Department Profile Name of the Department: Electronics · 2020-02-09 · Pramod Vasambekar Penram International Publishing (India) Pvt.Ltd., ISBN 81 -87972 -24 -6, 2007 Illustrated

Department Profile

Name of the Department: Electronics

1) From the Desk of Head in 200 words

Department of Electronics, Shivaji University, Kolhapur is at the forefront of the

academics, research and development work in the field of Science and Technology. The

Department has been recognized at National level by the UGC since 1987 and recently

appeared on the national quality radar with the UGC Special Assistance Program (SAP)

from year 2012. Currently M.Sc., M.Phil. and Ph.D. programs are offered. The

Department is largest in terms of the faculty strength (2 Professors and 6 Assistant

Professors) perhaps at national level. All of them are active in research.

Under the academic flexibility and choice based credit system (CBCS) framework from

June 2007, M.Sc. syllabus is thoroughly revised from time to time with structural

modifications and inclusion of new additional theory papers and practical work

component. The recent revision in 2019 incorporates outcome based approach with POs,

PSOs and COs in place. All the faculty members are actively involved in the syllabi

revision program, introduced in 2003-04 till today.

Teaching-Learning in the Department includes smart classroom and MOODLE. Students

are encouraged to participate in sports and extracurricular activities. Teachers in the

department are encouraged to attend professional development programs. The

Department enjoys industry partnerships in the niche area of research and development,

which include extended support given by various MNCs in the field of VLSI,

Communication, Embedded system, Power electronics and soft computing. The

department is hosting centre of excellence in VLSI-IoT system design in the partnership

with industry with grants in aid support by RUSA.

2) Brief History of the department along with present focus in academic & research –

150 words.

The Department of Electronics is founded in 1987 having student strength of 16. After

establishing as a separate department in 1998, the specializations like Embedded System,

Communications, VLSI and Power Electronics were introduced. Under the choice based

credit system (CBCS) framework, M.Sc. syllabus is thoroughly revised. The recent

revision in 2019 incorporates an outcome-based approach with POs, PSOs and COs in

place. Presently, the department offers programs such as M.Sc., M.Phil. and Ph.D. with

student strength of 40 for P.G. course and 32 for research programs. The alumni of the

department are holding higher positions in various industries and institutions in the

country and abroad. The department has been contributing to frontier research areas like

embedded system, communications, soft computing, system design, power electronics

and VLSI. The department research has been recognized under RUSA, UGC SAP-DRS-I,

DST-SERC, UGC-Major Research funding schemes and by industrial collaborations.

3) Vision

We aspire to be a premier centre of higher education and research in Electronics

4) Mission

Educating our students and training them to excel in work and life

5) Core Values of the Departments

To hand held and capacity building of the students which will enable to place in

reputed industries/institutes and blue chip companies.

Faculty members are actively engaged in forefront research areas.

ICT based techniques are used in teaching and learning

Students are encouraged to follow ethics and lifelong learning

Department engaged activities for national integrity

6) Academic Programs offered with Intake

Academic Program Intake

M.Sc. 40

M.Phil. As per vacancies

Ph.D. As per vacancies

7) Outcome base Education

a. Program Education Objectives

PEO1: Professional Skills: An ability to understand the basic concepts in and

to apply them to various areas, like Electronics, Communications, Signal

processing, VLSI, Embedded systems etc., in the design and implementation

of complex systems.

PEO2: Problem-Solving Skills: An ability to solve complex Electronics

Science and Engineering problems, using latest hardware and software tools,

along with analytical skills to arrive cost effective and appropriate solutions.

PEO3: Successful Career and Entrepreneurship: An understanding of social-

awareness & environmental-wisdom along with ethical responsibility to have

a successful career and to sustain passion and zeal for real-world applications

using optimal resources as an Entrepreneur.

b. Programme Outcomes

Program Learning Outcomes detail the knowledge, skills and abilities that a

student will demonstrate upon successful completion of the program.

A post-graduate of the M.Sc. Electronics Program will demonstrate:

PO1: Domain Specific knowledge: Apply the knowledge of mathematics,

science, electronics to the solution of complex science & engineering

problems.

PO2: Problem analysis: Identify, formulate, review research literature, and

analyze complex science & engineering problems reaching substantiated

conclusions using first principles of mathematics, natural sciences, and

engineering sciences.

PO3: Design/development of solutions: Design solutions for complex

science & engineering problems and design system components or processes

that meet the specified needs with appropriate consideration for the public

health and safety, and the cultural, societal, and environmental considerations.

PO4: 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.

PO5: Modern tool usage: Create, select, and apply appropriate techniques,

resources, and modern engineering and IT tools including prediction and

modeling to complex science & engineering activities with an understanding

of the limitations.

PO6: Ethics: Apply ethical principles and commit to professional ethics and

responsibilities and norms of the engineering practice.

