Department of Electronics & Telecommunication – I²IT – Best Engineering Colleges in Pune | International Institute of Information Technology

Vision

To nurture young minds and provide them with a strong foundation through academic excellence & skill-based knowledge, transforming them into efficient professionals who can take on challenges in the fields of Electronics and Telecommunication Engineering for a sustainable technological development.

Mission

To educate students on domain knowledge in Electronics and Telecommunication Engineering using adaptive teaching-learning practices.
To create a conducive learning environment that offers value-added education, enabling students to be career ready.
To cultivate research & innovation as a bent of mind among students by industry-academia interaction.
To enrich student with self-learning ability to sustain with technological changes.

Introduction

Over the past two decades, Electronics & Telecommunication Engineering has played a pivotal role in improving quality of human life and also contributed to the economic growth of our nation and the world at large. The main aim of the Department is to impart strong theoretical and practical knowledge in the domains of basic electronics as well as advanced fields of Nanotechnology and Automotive Electronics. There are ample learning opportunities in broad areas of communication ranging from classical fields of Satellite, Wireless, and Optical Data Communication to the latest field of Unified Communication which are provided through well-equipped labs and facilities.

The Department supports in-house development of kits and we take utmost care that students get more hands-on with self-design and implementation of circuits and projects. Our Analog Communication lab, Embedded and Electrical labs are currently equipped with our own designed kits. The Department is equipped with a variety of antennas with testing and measurement system facilitating research activities. The Department encourages students to carry out innovative research to match the needs of the technical education system, the industry and our society.

The Department has well-qualified faculty members with rich academic experience 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.

Highlights of the Department

Outcome Based Education
Information and Communications Technology (ICT) for quality learning
Pedagogical initiatives
Grants received from various agencies
Research and consultant projects
E-contents for effective learning
Industry friend as expert with all faculty
In house development (kit, project)
Internship and sponsored projects
Alumni linkage
Support for start-up
Industry Institute Tie-up and MoUs
Publication in recognized journals/conferences

Problem based and Project based learning
MOOC, Value added/ add-on courses and workshops
Certification courses
Remedial classes, bridge courses, slow learner and advanced learner activities
Student association activities
Periodic industrial visits
Active participation in Hackathons/Competition,
Earn and Learn Scheme
Departmental Library: for financially weak students
Extra Laboratory hours exclusively for additional projects
Earn and Learn Scheme
Departmental Library: for financially weak students
Extra Laboratory hours exclusively for additional projects

HoD's Desk

Our Analog Communication lab, Embedded and Electrical labs are currently equipped with our own designed kits. The department is equipped with a variety of antennas with testing and measurement system facilitating research activities. Students are provided with electronic toolboxes that contain basic components, breadboard, multimeter, ICs etc. free of cost. The department encourages students/researchers to carry out innovative research to match the needs of the technical education system, the industry and our society.

Presently, the department has well-qualified faculty members who have made significant contribution 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.

Our Faculty

Dr. Vaishali Patil

PROFESSOR, PRINCIPAL

Prof. (Dr.) S. Mohan Mahalakshmi Naidu

ASSOCIATE PROFESSOR (HOD)

Prof. (Dr.) Risil Chhatrala

ASSOCIATE PROFESSOR

Prof. (Dr.) Rajesh Chowdhary

ASSOCIATE PROFESSOR

Prof. (Dr.) Varsha Degaonkar

ASSOCIATE PROFESSOR

Prof. Sujata Virulkar

ASSISTANT PROFESSOR

Prof. Bhagyashri Thorat

ASSISTANT PROFESSOR

Prof. Anjali Jagtap

ASSISTANT PROFESSOR

Prof. Ashvini Kulkarni

ASSISTANT PROFESSOR

Prof. Suvarna Hande

ASSISTANT PROFESSOR

Mr. Ahire Prashant Lotan

ASSISTANT PROFESSOR

Qualifications	M.Tech Electronics
Teaching experience	19 years	Date of joining	16-11-2022
Industry experience	NIL	Nature of association	Contractual
Area of interest	Embedded Systems, IoT, and Machine Vision

Mrs. Shweta Nishit Jain

ASSISTANT PROFESSOR

Qualifications	ME-(E&TC), PhD Pursuing
Teaching experience	8.8 years	Date of joining	01-02-2023
Industry experience	NIL	Nature of association	Contractual
Area of interest	Analog Digital Communication, Signal Processing

Department Information

Short Term Goals

To improve the number of student campus selections
To design and implement viable functional projects for the benefit of institution and society.
To improve the number of research paper publications

Long Term Goals

50 % of the faculty members with PhD
Starting a PG Course
To launch an M.E. Degree Program

Program Details

Electronics and Telecommunication course was launched in the academic year 2011-12 with a total intake of 60. The Department has well-established state-of-the-art computer laboratories and classrooms that are equipped with ICT tools and computing facilities. Other than academics, the department provides its students with opportunities to participate in co-curricular and extra-curricular activities to showcase their talents and skills. The program aims towards an all-round development of students to mould them into becoming competent for the industry, academia and / or research.

