Department of Electronics and Communication Engineering

Programme

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Programme

Industry Scenario

By the year 2023, the need and demand of Electronics and Communications Engineers will rise considerably
By the year 2023, 5G and 6G will arrive; Artificial Intelligence, Virtual Reality and Robotics field will develop considerably.
Hence, there will be a huge demand for Electronics and Communications Engineers

Brainware University students are studying in front of computers

Salient Features

State-of-the-art infrastructure
Well-stocked library
Placement assistance through training and placement cell
All modern Laboratory facilities available

Successful Brainware students in various corporate fields

Career Options

Electronics Engineer
Electronics and Communication Engineer
Electronics Design & Development Engineer
Desktop Support Engineer
System Control Engineer
Telecom Engineer

Labs and workshop

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Labs and Workshop

Students and teachers are testing in Electronics & communication engineering lab of Brainware university

Electronic Devices Lab
Digital System Design Lab
Analog and Digital Communication Lab
Analog Circuits Lab
Microcontrollers Lab
Electromagnetic Waves Lab
Digital Signal Processing Lab
Power Electronics Lab
VLSI Design Lab
Electronic Measurement Lab
Microwave and Antenna Lab

Faculty Members

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Faculty Members

Dr. Angshuman Majumdar

Associate Professor

Qualification: Ph.D (Engineering)

Research Area: Fiber and Integrated optics

Dr. Debasis Mukherjee

Associate Professor

Qualification: Ph.D. (Engineering), M.Tech & B.E.

Research Area: VLSI Design

Dr. Pubali Mitra Paul

Assistant Professor

Qualification: Ph.D (Thesis submitted), M.Tech

Research Area: Soft Computing based intelligent process control design and intelligent controlling strategy for PID controller

Dr. Arighna Basak

Assistant Professor

Qualification: Ph.D, M.Tech (Nanotechnology)

Research Area: Nanoelectronic Devices.

Pankaj Kumar Sanda

Assistant Professor

Qualification: M.Tech

Research Area: Semiconductor Device

Arnab Das

Assistant Professor

Qualification: Ph.D. (Pursuing) in the Dept. of Electronics and Communication Engineering, the Maulana Abul Kalam Azad University of Technology (M.A.K.A.U.T.)

Research Area: Control System

Anu Samanta

Assistant Professor

Qualification: M.Tech, PhD (pursuing).

Research Area: Microelectronics & VLSI Design, Digital IC Design, Reconfigurable architectural design of Digital Integrated circuits using Machine Learning.

Suparba Tapna

Assistant Professor

Qualification: M.Tech, Ph.D.(Pursuing)

Research Area: Quantum Computing,VLSI,Embedded System,Nano Architecture for Quantum Inspired Model

Sudipta Chatterjee

Assistant Professor

Qualification: B.Tech - WBUT, M.Tech - Jadavpur University, PhD - Thesis Submitted from NIT, Arunachal Pradesh

Research Area: Embedded Systems, Robotics and IoT, AI

Amitesh Das

Assistant Professor

Qualification: B. Tech, ME, PH. D (Pursuing)

Research Area: 5G / 6G wireless Communication, Cognitive radio networks, D2D Communication and NOMA

Bappa Ditya Biswas

Assistant Professor

Qualification: M.Tech

Research Area: Electronics Device & Photonics

Adriza Dhar

Technical Assistant

Qualification: B.Tech

Vision Mission

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Our Vision

The Department of Electronics and Communication Engineering aims to be one of the leading departments in the global education by promoting collaborative and multidisciplinary activities. It aspires to bridge the gap between the theoretical understanding and practical applications of electronics and communication technology. It wants to focus on the research and development for the benefit of mankind and an advanced society.

Our Mission

The department enables students to solve complex scientific and technological problems and face the challenges in the fields of electronics and communication.
It promotes research culture by infusing scientific spirit and develop systematic and analytical thinking among the students.
It nurtures the spirit of innovation and creativity among faculty and students through the use of contemporary and upgraded technology.
It expands collaborations and partnerships with industries and other organizations to expose students to new job opportunities.

Learning Objectives

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Learning Objectives

To enrich the students with the knowledge of Mathematics, basic principles of Engineering , Computing, Basic Sciences, Social Sciences in general and Electronics and Communication Engineering in particular so that students can develop necessary skill to analyse and synthesize electronic circuits, algorithms and complex apparatus required for communication systems and devices.

To make students competent enough to provide user friendly, cost effective and socially acceptable solutions of real life technical problems involving electronics hardware, communication and software engineering.
To encourage research work among the faculty members as well as the students so as to achieve sustainable development and earn global recognition thereof.
To expand collaboration and partnerships with Industrial houses and research centers.
To equip the students adequately in professionalism, smart and ethical conduct, interpersonal skills and adaptability in communication as per prevalent trends so that they can prove themselves professionally competent in service or entrepreneurship both at National and International level.