PO7: Individual and team work: Function effectively as an individual, and as

a member or leader in diverse teams, and in multidisciplinary settings.

PO8: Communication: Communicate effectively on complex science &

engineering activities with the engineering community and with 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.

PO9: Life-long learning: Recognize the need for, and have the preparation

and ability to engage in independent and life-long learning in the broadest

context of technological change.

PO10: 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.

c. CBCS with course Structure

Paper no Course Title Teaching hours

per week

Credits

CC-101 Measurement &

Instrumentation 4 4

CC-102 Foundations of Microwave

Technology 4 4

CC-103 Computer Organization 4 4

CC-104 Advanced Digital Design 4 4

CCPR-105 Practical 16 8

AEC - 2 2

CC-201 Digital Communication 4 4

CC-202 Advanced Microwave

Technology 4 4

CC-203 Advanced Power Electronics 4 4

CC-204 Optoelectronics 4 4

CCPR-205 Practical 16 8

SEC - 2 2

EC31 Control Theory 4 4

EC32 Computer Networks 4 4

EE3X Elective I 4 4

EE3X Elective I 4 4

EC33 Practical 5 12 4

EC34 Practical 6 12 4

EC41 Digital Signal Processing 4 4

EC42 Analog and Digital Circuit

Design 4 4

EE4X Elective II 4 4

EE4X Elective II 4 4

EC43 Project 24 8

Paper no Elective I Teaching hours

per week

Credits

EE31 Microcontroller System Design

and ARM Architecture 4 4

EE32 Satellite Communications 4 4

EE33 Signals and Systems 4 4

EE34 Electronic Fuzzy Systems 4 4

EE35 Instrumentation 4 4

EE36 VHDL Programming 4 4

EE37 Mechatronics 4 4

EE38 Industrial Automation 4 4

Paper no Elective II Teaching hours

per week Credits

EE41

ARM Programming and

Embedded Communication

Protocols

4 4

EE42 Advanced Microcontroller and

RTOS 4 4

EE43 Cellular Mobile Communications 4 4

EE44 Electronic Neural Networks 4 4

EE45 Advanced Drives 4 4

EE46 Antennas 4 4

EE47 FPGA Based Systems 4 4

8) Faculty Details (Details of the faculty in one page)

Name Dr.Pramod N.Vasambekar

Contact no 9420931541

E-mail ID [email protected]

Designation Professor and Head

Research Areas Ferrite Gas Sensors

Microwaves

Antennas

No of Research papers

published in last 5 years

26

Research Projects in last 5

years (Give details)

Completed:

Development of Soft

Ferrite Thick Film Gas

Sensors

Period 2015-18

Funded by UGC,

Amount Rs 7.40 Lacs

Ongoing -

Books Published (Details) C Application Programs and Projects, Dilip Mali and

Pramod Vasambekar Penram International Publishing

(India) Pvt.Ltd., ISBN 81-87972-24-6, 2007

Illustrated Programming with C++, Dilip Mali and

Pramod Vasambekar Penram International Publishing

(India) Pvt. Ltd., ISBN 81-87972-30-0, 2009

Patents/ IPR -


published in

National/International

Conference : 40

Citation H-Index i10-index RG Score

1263 21 32 29.65

Total no of Ph.D. Students Awarded : 9 Working : 4

Visits Abroad 01

National/International Certificate for significant Contribution to `Powder

Diffraction File – Release 2002’, International Centre

Awards for Diffraction Data, USA, 2002

Fellow, The Institution of Electronics and

Telecommunication Engineers, IETE, 2003

Honorary Appointment to the Research Board of

Advisors, The American Biographical Institute, 2013

Selected Publications (10) T. J. Shinde, A. B. Gadkari, P. N. Vasambekar, “DC

resistivity of Ni-Zn ferrites prepared by oxalate

precipitation method,” Materials Chemistry and

Physics, vol.111 (1), pp. 87-91, Sept. 2008 (ISSN

0254-0584, Impact Factor 2.385, citations 89)

A. B. Gadkari, T. J. Shinde and P. N.Vasambekar,

“Structural analysis of Y3+

doped Mg-Cd ferrites

prepared by oxalate co-precipitation method,”

Materials Chemistry and Physics, vol. 114 (2-3), pp.

505-510, April 2009 (ISSN 0254-0584, Impact Factor

2.385, citations 104)

A. B. Gadkari, T. J. Shinde and P. N. Vasambekar,

“Ferrite gas sensors,” IEEE Sensors Journal, vol.

