Department of Electronics and Telecommunication Engineering – Trinity Academy of Engineering, Pune
Dr. Deepthi D. Kulkarni
About the Department
The department of Electronics and Telecommunication Engineering is headed by Prof. Deepthi Kulkarni and has a sanctioned intake of 120 students for the undergraduate course. Presently, the department has well-qualified faculty members who have made significant contributions in various fields and have published research papers in reputed journals, international and national conferences. We encourage participation of students in various co-curricular and extra-curricular activities as well.
QUICK LINKS
To ensure that the students are prepared to their full potential when they face the job market, the department conducts certified workshops on Python, Machine Learning, CCNA, Robotics etc. During such workshops, students learn skills which are unconventional and out of the scope of curriculum and bring them at par with employer requirements.
Department Objectives
The Educational Objective of Electronics & Telecommunication Department is to produce competent Engineers who are ready to contribute for the advancement of the world of Electronics and telecommunication for global needs. These educational objectives are as follows:
- To develop technically competent graduates with a strong background in basic sciences and mathematics with complex problem solving ability in their selected field.
- To prepare graduates having professional skills viz. ability to communicate, to work individually as well as in a multidisciplinary team, to manage the projects with lifelong learning.
- To develop graduates with a high degree of integrity and commitment to society ensuring ethical, moral behaviour and environmental consciousness.
- Communicate effectively, function well as a team member and manage projects in a multi-disciplinary environment.
QUICK LINKS
Dr. Deepthi D. Kulkarni
Designation: HoD, Assistant Professor
Qualification: Ph.D., ME E&TC (VLSI & Emb. Sys.)
Experience: Teaching: 17 years
Area of Interest: Embedded & RTOS Processors, Wireless Networks
Email Id: deepthikulkarni.tae@kjei.edu.in
Dr. Vaishali M. Joshi
Designation: Associate Professor
Qualification: Ph.D. (Electronics)
Experience: Teaching: 26 years
Area of Interest: AI-ML, Machine Learning, VLSI
Email Id: vaishalijoshi.tae@kjei.edu.in
Prof. Kranti D. Patil
Designation: Assistant Professor
Qualification: Ph.D. (Pursuing), ME E&TC (Microwave)
Experience: Teaching: 13 years
Area of Interest: Microwave Engineering
Email Id: krantipatil.tae@kjei.edu.in
Prof. Digambar A. Jakkan
Designation: Assistant Professor
Qualification: Ph.D. (Pursuing), ME E&TC
Experience: Teaching: 16 years
Area of Interest: Embedded System Design
Email Id: digambarjakkan.tae@kjei.edu.in
Dr. Trupti G. Thite
Designation: Assistant Professor
Qualification: Ph.D., ME E&TC (Dig. Sys.)
Experience: Teaching: 14 years
Area of Interest: VLSI, Embedded Systems
Email Id: truptithite.tae@kjei.edu.in
Prof. Supriya S. Saste
Assistant Professor
Qualification: ME (E&TC) - Digital Systems
Area of Interest: Digital Systems
Experience: Teaching: 8 years
Email Id: supriyasaste.tae@kjei.edu.in
Prof. Jayashree D. Palkar
Assistant Professor
Qualification: Ph.D. (Pursuing), ME E&TC (Digital Electronics)
Area of Interest: Digital Electronics
Experience: Teaching: 16 years
Email Id: jayashripalkar.tae@kjei.edu.in
Prof. Anusha A. Lavekar
Assistant Professor
Qualification: Ph.D. (Pursuing), ME E&TC (VLSI System Design)
Area of Interest: Communication, Machine Learning
Experience: Teaching: 3 year
Email Id: anushalavekar.tae@kjei.edu.in