Learning Outcomes

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Learning Outcomes

Engineering Graduates will Be Able To:

Engineering knowledge: Apply the knowledge of mathematics, science, engineering fundamentals for the development of concept in this context.
Problem analysis: Analyze complex engineering problems using knowledge of mathematics, natural sciences, and engineering sciences and literature survey as well.

The engineer and society: Design system components or processes that meet the specified needs with appropriate consideration for the public health, safety, 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 the information to provide valid conclusions.
Modern tool usage: Become conversant with the use of modern engineering and IT tools for prediction of solution of complex engineering problems.
Environment and sustainability: Understand the impact of the professional engineering solutions in societal, environmental contexts and demonstrate the needful for sustainable development.
Ethics: Apply ethical principles in the context of engineering practice.
Individual and team work: Function effectively as an individual or a team member whichever is appropriate.
Communication: Communicate effectively on engineering activities with the engineering community and with society.
Project management: 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 in multidisciplinary environments.
Life-long learning: Recognize the need for life-long learning in the broadest context of technological change.

Activities

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Activities

WEBINAR/SEMINAR/WORKSHOP

The application of AI-ML in varied sectors: Online workshop discusses the current scenario and possibilities

Speaker: Dr. Mohammad Azharuddin Laskar - Data Scientist, Armsoftech (Chennai)

Date:

10-12-2022

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INDUSTRY VISIT

Exciting Industrial Visit at TEXMACO Rail & Engineering Ltd.!

The Department of Electronic and Communication at Brainware University successfully organized a remarkable industrial visit to TEXMACO Rail & Engineering Ltd.

Date:

02-12-2023

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OUTREACH ACTIVITIES

Awareness camp on cyber security at Faldi High School

The outreach activity was curated in order to help the school students develop critical thinking about the media content they consume through mainstream and social media

Date:

29-11-2022

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Research

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Research

Research Activities of the Department of Electronics and Communication Engineering

Department of ECE, Brainware University has an ambitious plan of increasing both the quality and quantity of doctoral level research. A lively atmosphere for research work exists in the said Department that encourages close collaboration among all the stakeholders of the Department. The faculty members of ECE Department are working in various research areas like Nano-electronic Devices, Semiconductor Devices Digital Image Processing, Fiber & Integrated optics, Network Security, Sensor Networking etc. At present seven PhD students are enrolled for doctoral degree in the Department of ECE under the guidance of existing Faculty members.

Existing Doctoral Research Domain:

Fiber & Integrated optics, Semiconductor Devices, VLSI Design, Signal Processing, Embedded System.

