced by the Chief Engineer, Shri Sundar Latpate, and held in the
esteemed presence of Director Dr. Keshav Nandurkar and Head of the Department, Dr. Ravindra Munje.
During the program,
Shri Sundar Latpate shared valuable insights into MSEDCL’s initiatives for
energy conservation, inspiring students and faculty alike.
The program was
successfully coordinated by Mr. Chetan Gadge, Mr.
Hemant Patil, and Ms. Snehal Sagare, with active support
from the dedicated student team members. Congratulations to all the students
for being ambassadors of energy awareness and safety. Together, we move towards
a sustainable and energy-efficient future.
Felicitation of Parents on Student’s Successful Campus Placement!
We are glad to share
that the parents of our student, Mr Abhishek Pandav, were felicitated on the occasion of Abhishek’s successful placement in a
multinational company through campus recruitment on 19th December 2025 at his
hometown.
This special
felicitation was carried out by Prof. Chetan Gadge and Prof. Hemant Patil on behalf of the department, acknowledging the constant support and
encouragement provided by the family behind this achievement. Heartiest
congratulations to the Pandav family and best wishes to Abhishek for a bright
and successful professional journey ahead!
Faculty Corner
Proud Milestone Achieved
We are happy to share that Prof.
Ganesh Jadhav has successfully completed the SWAYAM–NPTEL Domain
Certification in Power Systems and Power Electronics (Electrical Engineering)
Completing this domain
certification required dedication across multiple rigorous courses, and it has
significantly enhanced my technical depth and analytical skills in power and
energy systems. Congratulations to Prof. Ganesh N. Jadhav
Congratulations on Election to the IET Nashik Local Network Leadership!
Heartiest congratulations to Prof.
Nayana Jangle on being elected as the Chairman of IET Nashik Local
Network, and to Prof. Sudhir Shinde on being elected as the Secretary.
Wishing both of them a
successful and impactful tenure ahead. May their leadership further strengthen
the activities, outreach, and professional growth opportunities for the IET
Nashik community.
Best wishes for the journey
ahead!
Faculty Publications!
Congratulations to Shashank
Tripathi on this wonderful achievement! 🎉
R. Kumar, D. Singh, M. Aljaidi, M. K. Singla, and Shashank Tripathi, “Multi-attribute
based optimal location and sizing of solar power plant in radial distribution
system,” Bulletin of Electrical Engineering and Informatics, vol. 14,
no. 6, pp. 5073–5082, Dec. 2025, ISSN: 2302-9285.
Distinguished Alumni at SWICON 2025: Leadership in Switchgear Innovation
We are delighted to share that our
distinguished alumni Mr. Sandeep
Kulkarni and Dr. Manoj Mandlik,
recently attended SWICON 2025, a premier conference on Switchgear organized by
IEEMA.
We feel especially proud to announce that the
Technical Committee of the conference was chaired by our alumnus, Dr. Manoj
Mandlik. In addition, he led an insightful panel discussion on SF6-free
switchgear, a topic of growing global importance.
Key themes that emerged strongly at SWICON 2025
included:
Such achievements by our alumni not only
inspire our students but also reinforce the institute’s
Student Article
Power Grid Failure Detection System
In modern
electrical power networks, voltage stability is a crucial factor in ensuring
reliable and efficient power delivery. This project, titled “Power Grid Failure
Detection,” presents a microcontroller-based system designed to detect and
respond to voltage anomalies such as over-voltage and under-voltage conditions
in real time. The system employs an Arduino microcontroller interfaced with
voltage sensors to operate continuously. Monitor the AC mains supply. Measured
voltage values are compared against predefined threshold limits to determine
abnormal conditions. When a deviation is detected, the controller initiates
immediate protective actions by actuating a relay to disconnect the affected
load and simultaneously triggering an audio-visual alarm to notify the
operator. This automated detection and protection mechanism not only safeguards
electrical equipment from potential damage but also contributes to overall grid
stability by preventing cascading failures. The proposed system demonstrates a
cost-effective, scalable, and efficient approach for early fault detection in
power distribution networks, thereby enhancing the reliability and operational
safety of the electrical grid.