Prof. Chetana H. Jain
Assistant Professor
Qualification: Ph.D. (Pursuing), M.E. (Electronics & Communications)
Area of Interest: Communication, Image processing
Experience: Teaching: 11 years
Email Id: chetanajain.tae@kjei.edu.in
Prof. Asma S. Ajmuddin Inamdar
Assistant Professor
Qualification: M.E.(E & TC) - Signal Processing
Area of Interest: Signal Processing
Experience: Teaching: 8 years
Email Id: Not Available
Prof. Shital A. Dhatrak
Assistant Professor
Qualification: ME E & TC Signal Processing
Area of Interest: Signal Processing
Experience: Teaching: 5 years
Email Id: Not Available
Prof. Hina Naaz
Assistant Professor
Qualification: Ph. D. (Persuing), ME (Communication)
Area of Interest: Cloud Computing, Power Electronics
Experience: Teaching: 18 years
Email Id: heenanaaz.tae@kjei.edu.in
Prof. Kavita V. Ghuge
Assistant Professor
Qualification: ME (Digital System)
Area of Interest: Digital System
Experience: Teaching: 6 years
Email Id:kavitaghuge.tae@kjei.edu.in
Prof. Mahesh S. Sapte
Assistant Professor
Qualification: Ph. D. (Persuing), ME (E&Tc - Signal Processing)
Area of Interest: Front End Development using JavaScript, HTML, CSS and Signal Processing
Experience: Teaching: 17 years
Email Id: maheshsapte.tae@kjei.edu.in
Prof. Nilesh L. Mohota
Assistant Professor
Qualification: Ph. D. (Persuing), M. Tech (Electronics)
Area of Interest: Computer Vision, VLSI
Experience: 19 years
Email Id: nileshmohota.tae@kjei.edu.in
Prof. Rajesh U. Yawle
Assistant Professor
Qualification: Ph. D. (Persuing), ME (Digital Electronics)
Area of Interest: Computer Vision, Image Processing
Experience: Teaching: 18 years
Email Id: rajeshyawle.tae@kjei.edu.in
Prof. Priyanka V. Kulloli
Assistant Professor
Qualification: M.E.(E&tc)
Area of Interest:Microcontroller, Digital electronics
Experience: 9 years
Email Id: priyankakulloli.tae@kjei.edu.in
Prof. Dipali A. Gupta
Assistant Professor
Qualification: M.Tech(E&TC)-VLSI and Embedded Systems
Area of Interest: VLSI and Embedded Systems, IoT, Computer Network
Experience: 10 years
Email Id: dipaligupta.tae@kjei.edu.in
Mr. Umesh J. Londhe
Lab Assistant
Qualification: BE E&TC
Area of Interest: Computer Network
Experience: 08 years
Email Id: umeshlondhe.tae@kjei.edu.in
Mrs. Supriya S. Wadkar
Lab Assistant
Qualification: B. Sc. (CS)
Area of Interest: Computer Network
Experience: 02 years
Email Id: supriyawadkar.tae@kjei.edu.in
COMMUNICATION LAB
Area of Lab (in Sq. m): 66
ADVANCED COMMUNICATION LAB
Area of Lab (in Sq. m): 75.61
DIGITAL LABORATORY
Area of Lab (in Sq. m): 99
PROJECT LAB
Area of Lab (in Sq. m): 99
EDC LABORATORY
Area of Lab (in Sq. m): 75
MICROCONTROLLER LABORATORY
Area of Lab (in Sq. m): 97.6
BASIC ELECTRONICS ENGINEERING LAB
Area of Lab (in Sq. m): 66.03
SOFTWARE LAB
Area of Lab (in Sq. m): 75.61
NPL LAB
Area of Lab (in Sq. m): 75
VLSI LABORATORY
Area of Lab (in Sq. m): 66
Research
The vision of R & D Cell is to promote research activities among students and faculty as well as to provide a robust platform for sharing and implementing innovative and creative ideas to facilitate exchange of information and interaction among the various research institutes and industries to develop skilled manpower in various engineering fields.
Sanction of Research Funding
ASPIRE ('Assistance by SPPU for Project-based Innovative Research') Research Mentorship Grant is an ambitious research funding scheme to identify young research talent in the Savitribai Phule Pune University. The aim of providing the seed funding is to inculcate a research culture and to enable them to go forward for major financial assistance from national or international funding agencies.