PUBLICATIONS

A. JOURNAL

Sl No.	Title of paper	Authors/s	Journal Name	Status
	Misalignment considerations in laser diode to single-mode graded index fiber coupling via upside down tapered parabolic microlens on the circular core fiber	Ramkrishna Rakshit, Angshuman Majumdar and Sankar Gangopadhyay	Optical Fiber Technology (Elsevier)	SCI
	A simple but accurate method for prediction of splice loss in mono-mode dispersion shifted and dispersion flattened fibers in presence of Kerr nonlinearity	Ramkrishna Rakshit, Angshuman Majumdar and Sankar Gangopadhyay	Journal of Optical Communications (Germany)	SCOPUS
	Correction of Non-Linearity of Load Cell using Adaptive Technique with Mathematical Approximation	Ramkrishna Rakshit, Angshuman Majumdar and Rajesh Dey,	International Journal of Recent Technology and Engineering (IJRTE),	SCOPUS
	A simple but accurate technique for study of single-mode Kerr type nonlinear dispersion-shifted and dispersion-flattened fibers	Biplab Kumar Ray, Angshuman Majumdara, Shubhendu Maiti and Sankar Gangopadhyaya,	Optik (Elsevier)	SCI
	Laser diode to single-mode triangular index fiber coupling via upside down tapered hyperbolic microlens on the fiber tip: Prediction of coupling efficiency by ABCD matrix formalism	Jayanta Aich, Angshuman Majumdar, Anup Kumar Maiti and Sankar Gangopadhyay,	Optik (Elsevier)	SCI
	Influence of Kerr Nonlinearity on Group Delay and Modal Dispersion Parameters of Single-Mode Graded Index Fibres: Evaluation by a Simple but Accurate Method,	Tilak Mukherjee, Angshuman Majumdar and Sankar Gangopadhyay,	Journal of Optical Communications (Germany)	SCOPUS
	Laser diode to single-mode graded index fibre coupling via cylindrical micro lens on the fibre tip: Evaluation of coupling efficiency by ABCD matrix formalism	Kushal Roy, Angshuman Majumdar, Shubhendu Maiti and Sankar Gangopadhyay	Journal of Optical Communications (Germany)	SCOPUS
	Performance Comparison of In As Based DG-MOSFET with Respect to SiO2 and Gate Stack Configuration	Sanjit Kumar Swain, Sudhansu Mohan Biswal, Satish Kumar Das, Sarosij Adak, Biswajit Baral	Nanoscience & Nanotechnology-Asia	SCOPUS
	Study of Linearity Performance of Graded Channel Gate stack Double Gate MOSFET with respect to high-K oxide thickness	Sanjit Kumar Swain, Satish Kumar Das, Sarosij Adak	Silicon Springer	SCI
	Impact of high–K dielectric materials on performance analysis of under lap In 0.17Al0.83N/GaN DG-MOSHEMTs	Sarosij Adak, Sanjit Kumar Swain	NANO: Brief Reports and Reviews (World Scientific Publishing Company)	SCOPUS
	Laser diode to single-mode triangular index fibre excitation via upside down hemispherical micro lens on the fibre tip: Prescription of ABCD matrix of transmission and estimation of coupling efficiency	Shubhendu Maiti, Anup Kumar Maiti and Sankar Gangopadhyay	Optik (Germany), ELSEVIER	SCI
	Study of Coupling Optics involving hemispherical micro lens on the tip of single-mode step index fibre in the framework of ABCD matrix which takes care of arbitrary angle of incidence	Mithun Maiti, Anup Kumar Maiti and Sankar Gangopadhyay	IJSER	UGC Care/ Others
	Mismatch considerations in laser diode to single-mode circular core triangular index fibre excitation via upside down tapered hemispherical micro lens on the fiber tip	Himadri Mandal, Shubhendu Maiti, Tien-Lung Chiu & Sankar Gangopadhyay	Optik (Germany), ELSEVIER	SCI
	Accurate prediction of effective core area and effective index of refraction of single mode graded index fiber by a simple technique	Prosenjit Roy Chowdhury and S.Gangopadhyay	Journal of optoelectronics and advanced materials	SCI
	Study of coupling optics involving graded index fiber excitation via upside down tapered parabolic microlens on the fiber tip	Shubhendu Maiti, Salil Kumar Biswas and Sankar Gangopadhyay	Optik (Germany), ELSEVIER	SCI
	A novel and simple formalism for study of effect of Kerr nonlinearity on Petermann I and II spot sizes single-mode-graded index fiber	Jayanta Aich, Anup Kumar Maiti, Angshuman Majumdar and Sankar Gangopadhyay	Journal of Optical Communications (Germany)	SCOPUS
	Evaluation of Splice Loss of Single-Mode Graded Index Fiber in Presence of Kerr Nonlinearity	Shubhendu Maiti, Angshuman Majumdar, Salil Kumar Biswas and Sankar Gangopadhyay	Optik (Germany), ELSEVIER	SCI
	A simple method for study of effect of Kerr nonlinearity on effective core area, index of refraction and fractional modal power through the core of monomode graded index fibre	Mithun Maity, Anup Kumar Maiti, Himadri Mondal and Sankar Gangopadhyay	Int. J. Nanoparticles	SCOPUS
	A simple but accurate formalism for study of single-mode graded index fiber directional coupler in presence of Kerr nonlinearity	Tilak Mukherjee, Suvendu Maiti, Angshuman Majumdar and Sankar Gangopadhyay	Optik ELSEVIER	SCI
	A Simple but Accurate Method for Estimation of the Effect of Kerr Nonlinearity on Confinement and Excitation of the Fundamental Mode in Single Mode Graded Index Fiber	Kushal Roy, Angshuman Majumdar and Sankar Gangopadhyay	Optik ELSEVIER	SCI
	Drain current modelling of unipolar junction dual material double-gate MOSFET (UJDMDG) for SoC applicationsˮ, Microsystem Technologies	A.Basak, M.Chanda and A. Sarkar	Microsystem Technologies, Springer	SCI
	Quantum Analytical Model for Lateral Dual Gate UTBB SOI MOSFET for Analog/RF Performance	Arighna Basak, Angsuman Sarkar	Silicon, Springer	SCI
	Drain Current Modelling of Asymmetric Junctionless Dual Material Double Gate MOSFET with High K Gate Stack for Analog and RF Performance	Arighna Basak, Angsuman Sarkar	Silicon, Springer	SCI
	Impact of back gate work function for enhancement of analog/RF performance of AJDMDG Stack MOSFET	Arighna Basak, Angsuman Sarkar	Solid State Electronics Letters	UGC Care / Others