1 Introduction:
Electric power is one of the most essential needs in modern life,
powering homes, industries, and infrastructure. Any failure or disturbance in
the power grid can cause serious problems such as equipment damage, power
outages, and economic losses. To maintain a continuous and reliable power
supply, it is important to detect faults and abnormal voltage conditions at an
early stage.
The Power Grid Failure Detection System is designed to identify
over-voltage and under-voltage conditions in real time using an Arduino-based
microcontroller. The system continuously monitors the AC voltage level through
a voltage sensor and compares it with safe operating limits. If the voltage
crosses these limits, the controller automatically disconnects the load and
activates an alarm to alert the operator. This project provides a simple,
cost-effective, and efficient solution for protecting electrical devices and
improving grid reliability. By using easily available electronic components and
automation through Arduino, the system ensures better safety, stability, and
performance of power distribution networks.
2 Problem
Identification:
Despite the vital role of electric power in the development of every
country, maintaining a stable power supply remains a challenge. In modern power
distribution networks, sudden voltage variations can cause instability and may
even lead to total grid failure. When the supply voltage rises above or falls
below the rated value, it can lead to overheating, malfunction, or complete
failure of electrical devices.
Currently, there is often a lack of affordable, real-time monitoring
systems in domestic and small industrial settings to catch these fluctuations
before damage occurs. Hence, a system capable of sensing these fluctuations and
automatically disconnecting the affected load is vital for safety and
reliability. This project aims to solve this problem by providing a simple,
cost-effective, and efficient solution for protecting electrical devices and
improving grid reliability.
3. Experimental Setup of the Power Grid Failure Detection System
Fig. 1 Diagram of Power
Grid Failure Detection.
Fig 2. Experimental Setup of the Power
Grid Failure Detection System:
Key Components:
The system consists of several important components
that work together to ensure accurate voltage monitoring and protection, shows
inf Fig 1 and 2.
(1) Arduino UNO: This acts as the
main controller (brain) of the system. It reads voltage data from the sensor,
processes it, and controls the relay and alarm accordingly.
(2) Voltage Sensor Module: This
module detects the AC mains voltage and converts it into a corresponding
low-voltage analog signal that can be safely read by the Arduino. It scales
down the high AC voltage to a level suitable for the microcontroller's analog
input pins.
(3) Relay Module: The relay works
as a switch to connect or disconnect the electrical load based on the voltage
condition detected by the system. It is the primary protection mechanism that
physically isolates the equipment from the grid during faults.
(4) LCD Display (16x2): An LCD
screen is used to display real-time voltage readings and the system status
(Normal, Over Voltage, or Under Voltage). This provides the user with immediate
visual feedback on the grid's condition.
4. The need for Power Grid Failure Detection:
In an electrical power system, maintaining the
voltage within a safe operating range is essential for the proper functioning
of appliances and equipment. Voltage instability is a major cause of equipment
failure in both residential and industrial sectors.
(1) Equipment Protection: Sudden voltage spikes can
instantly destroy sensitive electronics, while undervoltage can cause motors
and compressors to overheat. This system automates the protection process,
eliminating human error.
(2) Grid Stability: Automated detection and protection mechanisms contribute to overall grid stability by preventing cascading failures.
Conclusion:
The project proves that automation can play a vital role in improving the safety and stability of electrical systems. It's simple, cost-effective, and robust hardware configuration makes it an ideal solution for both domestic and industrial applications. Overall, the project meets its primary objective of providing real-time protection and ensuring uninterrupted power quality through automatic detection and control.
Future Scope:
The present system offers a strong
foundation for power monitoring, but it can be further improved and expanded to
include advanced features for smarter control. Possible future enhancements
include:
(1) Data Logging and Analysis:
Voltage variations and fault history can be stored and analyzed for predictive
maintenance and performance improvement.
(2) Three-Phase Extension: The
current design monitors single-phase supply, but it can be upgraded to monitor
and protect three-phase systems used in industries and large power networks.
(3) Wireless Alert System: SMS or email notifications can be added to instantly inform users about grid failures or abnormal voltage levels.