11(4), pp.849-861, April 2011 (ISSN 1530-437X,

Impact Factor 1.85, citations 80)

T. J. Shinde, A. B. Gadkari, P. N.Vasambekar,

“Influence of Nd3+

substitution on structural, electrical

and magnetic properties of nonocrystalline nickel

ferrites”, Journal of Alloys and Compounds, vol.513

(2), pp.80-85, Feb. 2012 (ISSN 0925-8388, 2.289,

Citations 50)

T. J. Shinde, A. B. Gadkari, P. N. Vasambekar,

“Magnetic Properties and Cation Distribution Study

of Nanocrystalline Ni-Zn Ferrites”, J. Magnetism

Magn. Mater., 333 pp.152-155, May 2013 (ISSN

0304-8853, Impact Factor 1.780, citations 78)

Kumar, S.; Shinde, T. J.; Vasambekar, P.N.; Bhatt,

K.; "Chemical Synthesis and Magnetic Properties of

Indium Substituted Manganese-Zinc Nanoferrites,"

Magnetics, IEEE Transactions on, vol.51, issue 4,

pp.1-8, April 2015 (ISSN: 0018-9464, Impact Factor

1.386)

A.A.Mulla, P.N.Vasambekar, “Overview on the

development and applications of antenna control

systems” Annual Reviews in Control, vol.41 pp.47-57

April 2016 (ISSN: 1367-5788, IF 2.042)

S.P.Dalawai, T.J.,Shinde, A.B.Gadkari,

P.N.Vasambekar “Influence of Ni2+

and Sn4+

substitution on gas sensing behavior of zinc ferrite

thick films”, Journal of Solid State Electrochemistry,

vol.20 (8) pp.2363-2372 May2016 (ISSN: 1432-8488,

IF 2.327)

S.R. Bhongale, H.R. Ingawale, T.J. Shinde, Kunal

Pubby, Sukhleen Bindra Narang, P.N. Vasambekar,

“Nano-crystalline Magnesium Substituted Cadmium

Ferrites as X-band Microwave Absorbers” Journal of

Magnetism and Magnetic Materials 441 (2017) 475–

481(0304-8853,3.046)

Sanjay R.Bhongale, Hanmant R.Ingavale, Tukaram

J.Shinde, Pramod N.Vasambekar, “Microwave

Sintered Mg-Cd Ferrite Substrates for Microstrip

Patch Antennas in X-band”, Int. J. Electron.

Commun. (AEÜ),96 (September 2018) p.246–251 (

ISSN: 1434-8411, 2.115)

https://www.sciencedirect.com/science/article/pii/S1434841118318983#!






Name Professor R.K. Kamat

Contact no 0231-2609347


Designation Professor in Electronics

Coordinator, Department of Computer Science,

Director, Internl Quality Assurance Cell,

Director, Innovation, Incubation, Linkages (I/c)

Research

Areas

VLSI Design

Cyber security

Data Science

No of

Research

papers

published in

last 5 years

73

Research

Projects in

last 5 years

(Give details)

Completed:2 Ongoing: 4

Details:

Sr.

No.

Client/Organisation’s

name

Nature of

project

Duration

of

project

Amount of

grant

(Rupees

1.

MHRD

Faculty

Development

Centre in

Cyber Security

& Data

Sciences

2018-

2021

Rs.

696.05Lak

2.

RUSA

RUSA and

Industry

Sponsored

Centre for

VLSI System

Design

2018-

2021

Rs.129 Lacs

3.

UGC

Development,

testing and

prototyping of

wireless sensor

network for

Earthquake

early warning

2012-

2015

Rs.14.87Lac

system

6.

Ministry of Culture

Commissioning

Tasks for

Digitization of

Rare

Documents,

2010-

2012

Rs. 15 Lacs

7.

European Union

Erasmus+

Enhancing

Quality

Assurance

Management

and Bench

marking

Strategies in

Indian

Universities

2018-

2021

704132EUR

Books

Published

(Details)

12 (Last five years: 03)

Book Chapters: 05

Details of Books:

1. Web Mining: A Synergic Approach Resorting to Classifications and

Clustering. Edited by K. C. Chen , Sandeep Shukla, Christophe Bobda,

11/2016; River Publishers., ISBN: 978-87-93379-83-1 (Hardback) 978-

87-93379-84-8 (Ebook)

2. Educational Data Mining with R and Rattle. Edited by K. C. CHEN

National Taiwan University Taipei Taiwan, SANDEEP SHUKLA

Virginia Tech USA, CHRISTOPHE BOBDA University of Arkansas

USA, 02/2016; The River Publishers Series in Information Science and

Technology, River Publishers., ISBN: Print: 978-87-93379-31-2 E-

book: 978-87-93379-30-5

3. 'C' Programming in an Open Source Paradigm: A Hands on Approach.

2015 edited by K. C. Chen , Sandeep Shukla, Christophe Bobda,

09/2015; River Publishers., ISBN: 978-87-93237-67-4(Hardback) 987-

87-93237-68-1 (ebook)

Details of Book Chapters:

1. Fouzia Shaikh, Rajanish Kamat: Activated Carbon/Transition

Metal Oxides Thin Films for Supercapacitors. Electrochemical

Capacitors, 02/2018; Materials Research Forum., ISBN: 978-1-

945291-56-2, DOI:10.21741/9781945291579-3

2. Rajani S Kamath, Rajanish Kamat: Cost Effective 3D Stereo

Visualization for Creative Learning – Virtual Reality in Education.

