ELECTRONICS AND COMMUNICATION ENGINEERING
About Us
Vision
To be recognized as a distinguished department in the field of electronics and communication
transforming students into skilled technocrats through ethical, sustainable, and value-driven
education, fostering innovation and excellence in technology.
Mission
M1. To develop competent Electronics and Telecommunication engineers with the authentic
knowledge, skills, and attitude in a conducive learning environment.
M2. To nurture technical expertise, entrepreneurship, and higher education through state-of-
the-art facilities for successful careers.
M3. To promote research by undertaking industry-relevant and nationally significant projects.
M4. To equip students with life skills, ethical values, and social responsibility for self-
sustainability.
Program Educational Objectives (PEOs):
PEO-1. Demonstrate strong foundational knowledge in electronics engineering, allowing
them to design, analyze and implement complex engineering solutions across various industries.
PEO-2. Apply critical thinking and problem-solving skills to develop innovative solutions for contemporary challenges in technology and engineering, using a blend of theoretical understanding and practical expertise.
PEO-3. Develop leadership skills, effective communication, and ethical decision-making
in professional environments, contributing to team success and advocating for
sustainable and responsible technological advancements.
PEO-4. Engage in lifelong learning and professional development to keep up with evolving technologies and they will adapt to new trends and challenges in
electronics and communication engineering.
Program Specific Outcomes (PSOs):
PSO-1. Apply advanced knowledge in VLSI, Embedded Systems, Signal Processing,
Communication, Computing, and Automation to solve Electronics and
Communication Engineering problems.
PSO-2. Develop a research-oriented mindset and problem-solving skills through project-
based learning, addressing societal, environmental, health, and safety challenges.
Educational Objectives
There are ample opportunities available for candidates who possess an engineering degree in Electronics and Communication Engineering. The graduates can work in Industries like Wireless Communications and Signal Processing, Micro / Nano electronics, Lasers and Optics, Electronic Devices, Telecommunications, Nanotechnology, Robotics, Information Systems, Power Systems, Computer Software- Hardware Integration, Control Systems, and other Advanced Technologies.After completing the course gradates would be able solve industry’s technological problems. Course Designs students to be expert engineering professionals, innovators or entrepreneurs who will be taking care of technology development, technology deployment, or engineering system implementation in industry. They can opt for higher studies in engineering or management. Also build up their career in teaching or research work.
What is Electronics & Communication?
Electronics and communication engineering (ECE) is a discipline of engineering that involves developing and testing electronic circuits and communication devices like transmitters, receivers and integrated circuits. Engineers who specialize in this domain often need to utilize the principles of digital and analogue transmission and reception of signals. This field of engineering also involves working with microprocessors, solid-state devices, satellite communication tools, circuits and electronic devices.
Content
Course Name – Electronics and Communication Engineering
Course Type – Full Time
Duration – 4 Years
Course Details
There are ample opportunities available for candidates who possess an engineering degree in Electronics and Communication Engineering. The graduates can work in Industries like Wireless Communications and Signal Processing, Micro / Nano electronics, Lasers and Optics, Electronic Devices, Telecommunications, Nanotechnology, Robotics, Information Systems, Power Systems, Computer Software- Hardware Integration, Control Systems, and other Advanced Technologies.
Course Objective
After completing the course gradates would be able solve industry’s technological problems. Course Designs students to be expert engineering professionals, innovators or entrepreneurs who will be taking care of technology development, technology deployment, or engineering system implementation in industry. They can opt for higher studies in engineering or management. Also build up their career in teaching or research work.
Scope of Employment
Professional Engineer specialized in Electronics and Communication engineering gets placed in leading communication companies like Reliance Communications, Tata Telecomm, Bharti Telecom, Airtel, Nokia, IBM, HCL and others.
Academic Venues
Well-equipped classrooms and lecture halls with modern teaching aids such as projectors, whiteboards, and audio-visual systems.
Fully functional and well-equipped laboratories for different subjects like programming, hardware, networking, and software engineering.