QUICK LINKS
Research & Publications
- Dr. Deepthi Kulkarni shortlisted for the evaluation round of "ASPIRE Research Mentorship Grant 2025" initiated by SPPU.Title of the Project is :- Enhancing Emotion Detection through Electroencephalogram.
- Mr. Digambar A Jakkan Project Proposal Submitted for Rajiv Gandhi Science and Technology Commission under the scheme of Assistance of S&T Application for amount of 6,50,00 rupees.
- Mrs. Kranti D.Patil Submitted Proposal for Rajiv Gandhi Science and Technology Commission under the scheme of Assistance of S&T Application for an amount of 4,00,000 rupees.
- Mrs.Trupti G. Thite Submitted Proposal for Rajiv Gandhi Science and Technology Commission under the scheme of Assistance of S&T Application for an amount of 1,00,00 rupees. Title of the project proposal is Design and Implement Multiclass Arrhythmia detection system from ECG trace images of cardiac and COVID-19 patients for healthcare application
- EEG-based emotion classification Model: Combined model with improved score level fusion, Kulkarni, D., Vitthalrao Dixit, V. Biomedical Signal Processing and Control., 2024, 95, 106352.
- Emotion detection using EEG: hybrid classification approach, Kulkarni, Dixit, V.V., Deshmukh, S.S., Indonesian Journal of Electrical Engineering and Computer Science,2024, 35(1), pp. 459–466.
- Cervical cancer: empowering diagnosis with VGGNet transfer learning, Joshi, V.M., Mulmule, P.V., Gandhi, S.A., Patil, A.S., Indonesian Journal of Electrical Engineering and Computer Science, 2024, 35(1), pp. 467–474.
- Stress and anxiety detection: deep learning and higher order statistic approach, Joshi, V.M., Kulkarni, D.D., Uke, N.J., Indonesian Journal of Electrical Engineering and Computer Science, 2024, 33(3), pp. 1567–1575.
- Automatic Emotion Detection Using Electroencephalogram, Kulkarni, Dixit, V.V. Lecture Notes in Electrical Engineering, 2022, 828, pp. 845–851.
- Development of Multiport MIMO Antenna for C-Band Frequency Application in Wireless Communication, Patil, K.D., Yadav, D.M., Advances in Microwave Engineering: From Novel Materials to Novel Microwave Applications, 2023, pp. 175–184.
- Plant disease prediction system using advance computational Technique, Gulame, M.B., Thite, T.G., Patil, K.D., Journal of Physics: Conference Series , 2023, 2601, 012031.
- Design of Hexagonal Ring Shaped Two Port MIMO Antenna for Sub-6 GHz and WLAN Application for Mobile Devices,Patil, K., Botkar, S., Kulkarni, J., Desai, A.,2022 IEEE Wireless Antenna and Microwave Symposium, WAMS 2022, 2022
Research & Publications Summary
- Total Number of Student Publications / Patents/ Copyrights in Year 2025-26: 10
- Total Number of Faculty Publications / Patents/ Copyrights in Year 2025-26: 12
- Total Number of Student Publications in Year 2024-25: 10
- Total Number of Faculty Publications in Year 2024-25: 06
- Total Number of Student Publications in Year 2023-24: 44
- Total Number of Faculty Publications in Year 2023-24: 26
B.E. Projects
HEART ATTACK DETECTION AND HEART RATE MONITOR
The Internet of Things is intercommunication of embedded devices using networking technologies. The IoT will be one of the important trends in the future that can affect the networking business and communication. This project presents remote sensing parameters of the human body, which consist of heart rate pulses. The parameters used for sensing and monitoring will send data through wireless sensors. Adding web-based observing helps to keep track of the regular health status of the patient. The sensing data will be continuously collected in a database and will be used to inform the patient of any unseen problems to undergo possible diagnosis.