Encyclopedia of Information Science and Technology, Fourth

Edition (10 Volumes), Fourth Edition 07/2017: chapter Cost

Effective 3D Stereo Visualization for Creative Learning – Virtual

Reality in Education; IGI Global., ISBN: ISBN13: 9781522522553

3. M M Salunkhe, N V Thakkar, R K Kamat: Chapter 11 Instilling

Ideology of Professionalism in University Education: Assessment

of Shifting Paradigms. Evolving Corporate Education Strategies

for Developing Countries – Role of Universities, First edited by B

PanduRanga Narasimharao, 01/2013: chapter 11: pages 411; IGI

Global., ISBN: 9781466628458, DOI:10.4018/978-1-4666-2845-

8.ch011

4. R K Kamat, S M Pujar: In Side Out and Outside In: Future Legend

of Library and Information Science. Recent trends in Library and

Information Science: A Way Forward for the Future, 03/2014:

pages 206-216; LIS Academy International.

5. Shamprasad Pujar, R. K. Kamat, Savadatti, M.N: Library as a

Change Agent in Liberation and Deliberation of Higher Education

through MOOCs. Recent trends in Library and Information

Science: A Way Forward for the Future, 03/2014: pages 251-261;

LIS Academy International

Patents/ IPR

No of

Research

papers

published in

National/Inter

national

Conference


824 15 26 30.23

Total no of

Ph.D.

Students

Awarded: 14 Working: 08

11Visits

Abroad

Last Five Years: 01

National/Inter

national

Awards

1. Texas Instruments Mentorship

award for Innovative IoT based

product development at the

hands of late Hon. Dr. A.P.J.

Kalam

-- Texas Instruments 2016

2. Vice-Chairman of IEEE Solid-

State Circuits Society(SSCS),

India Council

Elected IEEE 2016

3. Best Teacher Award

Shivaji

University.

Kolhapur

2018

Selected

Publications

Sr.

No.

Date Title Name of journal Refereed

journal or

(10) not

1 2019 Resistive switching

and synaptic

properties

modifications in

gallium-doped zinc

oxide memristive

devices.

Results in Physics Scopus

Impact

Factor:

3.042

2 2019 Simulation Study of

Field-effect Transistor

Based Cylindrical

Silicon Nanowire

Biosensor: Effect of

Length and Radius of

the Nanowire.

Journal of Nano-

and Electronic

Physics

Scopus

Impact

Factor

0.441

3 2019 Shape Dependent

Optical Properties of

GaAs Quantum Dot:

A Simulation Study

Journal of Nano-

and Electronic

Physics

Scopus

Impact

Factor

0.441

4 2018 Modelling

Physicochemical

Properties for Protein

Tertiary Structure

Prediction:

Performance Analysis

of Regression Models.

International

Journal of Modern

Electronics and

Communication

Engineering

Referred

DOAJ

5 2018 An Organic Bipolar

Resistive Switching

Memory Device

Based on Natural

Melanin Synthesized

From Aeromonas sp.

SNS

Physica status

solidi a 11/2018

Scopus

Journal

Impact

Factor

1.606

6 2018 Mimicking the

Biological Synapse

Functions of Analog

Memory, Synaptic

Weights, and

Forgetting with ZnO-

Based Memristive

Devices

Journal of

Nanoscience and

Nanotechnology

11/2018

Scopus

Journal

Impact

Factor

1.354

7 2018 Time-series Analysis

and Forecasting of

Rainfall at Idukki

district, Kerala:

Machine Learning

Approach

Disaster Advances Scopus

Journal

Impact

factor of

2.272

8 2018 Coexistence of

filamentary and

homogeneous resistive

switching with

memristive and

meminductive

memory effects in

Int Nano Lett Springer

Open

Access

Journal

Al/MnO2/SS thin film

metal–insulator–metal

device

9 2018 Facile method for

synthesis of α-

Co(OH)2 and their

supercapacitor

properties.

Microelectronics

International

Scopus

Journal

Impact

Factor

Impact

Factor:

0.840

10 2018 Bipolar resistive

switching and

memristive properties

of hydrothermally

synthesized TiO 2

nanorod array: Effect

of growth

temperature.

Materials &

design

Scopus

Jurnal,

Impact

Factor

Impact

Factor:

5.770

11 2018 Structural and Optical

Properties of

Nanocrystalline TiO2

with Multiwalled

Carbon Nanotubes and

Its Photovoltaic

Studies Using Ru(II)

Sensitizers.