ECE Lab 1
S.No. |
Facility/Area |
Description |
|---|---|---|
|
1. |
Infrastructure |
Internet speed 78.0 Mbps Downloading, 125 Mbps Uploading speed. |
|
2 |
Location |
Main building ,1st floor -CSE Department Lab Room no. CSE LAB - I PROJECT LAB |
|
3. |
Workstations/Desktops |
Language Lab Server. |
|
4. |
Maintenance |
Monthly record lab wise |
|
5. |
Networking |
Fiber optics cables, CAT 6 Cable all labs connecting |
|
6. |
Operating Systems |
WINDOWS 7 & 10 |
|
7. |
Peripheral Devices |
1 Projecter Acer , 1 Brother Printer & 1 Wifi Router , 1 Pair Speaker |
|
8. |
Security |
1 HD Camera In Class Rooms |
|
9. |
Software |
MS OFFICE 2010 and 2007 , ACROBAT READER 11.0 java , PYTHON 3.6 , Visual Studio 6.0 , DBMS 11G , C++ 3.0 |
ECE Lab 2
S.No. |
Facility/Area |
Description |
|---|---|---|
|
1. |
Location |
Main building ,1st floor -CSE Department Lab Room no. CSE LAB - 2 |
|
2. |
Infrastructure |
Internet speed 78.0 Mbps Downloading, 125 Mbps Uploading speed. |
|
3 |
Workstations/Desktops |
Language lab server. & 30 Desktop System |
|
4 |
Operating Systems |
WINDOWS 7 & 10 |
|
5 |
Software |
MS OFFICE 2010 and 2007 , ACROBAT READER 11.0 java , PYTHON 3.6 , Visual Studio 6.0 , DBMS 11G , C/C++, MySQL , PostgreSQL , Node.j. |
|
6 |
Networking |
Fiber optics cables, CAT 6 Cable all labs connecting |
|
7 |
Peripheral Devices |
2 D-link Switch $ 1 Wifi Router |
|
8 |
Security |
1 HD Camera In Class Rooms |
|
9 |
Maintenance |
Monthly Record Lab Wise |
ECE Lab 3
S.No. |
Facility/Area |
Description |
|---|---|---|
|
1. |
Location |
Main building ,1st floor -CSE Department Lab Room no. CSE LAB - 3 |
|
2. |
Infrastructure |
Internet speed 78.0 Mbps Downloading, 125 Mbps Uploading speed. |
|
3 |
Workstations/Desktops |
Language lab server. & 30 Desktop System |
|
4 |
Operating Systems |
WINDOWS 7 & 10 |
|
5 |
Software |
MS OFFICE 2010 and 2007 , ACROBAT READER 11.0 java , PYTHON 3.6 , Visual Studio 6.0 , DBMS 11G |
|
6 |
Networking |
Fiber optics cables, CAT 6 Cable all labs connecting |
|
7 |
Peripheral Devices |
2 D-link Switch |
|
8 |
Security |
1 HD Camera In Class Rooms |
|
9 |
Maintenance |
Monthly Record Lab Wise |
ECE Lab 4
S.No. |
Facility/Area |
Description |
|---|---|---|
|
1. |
Location |
Main building ,1st floor -CSE Department Lab Room no. CSE LAB - 4 |
|
2. |
Infrastructure |
Internet speed 78.0 Mbps Downloading, 125 Mbps Uploading speed. |
|
3 |
Workstations/Desktops |
Language lab server. & 40 Desktop System |
|
4 |
Operating Systems |
WINDOWS 7 & 10 |
|
5 |
Software |
MS OFFICE 2010 and 2007 , ACROBAT READER 11.0 java , PYTHON 3.6 , Visual Studio 6.0 , DBMS 11G , C/C++, MySQL , PostgreSQL , Node.js , Bootstrap , Wireshark , OpenVPN , TensorFlow , Keras , OpenCV , Apache Hadoop , Apache Spark , OpenStack. |
|
6 |
Networking |
Fiber optics cables, CAT 6 Cable all labs connecting |
|
7 |
Peripheral Devices |
1 Projecter Acer & 2 D-link Switch |
|
8 |
Security |
1 HD Camera In Class Rooms |
|
9 |
Maintenance |
Monthly Record Lab Wise |
ECE Lab 5
S.No. |
Facility/Area |
Description |
|---|---|---|
|
1. |
Location |
Main building ,1st floor -CSE Department Lab Room no. CSE LAB - 5 |
|
2. |
Infrastructure |
Internet speed 78.0 Mbps Downloading, 125 Mbps Uploading speed. |
|
3 |
Workstations/Desktops |
Language lab server. & 60 Desktop System |
|
4 |
Operating Systems |
WINDOWS 7 & 10 |
|
5 |
Software |
MS OFFICE 2010 and 2007 , ACROBAT READER 11.0 java , PYTHON 3.6 , Visual Studio 6.0 , DBMS 11G , C/C++, MySQL , PostgreSQL , Node.js |
|
6 |
Networking |
Fiber optics cables, CAT 6 Cable all labs connecting |