STOCK ALERT SYSTEM USING IOT
Customer gratification is a vital aspect for any commercial. Each time a customer does not get its anticipated product on the shelf, the situation leads to out of stock. This causes the customer to switch to another product, postpone their shopping, or shop in another shop. In such circumstances, there is direct loss for the retailer and manufacturer. Thus, there is a need of the hour to design technology that will be able to remove this drawback at minimum cost and maximum efficiency. In this project, we present a modest tactic through which we can overcome this drawback in the best conceivable and economical way. The main application of this work is to design an intelligent shelf that will pay attention to every commotion going on it microscopically. The shelf is also proficient at detecting the identity of the person who is using it, which is made possible by using RFID technology.
IOT BASED FIRE ALARM AND MONITORING SYSTEM
This project has proposed an Internet of Things (IoT) based fire alarm and monitoring system best suited for industrial and home applications. Fire is a major cause of accidents claiming valuable lives and property. The chemical reaction between carbon-based materials in the presence of oxygen generates flammable vapor causing a steady rise in temperature and results in fire. The major characteristic of fire is that it extends exponentially with time. Hence, timely detection of fire is critical for avoiding a major accident. In this project, the fire alarm and monitoring system are integrated with an IoT platform. It can sense smoke, rise in temperature, flame, etc., and send it to a far-away monitoring station through a Wi-Fi module (ESP8266) to generate needful instructions for the actuators. In the design prototype, sensors are installed in three distinct locations to identify the exact location of fire hazards that have taken place.
SMART JACKET USING IOT
People often complain that it is either too hot or too cold. The current technological solutions made to keep people thermally comfortable, such as air and heating units, have come a long way and have been successful in helping people obtain comfort in their dwellings. In this project, we are going to design an E-Uniform that provides better protection for individuals working in extreme weather conditions. This uniform will enable them to work in any kind of environment. The project operates in two modes: summer mode and winter mode. By selecting the mode of operation, it can drive a body heater or cooler. The heater/cooler, in turn, will help provide a chilling or warming effect inside the uniform, helping the soldier bear any kind of external environment so they can work efficiently without heat stress or cold stress.
STOCK DETECTION USING LDR
Stock detection using LDR aims to design and construct a system to help people keep track of not only the objects but also their status at each instant, find the right information, and learn about the kinds of risks the detection hardware might face in different situations. The object is detected using an LDR. The system is dependent on the stock availability of the objects that have been placed in their specified places. If the availability is not properly defined, then the system gives results as defined by the user. Hence, to minimize human errors is the responsibility of the user—either the user has to be perfect in their approach of placing the objects or they shall avail a restricted physical space for placing the objects.
WOMEN PROTECTION THROUGH LOCATION IDENTIFICATION BY USING AVR
In today’s world, women safety has become a major issue. This project presents a women safety detection system using GPS and GSM modems. The system can be interconnected with an alarm system to alert neighbors. This detection and messaging system is composed of a GPS receiver, microcontroller, and GSM modem. The GPS receiver gets the location information from satellites in the form of latitude and longitude. The safety device consists of a microcontroller that processes this information, and the processed information is sent to the user using the GSM modem. A GSM modem is interfaced to the MCU and sends an SMS to a predefined mobile number. When a woman is in danger and in need of self-defense, she can press the switch allotted to her. By pressing the switch, the entire system will be activated, and immediately an SMS will be sent to the concerned person with the location using GSM and GPS.
Curriculum Overview
Curriculum is based on various advancements in technology & trends. As our institute is affiliated under Pune university, it follows the syllabus laid by university of Pune.