American

Chemical Society,

Omega 2018

SCI

Journal

Impact

Factor:

2.584

12 2018 Prediction of Seismic

Tremor Magnitude for

Andaman-Nicobar

Islands using Artificial

Neural Network

Disaster Advances Scopus

Journal

Impact

factor of

2.272

13 2018 Mimicking the

Synaptic Weights and

Human Forgetting

Curve Using

Hydrothermally

Grown

Nanostructured CuO

Memristor Device.

Journal of

Nanoscience and

Nanotechnology

Scopus

Journal

Impact

Factor

1.354

14 2018 Modeling fetal

morphologic patterns

through

cardiotocography

data: Decision tree-

based approach

Journal of

Pharmacy

Research

UGC

Approved

Peer

reviewed

Journal

15 2018 An Electronic Synapse

Device Based on TiO2

Thin Film Memristor

Journal of

Nanoelectronics

&

Optoelectronics

SCI

Journal

Impact

Factor

1.069

16. 2015 Modelling of

nanostructured

memristor device

characteristics using

Journal of

Computational

Science, Elsevier

SCI

Journal

Impact

factor:

artificial neural

network (ANN)

2.347

16 2011 A Monolithic

Implementation of

Active Inductor

VLQC and Jitter Free

Photon Current

Detection for

BioLuminescence

SPAD Sensor

IEEE Sensors

Journal

Scopus

Impact

Factor

2.617

17. 2011 All nMOS 10-T

AQRC for monolithic

chlorophyll

fluorescence SPAD

sensor

IEEE Sensors

Journal

Scopus

Impact

Factor

2.617

Name Dr. Parikshit A. Kadam



Designation Assistant Professor

Research Areas Embedded Systems





Completed: -- Ongoing: --

Books Published (Details) --

Patents/ IPR --


published in


Journals - 03


Conference – 06


14 2 0 3.3

Total no of Ph.D. Students Awarded Working

NIL 5

Visits Abroad ---


Awards

---

Selected Publications 1. G. B. Jirage, B. T. Jadhav, P. A. Kadam, Calibration

of Combustible and toxic Gas Sensor for Industrial

Applications, International Journal of Innovative and

Emerging Research in Engineering, Volume 3, Issue

11, e-ISSN: 2394 – 3343, 2016.

2. G. B. Jirage, B. T. Jadhav, P. A. Kadam, Portable

Wireless Liquid Petroleum Gas leakage Detection

mailto:[email protected]

System for Home and Industrial Automation,

International Journal of Electronics, Electrical and

Computational System, ISSN 2348-117X, Volume 5,

Issue 5, 2016.

3. V. B. Gaikwad, G. B. Jirage, A. R. Patil, R. A

Nimbalkar, P. A. Kadam, License Plate Detection

Method For Yellow Plate Of Indian Vehicle,

International Journal of Computational Engineering

Research, ISSN (e): 2250 – 3005, Volume 8, Issue 9,

2018

4. S. B. Chavan , P. A. Kadam , and S. R. Sawant, 2009,

Embedded Web Server for Monitoring Environmental

Parameters, APPLICATION OF COMPUTERS IN

EXPERIMENTS, Instruments and Experimental Techniques,

2009, Vol. 52, Issue 6, pp. 784–787.

Name Dr. M. K. Bhanarkar




Research Areas Antennas, Wireless sensor network, Dielectrics of

materials using time domain and frequency domain.



19



Completed: 01,

Development of Learning

Objective Repository for

Distance Education.

(2013-2014)

Ongoing: 01,

Design and development of

super microstrip antenna for

wireless communication.

(2018-2020)

Books Published (Details) Muralidhar Bhanarkar and Ganesh Waghmare: "Fractal

Antenna: Introduction, Mathematical Validation and

Characterization", LAP, LAMBERT, (2016), ISBN:978-3-

659-89777-1

Patents/ IPR -


published in


Conference

- 35


48 04 01 13.4


02 04

Visits Abroad Shanghai, China; Hongkong.


Awards

1. Third Rank awarded for research paper in Pre-Science

Congress Conference on Science and Technology for

Human Development, 102nd

Indian Science Congress.

Aurangabad Chapter, Indian Science Congress Association,

India. (December, 2014)

2. Recognition of Elsevier Reviewer by Elsevier, Netherland.

(August, 2018)

Selected Publications (10) 1. M. K. Bhanarkar and P. M. Korake: Soil salinity and

moisture measurement system for grapes field by wireless

sensor network, Cogent Engineering, "Taylor and Francis

Group", Volume: 3, No. 1, Page no 1-9, ISSN: 2331-1916,

(April-2016)

Name Dr. Shinde Santosh A.

Contact no 0231-2609606



Research Areas Embedded System, VLSI design.

No of Research

papers published in

last 5 years

03

Research Projects

in last 5 years (Give

details)

Completed:

1(co-investigator)

Ongoing:

1- Principal Investigator

2- Co-investigator

Sr.