Program Outcomes (POs)

Engineering knowledge: Apply the knowledge of mathematics, science, engineering fundamentals, and an engineering specialisation for the solution of complex engineering problems.
Problem analysis: Identify, formulate, research literature, and analyse complex engineering problems reaching substantiated conclusions using first principles of mathematics, natural sciences, and engineering sciences.
Design/development of solutions: Design solutions for complex engineering problems and design system components or processes that meet the specified needs with appropriate consideration for public health and safety, and cultural, societal, and environmental considerations.
Conduct investigations of complex problems: Use research based knowledge and research methods including design of experiments, analysis and interpretation of data and synthesis of information to provide valid conclusions.
Modern tool usage: Create, select, and apply appropriate techniques, resources, and modern engineering and IT tools, including prediction and modelling to complex engineering activities, with an understanding of the limitations.
The engineer and society: Apply reasoning informed by the contextual knowledge to assess societal, health, safety, legal, and cultural issues and the consequent responsibilities relevant to the professional engineering practice
Environment and sustainability: Understand the impact of the professional engineering solutions in societal and environmental contexts, and demonstrate the knowledge of, and need for sustainable development.
Ethics: Apply ethical principles and commit to professional ethics and responsibilities and norms of the engineering practice.
Individual and team work: Function effectively as an individual, and as a member or leader in diverse teams, and in multidisciplinary settings.
Communication: Communicate effectively on complex engineering activities with the engineering community and with t h e society at large, such as, being able to comprehend and write effective reports and design documentation, make effective presentations, and give and receive clear instructions.
Project management and finance: Demonstrate knowledge and understanding of the engineering and management principles and apply these to one’s own work, as a member and leader in a team, to manage projects and in multidisciplinary environments.
Life-long learning: Recognise the need for, and have the preparation and ability to engage in independent and life-long learning in the broadest context of technological change.

Lab Facilities

Electronic Devices and Circuits Laboratory

Location of Laboratory : A-105
Area of Laboratory :68.50 sq.m.
Laboratory Resources : Oscilloscopes, Power Supplys, Digital Multimeters, Multisim Software, Computers.

Signal Processing Laboratory

Location of Laboratory : A-112
Area of Laboratory : 66.70 sq.m.
Laboratory resources : TMS 320XXX DSP Trainers, 1.3 MP outdoor dome cameras, 3 MP IR mini bullet camera, All-in-One Mobile Companion Routers, Dot Matrix Printers, Computers.

Microcontroller & Embedded Laboratory

Laboratory Incharge : Prof. Ashvini Kulkarni
Location of Laboratory : A-202
Area of Laboratory : 67.61 sq.m.
Laboratory resources : Oscilloscope, Function Generator, Multiple Power Supply, ARM-9 Development Kit, PIC 18F,LPC2148(ARM7 based microcontroller) Development Board, Beagle bone, Raspberry Pi2, Intel Galileo development board.

Digital and VLSI Laboratory

Laboratory Incharge : Prof. Anjali Jagtap
Location of Laboratory : A-104
Area of Laboratory : 66.11 sq.m.
Laboratory resources : Oscilloscopes, Function Generators, Power Supply, Analog/Digital Circuit Development Platforms, Universal IC Tester , Digital Multimeters, Microprocessor kits, VLSI, Kits, Printers, Computers.

Project & Design Laboratory

Laboratory Incharge : Dr. Varsha Degaonkar
Location of Laboratory : A-102
Area of Laboratory : 66.38 sq.m.
Laboratory resources : Oscilloscopes, Function Generators, Power Supply, Digital Storage Oscilloscopes, Digital IC Tester, Computers, PCB Lab Setup, Analog System Design Kit by Texas Instruments, MSP430 with different Booster Packs and Launch Pads.

Electrical & Power Electronics Laboratory

Laboratory Incharge : Prof. Bhagyashri T. Thorat
Location of Laboratory : A-04
Area of Laboratory : 76.75 sq.m.
Laboratory resources : Oscilloscopes, Power Supply, Digital Multimeters, Mixed Domain Oscilloscope, Arbitrary Function Generator, Power Electronics Kits, Microwave Kits, Network Theorems Trainer kits, Single Phase Transformer Lab, RLC resonance trainer kit, Analog voltmeters & ammeter Wattmeter, Single phase auto transformer, Three phase auto transformer.