|
7 |
Peripheral Devices |
1 Projecter Notevision & 4 D-link Switch |
|
8 |
Security |
1 HD Camera In Class Rooms . |
|
9 |
Maintenance |
Monthly Record Lab Wise |
ECE Lab 6
S.No. |
Facility/Area |
Description |
|---|---|---|
|
1. |
Location |
Main building ,1st floor -CSE Department Lab Room no. CSE LAB - 5 |
|
2. |
Infrastructure |
Internet speed 78.0 Mbps Downloading, 125 Mbps Uploading speed. |
|
3 |
Workstations/Desktops |
Language lab server. & 60 Desktop System |
|
4 |
Operating Systems |
WINDOWS 7 & 10 |
|
5 |
Software |
MS OFFICE 2010 and 2007 , ACROBAT READER 11.0 java , PYTHON 3.6 , Visual Studio 6.0 , DBMS 11G , C/C++, MySQL , PostgreSQL , Node.js |
|
6 |
Networking |
Fiber optics cables, CAT 6 Cable all labs connecting |
|
7 |
Peripheral Devices |
1 Projecter Notevision & 4 D-link Switch |
|
8 |
Security |
1 HD Camera In Class Rooms . |
|
9 |
Maintenance |
Monthly Record Lab Wise |
ECE Lab 7
S.No. |
Facility/Area |
Description |
|---|---|---|
|
1. |
Location |
Main building ,1st floor -CSE Department Lab Room no. CSE LAB - 5 |
|
2. |
Infrastructure |
Internet speed 78.0 Mbps Downloading, 125 Mbps Uploading speed. |
|
3 |
Workstations/Desktops |
Language lab server. & 60 Desktop System |
|
4 |
Operating Systems |
WINDOWS 7 & 10 |
|
5 |
Software |
MS OFFICE 2010 and 2007 , ACROBAT READER 11.0 java , PYTHON 3.6 , Visual Studio 6.0 , DBMS 11G , C/C++, MySQL , PostgreSQL , Node.js |
|
6 |
Networking |
Fiber optics cables, CAT 6 Cable all labs connecting |
|
7 |
Peripheral Devices |
1 Projecter Notevision & 4 D-link Switch |
|
8 |
Security |
1 HD Camera In Class Rooms . |
|
9 |
Maintenance |
Monthly Record Lab Wise |
ECE Lab 8
S.No. |
Facility/Area |
Description |
|---|---|---|
|
1. |
Location |
Main building ,1st floor -CSE Department Lab Room no. CSE LAB - 5 |
|
2. |
Infrastructure |
Internet speed 78.0 Mbps Downloading, 125 Mbps Uploading speed. |
|
3 |
Workstations/Desktops |
Language lab server. & 60 Desktop System |
|
4 |
Operating Systems |
WINDOWS 7 & 10 |
|
5 |
Software |
MS OFFICE 2010 and 2007 , ACROBAT READER 11.0 java , PYTHON 3.6 , Visual Studio 6.0 , DBMS 11G , C/C++, MySQL , PostgreSQL , Node.js |
|
6 |
Networking |
Fiber optics cables, CAT 6 Cable all labs connecting |
|
7 |
Peripheral Devices |
1 Projecter Notevision & 4 D-link Switch |
|
8 |
Security |
1 HD Camera In Class Rooms . |
|
9 |
Maintenance |
Monthly Record Lab Wise |
Others Facilities
- Lecture Halls, Class Rooms, Seminar Hall, and Departmental Library are key features.
- Online study materials are available on an e-learning server Course materials are available under NPTEL (National Program on Technology Enhanced Learning) by 7 IITs & IISc
- The library has many journals and books available in the department.
- All major software packages are available for study.
- LCD projectors are actively used both in the classroom and in Laboratory.
Adequate Computing facilities with the latest hardware and software required for conducting practical sessions, projects, and research work.
Departmental Library
Facilities to support research activities including computing resources, experimental setups, and access to research journals and publications.
High-speed internet connectivity throughout the department to support academic and research activities.
Facilities for organizing workshops, training programs, and hands-on sessions on emerging technologies and tools.
Industry Collaboration
Collaboration with industry partners for internships, projects, and placement opportunities for students.