No

.

Client/Organisation

’s name

Nature of

project

Duratio

n of

project

Amount of

grant

(Rupees

1.

MHRD

(Co-PI)

Faculty

Developmen

t Centre in

Cyber

Security &

Data

Sciences

2018-

2021

Rs.

696.05Lacs

2.

RUSA

(Co-PI)

RUSA and

Industry

Sponsored

Centre for

VLSI

System

Design

2018-

2021

Rs.129 Lacs

3.

Shivji University

(PI)

Prototype,

Developmen

t of

Smart Cities

using

Internet

of Things

(IoT) & Big

data

Analytics

2018-

2020

2.80 lacs

4. UGC

(Co-PI)

Developmen

t, testing and

2012-

2015

Rs.14.87La

cs

prototyping

of wireless

sensor

network for

Earthquake

early

warning

system

Books Published

(Details)

03 (Last five year- NIL)

1. RK Kamat, SA Shinde, PK Gaikwad, H Guhilot,

"Harnessing VLSI system design with EDA tools",

Springer Science & Business Media (2011)

2. RK Kamat, SA Shinde, VG Shelake, "Unleash the

system on chip using FPGAs and Handel C", Springer

Science & Business Media(2009)

3. J Parab, SA Shinde, VG Shelake, RK Kamat, GM Naik

"Practical aspects of embedded system design using

microcontrollers", Springer Science & Business Media

(2008)

Patents/ IPR --

No of Research

papers published in

National/Internatio

nal Journals- 03

National/Internatio

nal Conference- 06


74 5 2 7.5

Total no of Ph.D.

Students

Awarded Working

-- 04

Visits Abroad ----

National/Internatio

nal Awards

----

Selected

Publications (10)

1. V. V. Patil1, P.A. Uchagaonkar2, Dr. S. A. Shinde3, Dr. R.

K. Kamat4 , FPGA Based Soft IP Design for

reconfigurable High Resolution DAC, International

Journal of Advanced Research in Electrical, Electronics

and Instrumentation Engineering, Vol. 3, Issue 12,

December 2014

2. Pawar Vaishali Manohar, Gaikwad P. K, Shinde S.A,

DEVELOPMENT OF FPGA BASED REMOTE

CONTROLLED POWER STEERING CONTROL

SYSTEM FOR VEHICLES, International Journal of

Computer Science and Mobile Computing, Vol. 5,

Issue. 9, September 2016

3. H. Guhilot, R. K. Kamat and S. A. Shinde, "A

Monolithic Implementation of Active Inductor VLQC

and Jitter Free Photon Current Detection for Bio-

Luminescence SPAD Sensor," in IEEE Sensors Journal,

vol. 11, no. 10, pp. 2481-2485, Oct. 2011.

4. Shinde, S.A., & Kamat, R.K. (2011). FPGA based

Improved Hardware Implementation of Booth Wallace

Multiplier using Handel C. Elektronika ir

Elektrotechnika 109 (3), 71-74.

Name Dr. GAIKWAD PAWAN KUMAR

Contact no 0231-2609307



Research Areas VLSI design.

No of Research

papers published in

last 5 years

08

Research Projects in

last 5 years (Give

details)

Completed:

1(co-investigator)

Ongoing:

1- Principal Investigator

2- Co-investigator

Books Published

(Details)

(Last five year- NIL)

Patents/ IPR --

No of Research

papers published in


Journals- 03


Conference- 06


254 9 9 13

Total no of Ph.D.

Students

Awarded Working

01 03

Visits Abroad ----


Awards

----

Selected Publications 1. T. D. Dongale, K. P. Patil, P. K. Gaikwad, Rajanish

(10) K. Kamat, Investigating Conduction Mechanism and

Frequency Dependency of Nanostructured Memristor

Device, Materials Science in Semiconductor

Processing, Vol. 38, pp. 228–233, 2015,

DOI:10.1016/j.mssp.2015.04.033.

2. T. D. Dongale, K. P. Patil, S. B. Mullani, K. V. More,

S. D. Delekar, P. S. Patil, P. K. Gaikwad, Rajanish K.

Kamat, Investigation of Process Parameter Variation

in the Memristor based Resistive Random Access

Memory (RRAM): Effect of Device Size Variations,

Materials Science in Semiconductor Processing, Vol.

35, pp. 174–180, 2015,

DOI:10.1016/j.mssp.2015.03.015.

3. T. D. Dongale, K. P. Patil, S. B. Mullani, K. V. More,

S. D. Delekar, P. S. Patil, P. K. Gaikwad, Rajanish K.

Kamat, Investigation of Process Parameter Variation

in the Memristor based Resistive Random Access

Memory (RRAM): Effect of Device Size Variations,

Materials Science in Semiconductor Processing

(Elsevier- Accepted Manuscript:

j.mssp.2015.03.015).