QUICK LINKS
CONGRATULATIONS
SE Toppers
| Rank | Name | CGPA |
|---|---|---|
| 1 | KUBDE SWARAJ PRAVIN | 9.09 |
| 2 | NAIKWADI TRUPTI DILIP | 9.05 |
| 3 | PRADNYA SUNIL POL | 8.91 |
| 4 | KUMBHAR AKANSHA SACHIN | 8.73 |
| 5 | THORAT AYUSH KAMALAKAR | 8.68 |
| 6 | PAGAR MRUDULA MOHAN | 8.50 |
| 7 | KHADE NUTAN VIJAY | 8.27 |
TE Toppers
| Rank | Name | CGPA |
|---|---|---|
| 1 | LANDGE ADITYA SUDHIR | 9.33 |
| 2 | NILVARN MOHIT VIJAY | 9.33 |
| 3 | DAUD JAYESH PRABHAKAR | 9.00 |
| 4 | SHRADDHA MALLIKARJUN YELMELI | 9.00 |
| 5 | GAVHANE SHRUTI UMESH | 8.95 |
| 6 | KAKADE SUHANI KIRAN | 8.90 |
| 7 | CHIPADE SHRAVANI MACHINDRA | 8.86 |
| 8 | THAKUR PRIYA RANJEET | 8.81 |
BE Toppers
| Rank | Name | CGPA |
|---|---|---|
| 1 | MULLA SAAD MAHAMADRIYAJ | 9.55 |
| 2 | KARDILE MOHINI VISHNU | 9.15 |
| 3 | NAMRATA NAGALKAR | 9.05 |
Testimonials
.jpg)
My experience in the MCA Department was truly enriching and career-defining.
The curriculum was well-structured and industry-oriented, which helped me build strong technical skills.
The constant support from faculty members motivated me to push my limits.
The practical exposure through projects and workshops enhanced my confidence. I am proud to be an alumnus of this department.
Mr. Abhishek Nagale
MCA Department
Batch 2022–2024
.PNG)
My journey in the EnTC Department was truly enriching and rewarding. The department provided a strong foundation in electronics,
communication systems, and emerging technologies. The faculty members were knowledgeable, supportive, and always encouraged innovation.
Practical lab sessions and project work enhanced my technical skills significantly.
Ms. Devyani Naidu
EnTC Department
Batch 2020–2024
.jpg)
"I am extremely thankful to Master Of Computer Application(MCA) for providing me with the incredible opportunity to secure my placement through
their placement cell. From the very beginning, the college's placement team offered excellent support, helping me refine my resume, preparing for
interviews, and guiding me through the application process. Our MCA staff were always there to answer questions and offer valuable advice,
which gave me the confidence to navigate the placement journey.
Mr. Ronak Parekh
MCA Department
Batch 2022–2024
I would like to express my gratitude towards TAE for helping me throughout my course and providing opportunities to have tremendous knowledge beyond the field of studies.
The campus curriculum and lots of competitions like hackathon helped me to increase my knowledge. The guidance and support from our faculty members helped me to achieve my dream job by cracking exams of government departments like PWD and ZP.
Ms. Payal B. Lawande
Civil Department
Batch 2020–2024
.PNG)
The various training sessions conducted throughout the semesters played a crucial role in my professional development. Be it aptitude practice, technical workshops, or soft skills sessions, each one helped me become job-ready and boosted my confidence to perform well in interviews and beyond.
Ms. Harshita Gaikwad
Computer Department
Batch 2020–2024
.PNG)
I, Aditya Sharma, a proud SE Mechanical Engineering student at Trinity Academy of Engineering, sincerely appreciate my institution for its diverse student clubs.
As an SAE Club member, I have experienced innovation, teamwork, and hands-on learning, reigniting my passion for mechanical engineering.
With the college’s guidance and resources, we are inspired to excel.
I am grateful to be part of an institution that values both academics and co-curricular growth.
Thank you for empowering us to dream big!
Mr. Aditya Sharma
Mechanical Department
Batch 2020–2024
.PNG)
My experience at Trinity Academy of Engineering is great and memorable.
The teachers and mentors are really helpful and helped me to improve my academic and interpersonal skills.
I express my sincere gratitude to the t&p cell for providing me with various opportunities in multiple companies including corizo,ediglobe, rinex. I thank to the department and the staff
Ms. Arti Chaudhari
IT Department
Batch 2024–2025
Experience Trinity. Empower Your Future.
We believe in nurturing more than just engineers—we nurture thought leaders, inventors, and changemakers. Explore the transformative journey at Trinity Academy of Engineering, where knowledge meets action, and ambition finds its wings.
© Copyright 2025 of Trinity Academy of Engineering, Pune | All Rights Reserved privacy policy