Computer Center (E&TC)

Laboratory Incharge : Dr. S M Mahalakshmi Naidu
Location of Laboratory : A-107
Area of Laboratory : 70.50 sq.m.
Laboratory resources : 15 Desktop Computers: Dell Optiplex 7040SFF Intel Core i5-6500 (6MB Cache, 3.2GHz, 2133 4-Core) CPU 4GB RAM, 500GB SATA HDD, No ODD 18.5″ LED Monitor, Serial Port, Keboard, Mouse, Windows 10 Home (64bit) Single Language English 1.

Communication Laboratory

Laboratory Incharge : Prof. Sujata Virulkar
Location of Laboratory : A-115
Area of Laboratory : 69.12 sq.m.
Laboratory resources : Multiple Power Supply, Digital Storage Oscilloscopes, DDS Function Generators, Digital Multimeters, antenna measurement trainer, Satellite Communication Trainer, Digital Communication Kits.

Qualifications	PhD (IIT Bombay), M.E. Electronics
Teaching Experience	24.5 years	Date of Joining	01-08-2016
Industry Experience	Nil	Nature of Association	Regular
Area of Interest	Speech Processing, System Design

Qualifications	PhD-Signal Processing, M. Tech (Control & Inst.), BE (Electronics & Instrumentation)
Teaching experience	16 Years	Date of Joining	12-12-2017
Industry experience	Nil	Nature of Association	Regular
Area of interest	Signal Processing and Instrumentation

Qualifications	PhD, M.Tech (Electronics and Telecommunication), BE in Industrial Electronics
Teaching experience	14 Years	Date of Joining	22-06-2012
Industry experience	Nil	Nature of Association	Regular
Area of interest	Pattern Recognition, Image and VIdeo Processing, Information Theory, Error Control Coding.

Name of the Department	Department of Electronics & Telecommunication
Intake Capacity	60
Faculty Members	Associate Professor	04
	Assistant Professor	07
Non-Teaching Members	02
Classrooms	03
Laboratories	08

Second Year Sem III – 25 Credits Sem IV – 25 Credits	Semester III	Semester IV
	Signals & Systems	Engineering Mathematics III
	Electronics Devices & Circuits	Integrated Circuits
	Electrical Circuits and Machines	Control Systems
	Data Structures and Algorithms	Analog Communication
	Digital Electronics	Object Oriented Programming
	Electronic Measuring Instruments & Tools	Employability Skill Development
Third Year Sem V – 23 Credits Sem VI – 23 Credits	Semester V	Semester VI
	Digital Communication	Power Electronics
	Digital Signal Processing	Information Theory, Coding and Communication Networks
	Electromagnetics	Business Management
	Microcontrollers	Advanced Processors
	Mechatronics	System Programming and Operating Systems
Final Year Sem VII – 22 Credits Sem VIII – 22 Credits	Semester VII	Semester VIII
	VLSI Design & Technology	Mobile Communication
	Computer Networks & Security	Broadband Communication Systems
	Radiation & Microwave Techniques	Elective III
	Elective I	Elective IV
	Elective II	Project Stage II
	Project Stage I
	List of Elective I (Choose any one)	List of Elective II (Choose any one)
	Digital Image and Video Processing	Artificial Intelligence
	Industrial Drives and Control	Wavelets
	Embedded Systems & RTOS	Electronics in Agriculture
	Internet of Things	Electronics Product Design
		Optimization Techniques
	List of Elective III (Choose any one)	List of Elective IV (Choose any one)
	Machine Learning	Robotics
	PLCs and Automation	Bio-Medical Electronics
	Audio and Speech Processing	Wireless Sensor Networks
	Software Defined Radio	Renewable Energy Systems
	Audio Video Engineering	Open Elective

DSA Polynomial Addition -Prof. Varsha Degaonkar	Download PPT
MT Gyroscope -Prof. Varsha Degaonkar	Download PPT
Design procedure for an Integrator -Prof. Bhagyashri Thorat	Download PPT
Power budget analysis for Fiber optics link part -Prof. Bhagyashri Thorat	Download PPT

Vision

Mission

Introduction

Highlights of the Department

HoD's Desk

Prof. (Dr.) S. Mohan Mahalakshmi Naidu

Our Faculty

Department Information

Short Term Goals

Long Term Goals

Program Details

The Program educational objectives for the Department of Electronics and Telecommunication are –

SE E&TC

TE E&TC

BE E&TC

DSA Polynomial Addition

MT Gyroscope

Design procedure for an Integrator

Power budget analysis for Fiber optics link part

Lab Facilities

Electronic Devices and Circuits Laboratory

Signal Processing Laboratory

Microcontroller & Embedded Laboratory

Digital and VLSI Laboratory

Project & Design Laboratory

Electrical & Power Electronics Laboratory

Computer Center (E&TC)

Communication Laboratory

Departmental Activities

Stay updated with our Newsletters & Magazines

Institutional Committees

For Students

Important Links

Downloads

Contact Us