4. T. D. Dongale, K. P. Patil, S. R. Vanjare, A. R.

Chavan, P. K. Gaikwad, Rajanish K.Kamat,

Modelling of Nanostructured Memristor Device

Characteristics UsingArtificial Neural Network

(ANN), Journal of Computational Science, Vol. 11,

pp. 82–90, DOI: 10.1016/j.jocs.2015.10.007.

5. T. D. Dongale, K. V. Khot, S. S. Mali, P. S. Patil, P.

K. Gaikwad, Rajanish K. Kamat, N. Bhosale,

Development of Ag/ZnO/FTO Thin Film Memristor

Using Aqueous Chemical Route, Material Science in

Semiconductor Processing Vol. 40, pp. 523–526,

2015, DOI:10.1016/j.mssp.2015.07.004.

6. T. D. Dongale, P. J. Patil, K. P. Patil, S. B. Mullani,

K. V. More, S. D. Delekar, P. K. Gaikwad, Rajanish

K. Kamat, Piecewise Linear and Nonlinear Window

Functionsfor Modelling of Nanostructured Memristor

Device, Journal of Nano- and Electronic Physics,

Vol. 7(3), pp. 03012-1-03012-4, 2015.

7. T. D. Dongale, S. V. Mohite, A. A. Bagade, P. K.

Gaikwad, P. S. Patil, Rajanish K.Kamat, K. Y.

Rajpure, Development of Ag/WO3/ITO Thin Film

MemristorUsingSpray Pyrolysis Method, Electronic

Materials Letters, Vol. 11(6), pp. 944-948, DOI:

10.1007/s13391-015-4180-4

8. S.R. Patil, Rajanish K. Kamat and P. K. Gaikwad,

Development of Precision-Agriculture Data

Acquisition System and Xilinx ChipScope Pro Logic

Analyzer based Monitoring, International Journal of

Electronics and Computer Science Engineering.

2015; 4(3)245-251

Name Shrikant M. Maske




Research Areas Photonics



03



Completed: 00 Ongoing: 01

Books Published (Details) NIL

Patents/ IPR NIL


published in


Conference: 04


02 01 00 2.93


00 00

Visits Abroad NIL


Awards

NIL

Selected Publications (10) [1] Shrikant Maske, P. B. Buchade, A. D. Shaligram,

“Characterization of Fiber Bragg Grating based on

Grating profile and Apodization for Sensor

Applications”, AIP Conference Proceedings, vol. 1989,

020028, 2018 [ISSN: 0094-0243X, E-ISSN: 1551-

7616, I.F.: 0.26].

[2] S. Maske, P. B. Buchade, and A. D. Shaligram, “A

novel fiber bundle configuration for concurrent

improvement of displacement range and sensitivity of

mailto:[email protected]

self-referenced fiber optic displacement sensor,” Optics

and Laser Technology, vol. 98, pp. 339–343, 2018

[ISSN: 0030-3992, I.F.: 2.67].

[3] P. B. Buchade, Shrikant Maske, A. D. Shaligram,

“Performance Optimization of Self-reference Plastic

Optical Fiber Displacement Sensors”, Frontiers in

Artificial Intelligence and Applications, vol. 299, pp.

350-356, 2017 [ISSN: 0922-6389, E-ISSN: 1535-6698,

I.F.: 0.43].

9) Details of Research Laboratories & infrastructure with photographs.

Embedded Systems Laboratory – This laboratory deals with i) VLSI based

embedded system design, ii) Microcontroller based embedded system design, iii) IOT

system design.

The microcontroller based embedded system design laboratory focuses on MCS51,

PIC, and ARM microcontroller architectures and applications.

Antenna design and WSN laboratory:

Research work is carried out under antenna design and WSN laboratory,

Fractal antennas and patch antenna are designed and developed for mobile

communication. Wireless sensor network is designed real time system analysis is

carried out for agriculture aspect. IoT based research is running.

10) SET/NET Qualified Students.

STATE ELIGIBILITY TEST (SET)

Sr.No. Name Year

1 Nhivekar Ganesh Sunil 2014

2 Patil Poonam Siddhu 2014

3 Godase Sagar Maruti 2015

4 Atar Khaja Dada 2015

5 Nirmale Sunil S. 2016

6 Jadhav Swpnil D. 2016

7 Khot Santosh V. 2016

8 Kumbhare Nishad M. 2016

9 Nadaf Ayyaj Ismail 2016

10 Jirage Goutam Bapu 2017

NATIONAL ELIGIBILITY TEST (NET)

Sr.No. Name Year

1 Kalekar Prasad Manohar 2014

2 Patil Poonam Siddhu 2014

3 Mujawar Tabbasum Hanif 2014

4 Attar GousMohmad 2014

5 Kakade Purandar R. 2019

11) Details of Students Placements.

Sr.

No.