Adequate safety measures including fire safety equipment, first aid facilities, and security personnel to ensure the safety of students and staff.
Mechanisms for continuous improvement such as feedback systems, quality assurance processes, and regular reviews to enhance the quality of education and research.
Laboratories Facilities
- Oracle Lab
- CISCO Lab/Networking Lab
- IBM Lab
- Research & Development Lab
- Basic Computing Lab
- Data Processing Lab
- Object-Oriented Programming Lab
- Project Lab
Software Facilities
Programming Languages and Tools:
- Python
- Java
- C/C++
- JavaScript
- Git (Version Control)
- Integrated Development Environments (IDEs) like Visual Studio Code, Eclipse, IntelliJ IDEA, etc.
Database Management Systems:
- MySQL
- PostgreSQL
- SQLite
Web Development:
- Apache HTTP Server
- NGINX
- Node.js
- React.js
- AngularJS
- Bootstrap
Networking:
- Wireshark (Network Protocol Analyzer)
- OpenVPN (Virtual Private Network)
- Nmap (Network Mapper)
Artificial Intelligence and Machine Learning:
- TensorFlow
- Keras
- PyTorch
- Scikit-learn
- OpenCV
Big Data:
- Apache Hadoop
- Apache Spark
- Apache Kafka
Cloud Computing:
- OpenStack
- Kubernetes
- Docker
Others Facilities
- Lecture Halls, Class Rooms, Seminar Hall, and Departmental Library are key features.
- Online study materials are available on an e-learning server Course materials are available under NPTEL (National Program on Technology Enhanced Learning) by 7 IITs & IISc
- The library has many journals and books available in the department.
- All major software packages are available for study.
- LCD projectors are actively used both in the classroom and in Laboratory.
Software Laboratory
MATLAB
The DSP Laboratory helps the students to have an idea in processor programming and also to implement the logic codes. The laboratory has about 30 systems with MATLAB software, DSP trainer and processor kits. The laboratory is fully conditioned with processor simulating tools.
1 .MULTISIM 2. XILINX 3. LABVIEW 4. PSPICE 5. FEKO
The Simulation software enable students to design, analyze & simulate and even compare with industry
Circuits Laboratory
This Laboratory includes Electronics Circuit, Electronics Devices and Design Laboratory. All types of measuring instruments and cathode ray oscilloscope, Power Supply, Multi-meters, function generators and various types of experimental kits are parts of this laboratory. Special consideration has been given in selecting the equipment in this laboratory so that the capabilities of the students are enhanced for designing basic analog circuits like oscillators, multi-vibrators, amplifiers, drivers etc.
Communication Laboratory
The experiments in this laboratory enable the students to gather basic knowledge on communication systems. Here they can perform different experiments which are the fundamental blocks of any modern communication system used. The experiments include study of AM, FM, ASK, FSK, PSK, PAM, PWM, TDM, FDM etc. The students also learn the designing of Analog to Digital Converter, Digital to Analog Converter etc
Digital Circuits Laboratory
Introduction to the vast world of digital electronics is given in this laboratory. It can support different experiments using discrete components and ICs, which are commonly used in industries and laboratories.
Microwave & Antenna Laboratory
Microwave Test Benches operating in the X band with all the associated components and with facility to conduct experiments using Gunn Oscillator and Klystron Oscillator Sources enable the students to carry out a variety of experiments. A full fledged set up with X- band antenna and turn table provide facilities to carry out radiation pattern measurements. CADFEKO software for simulations is also a part of this laboratory. Some important microwave experiments like VSWR measurement and study on Horn antenna can also be conducted in this laboratory.
Instrumentation and Measurement Laboratory
Objective of this laboratory is to make the students conversant with the Industrial instruments, which are used to measure and control the basic parameters like temperature, pressure, flow, level moisture etc. The students are taught about how the Instruments are calibrated, maintained through different experimental set-ups. This laboratory also familiarizes the students with different characteristics (Static and Dynamic) of instruments.