B. CONFERENCE

Sl No.	Conference Name	Conference Organizer Details with Date of Conference	Title of paper	Name of the author/s
	IEEE EDKCON	IEEE Electron Device Scocity Kolkata Chapter November 2018	Prediction of Effective Core Area and Index of Refraction of Single-mode Graded Index Fiber in Presence of Kerr Nonlinearity	Mithun Maity, Anup Kumar Maiti, Himadri Mandal and Sankar Gangopadhyay
	IEEE EDKCON	IEEE Electron Device Scocity Kolkata Chapter November 2019	Analytical study of unipolar junction transistor as a novel dual material double gate MOSFET to suppress short-channel effect	Arighna Basak, Angsuman Sarkar
	IEEE EDKCON	IEEE Electron Device Scocity Kolkata Chapter November 2020	Comparison of linearity Performance of InAs based DG-MOSFETs with Gate Stack,SiO2 and HfO2	Sanjit Kumar Swain, Sarosij Adak, Sudhansu Mohan Biswal, Biswajit Baral, Saradiya Parija
	International conference on “Applied Electromagnetics, Signal Processing & Communication	Bhubaneswar, October 2018	Study of Linearity Performances of Junction less Triple Material Cylindrical Surrounding Gate MOSFET	Pradipta Kumar Jena, Sanjit Kumar Swain, Omprakash Acharya, Sarosij Adak
	3rd international conference on Devices for Integrated Circuit	Kalyani Government Engineering College, March 2019	Effect of AlGaN Back Barrier on InAlN/AlN/GaN E-Mode HEMT	Sarosij Adak, Nisarga Chand, Sanjit Kumar Swain, Angsuman Sarkar
	3rd international conference on Devices for Integrated Circuit	Kalyani Government Engineering College, March 2019	Effect of High-K Spacer on the Performance of Non-Uniformly doped DG-MOSFET	Sanjit Kumar Swain, Satish Kumar Das, Sudhansu Mohan Biswal, Sarosij Adak, Umakanta Nanda, Asmit Amlan Sahoo
	3rd international conference on Devices for Integrated Circuit	Kalyani Government Engineering College, March 2019	Analytical Drain Current Model of UTBB SOI MOSFET with lateral dual gates to Suppress Short Channel Effect	Arighna Basak and Angsuman Sarkar
	3rd international conference on Devices for Integrated Circuit	Kalyani Government Engineering College, March 2019	An Analytical Approach of EEG Analysis for Emotion Recognition	Indronil Mazumder
	1st International Conference COS2019	Institute of Engineering and Management, April 2019	Evaluation Of Effective Core Area and Index Of Refraction For Dual Mode Graded Index Fibers By A Simple Technique	Subhalaxmi Chakraborty, Sankar Gangopadhyay
	2020 IEEE VLSI DEVICE, CIRCUIT AND SYSTEM (2020 IEEE VLSI DCS)	Meghnad Saha Institute of Technology, July 2020	Analytical Modeling of Asymmetric Junctionless DMDG MOSFET for Suppressing Short Channel Effects	Arighna Basak and Angsuman Sarkar
	2021 IEEE VLSI DEVICE, CIRCUIT AND SYSTEM (2020 IEEE VLSI DCS)	Meghnad Saha Institute of Technology, July 2020	Effect of Kerr Nonlinearity on Dimensionless Scalar and Vector Propagation Constants of Single Mode Graded Index Fiber: Estimation by a Simple but Accurate Method	Tilak Mukherjee, Angshuman Majumdar and Sankar Gangopadhyay,
	2022 IEEE VLSI DEVICE, CIRCUIT AND SYSTEM (2020 IEEE VLSI DCS)	Meghnad Saha Institute of Technology, July 2020	Estimation of far field pattern in mono-mode step index fiber in presence of Kerr nonlinearity by a simple technique	Kushal Roy, Angshuman Majumdar and Sankar Gangopadhyay
	Innovations in Smart Technology, Advanced Materials and Communication Engineering (ISTAMCE-2021)	Amity University Madhya Pradesh, 10th June 2021	Design of a novel device structure for detection of bio-molecules	Rajkumar Mandal, Rajesh Dey, Debasis Mukherjee
	1st International Conference for Women in Multifaceted Research 2021 Science, Technology, Education & Entrepreneurship for Society	Kolkata West Bengal	Modeling of Normally-off AlGaN/GaN MOSHEMT for Biosensor Applications: Role of molar fraction on the sensing performance	Rajkumar Mandal, Rajesh Dey, Debasis Mukherjee

Department of Electronics and Communication Engineering

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