Name of the

Student

Job Profile Name of the

Employer

Programme Year

1 Sudam Vagare Design

Engineer

GetMy Solutions Pvt.

Ltd., Pune

M.Sc. 2019

2 Vikas Ghadage Design

Engineer

GetMy Solutions Pvt.

Ltd., Pune

M.Sc. 2019

3 Pandurang S.

Gaikwad

Technical

Assistance in

R&D

Contera Engineering

Private Limited

M.Sc. 2019

4 Deepika S. Agarwal Assistant

professor

New College kolhapur M.Sc. 2019

5 Mallikarjun P. Bise Assistant

Professor

Rajarshi Shahu

Mahavidyalaya

(Autonomous), Latur

M.Sc. 2019

6 Shweta Chougule Assistant

Professor

Devchand College

Arjunnagar, Nipani M.Sc. 2019

7 Kshitija Nalawade System

Analyzer

Minda Automotive

Industry, Pune

M.Sc. 2018

8 Audumber Aousare I.T. Engineer Bajaj, Pune M.Sc. 2018

9 Rajvardhan Katkar Software

Engineer

A Square Technology

Solution, Pune

M.Sc. 2018

10 Vaibhav Mokashi Software

Engineer

Electronic Industry,

Pune

M.Sc. 2018

11 Vaibhav Homkar Software

Engineer

Accenture, Pune M.Sc. 2018

12 Ratnadeep

Deshmukh

Network

Engineer

Jetking Infotrain

Pvt.Ltd, Kolhapur

M.Sc 2018

13 Nehal A. Tiwari Tech support

Presales

DIKIBI Technologies

PVT. LTD.

M.Sc. 2018

14 Purandar Kakade Assistant

professor

Smt. Kasturbai

Walchand College,

Sangli

M.Sc. 2018

15 Rohini Nikam Assistant

professor

Yashwantrao Chavan

Institute of Science,

Satara

M.Sc. 2018

16 Kalpana Jadhav Assistant

professor

Yashwantrao Chavan

Institute of Science,

Satara

M.Sc. 2018

17 Balam Mulani - Indian Army,

Secundarabad

M.Sc. 2017

12) Details of MoUs and Linkages.

National level MoU

Department of Electronics and Computer, RTMNU Nagpur

Inter-Department level MoU

Department of Physics, SUK

13) Extra-curricular and Extension activities.

Organization of International / National Conferences

International Interdisciplinary Conference on Curriculum Reforms in Higher

Education: Global Scenario(IICCRHE 2018), Organized by Department of

Education, Department of Electronics, Department of Computer Science &

Internal Quality Assurance Cell, Shivaji University, Kolhapur, February 04-

06, 2018.

National Conference on Emerging Trends in Electronics, February 9, 2016

National Conference on Emerging Trends in Electronic and Computer

Science, February 11-12, 2015

Pool Campus:

• Mega Job-Expo-2016, under Central Placement Cell, Shivaji University

Campus, Shivaji University, Kolhapur (January 30, 2016)

Workshops for PG students:

• One Week NSS Camp on Digital Literacy, Varanage, Dist. Kolhapur (January

16-22,2017)

14) List of Distinguished Alumni.

Sr.

No.

Name of Alumni Position

1. Mr. Suhas Gadekar System Engineer, Sun Microsystems, USA

2. Mr. Balaji Chavan Larsen & Toubro Info Tech Ltd, Mumbai

3. Mr. Loni Shridhar Managing Editor, Sakal Press, Pune

4. Mr. Manoj Walvekar New Port Electronics, Pune

5. Mr. Nitin Sonar Prof. at Ibra College of Technology, Oman

6. Mr. B. J. Raut Regional Manager, Hutch Telecomm.

7. Dr. Amir C. Shaikh Director, ASM Systems, Hyderabad

8. Mr. Vaibhav

Rajeghatage

Joint Director, CM Relief Fund, Govt of

Maharashtra

9. Mr. Anand M. Deodhar Director, MITs Vishwashanti Gurukul, Pune

10. Mr. Manish Ingale Tata Autocomp Mobility Telematics Ltd,

Pune

11. Mr. Abhinandan Patil USA

12. Dr. Ganesh Waghmare S&T Corp. Sedan, South Korea,

FractucsAntenna, Spain

13. Mr. Prakash Korake WSN Limited, Pune

14. Dr. Ayyaz Shaikh Mitsubishi

15) Future roadmap of the department.

The following activities will be the priority of the department:

• Applying for additional national level funding programs such as DST FIST

• Enhancing MoUs, establishing Collaborations and linkages

• Encouraging research contribution of the faculty in the thrust areas of national and

global importance

• Meeting the research output of the faculty for societal benefits

• Encouraging the faculty to submit more research projects

• Encouraging faculty to get Consultancy projects

• Improving placement of the students in institutes and industries of high repute

16) Media coverage of the Department.

Rankala Lake Area Cleaning Program 2017