List of Patents EC
S.No. |
Name of Faculty |
Details |
Month Year |
|---|---|---|---|
|
1. |
Prof. Amit Sawaskade |
A System and method for security and privacy challenges in AI- driven IOT ecosystem”Application Number-202321075449A |
08/12/2023 |
|
2. |
Prof. Sameer Purohit |
A system and method for security and privacy challenges in AI- driven IOT ecosystem”Application Number-202321075449A |
08/12/2023 |
Book Publication
S.No. |
Name of Faculty |
Title of the Book |
Month Year |
|---|---|---|---|
|
1. |
Dr. Vivek Dubey |
Cloud Technology and Information Security |
978-81-19140-21-3 |
|
2. |
Dr. Vivek Dubey |
Fundamentals of Blockchain and Cryptocurrencies |
978-81-19140-23-7 |
|
3 |
Dr. Vivek Dubey |
Big Data Science & Analytics |
978-81-962133-9-8 |
|
4 |
Pankaj Pandey |
Mastering Data Science: Best Portfolio Projects for Your Data Career |
27-October-2023 |
|
5 |
Pankaj Pandey |
Nurturing Future Engineers: A Success Guide |
28-October-2023 |
Research Paper Publication ECE
S.No. |
Name of Faculty |
Title of the Paper |
Refereed Journal/Conference |
Month Year |
|---|---|---|---|---|
|
1. |
Amit Sawaskade |
Design and analysis of FWM and XPM effects in 2×10 GB/Sec. bidirectional WDM –POM |
IJTER |
Sep 2011 |
|
2. |
Sameer Purohit |
Design and analysis of 1-bit mirror adders using 180 nm technology national conference on ;Modern trends in electronics communication & signal processing |
|
September 27-8, 2013 |
|
3 |
Sameer Purohit |
Simulation of low pass filter in digital image processing system”Published by international journal of emerging trends in electronics and computer science |
(ISSN 2278-1668), volume 2, |
9, Sept-2013 |
|
4 |
Sameer Purohit |
Mixed planning time triggered Can –Network in the international journal of research & technology |
(ISSN2321-7510) volume -01, Issue -02 |
July September 2013 |
|
|
|
|
|
|
Workshop Organized
S.No. |
Name of Faculty |
Workshop Title |
Month Year |
|---|---|---|---|
|
1. |
Dr. Ayonija Pathre |
Holistic Development And Quantum Physics |
05-Feb-24 |
|
2. |
Prof. Charulika Yadav |
ENTREPRENEURSHIP |
08-Feb-24 |
|
3 |
Prof. Charulika Yadav |
DIGITAL MARKETING |
08-Feb-24 |
|
4 |
Prof Vikas Sharma |
Audrino Awareness Workshop |
15-Sep-23 |
|
5 |
Prof. Abhishek Singh Chauhan |
Project Management |
20-24-Feb-2024 |
|
6 |
Ms Bhawana Dwivedi |
National Startup Day |
16-Jan-2024 |
Workshop Organized (Session Expert)
S.No. |
Name of Faculty |
Workshop Title |
Month Year |
|---|---|---|---|
|
1. |
Dr. Vivek Dubey |
EMPOWERING DATA AND VISUAL ANALYTICS |
23-25 JAN 24 2024 |
|
2. |
Prof. Shivam C |
Compiler Design |
29 Jan-3 Feb |
|
3 |
Prof. Mahendra Singh Sisodiya |
Theory of Computation |
29Jan-3Feb 2024 |
|
4 |
Dr. Ayonija Pathre, Prof. Bhavna Divedi and Mr. Amit Vishkarma |
NETCRAFTERS INNOVATIVE WORKSHOP: CRAFTING NETWORKS IN 5 DAYS |
5Feb-9Feb 2024 |
Head of The Department
NAME : PROF. PANKAJ PANDEY
Head, Department of Computer Science and Engineering
*Qualifications:* PhD (Pursuing), M.Tech, BE
*Experience:* Teaching – 17 years
*Areas of Interest in Teaching:*
Artificial Intelligence, Machine Learning, Image Processing, Data Science, Cloud Computing
*Area of Expertise:*
Artificial Intelligence, Cyber Security, Machine Learning, Data Science, Network Security
*Patents:*
1. Australian Patent Granted with Patent Number: 2021105935 titled as “System for determining physiological condition of driver in autonomous driving and alarming the driver using machine learning.”
2. Australian Patent filed Granted with Application Number: 2021104849 titled as “A Computer implemented method and system for detecting human touch using body mounted camera to minimize covid spread using machine learning.”
3. Indian Patent published with Application Number: 202121034020 titled as “Autonomous Vehicle Driving and Traffic Sign Identification based on DEEP Learning Models.”
4. Indian Patent published with Application Number: 202121041195 titled as “Gesture and Posture Independent Face Recognition using Machine Learning Model.”
