Karnataka Rastriya Education Society

KRE Society's

Karnatak Arts, Science and Commerce College, Bidar

kresnaac

Year of establishment: 1988

About the Department

It was the privilege of the Electronics Department when the college celebrated its Golden Jubilee in the year 2020-21. The Dept. has started in the year 1987-88 with Physics, Mathematics, and Electronics as one of the combinations in the B.Sc Program with 22 students. Further, two more combinations are added such as Computer Science, Mathematics, and Electronics, and later Computer Science, Statistics, and Electronics. Meanwhile, the KRE Society has appointed four full-time lecturers. They are Sri. Biradar Rajendra, Dr. M S Chelva, Sri. A.V. Chikkamanoor and Sri. Somnath V. Biradar. Thus, the Dept. has grown independently with the addition of required equipments to the laboratory and books to the library for better learning of students. The strength of the Dept. has consistently increased and then maintained consistently as per lab requirements. The Dept. has produced good results not less than 85% for every year with even ranks too. The subject was entered into grant-in-aid in the year September 1995. The passed-out students of the Dept. are working in and around the country as software, and hardware engineers, Lecturer, Scientists, entrepreneurs, Business experts, video production experts etc., in India, USA, Canada, England etc. and serving the human society.

After inception of the subject in the college, the staff has gained higher academic degrees such as M.Phil and Ph.D to impart advanced, innovative, Research Oriented and technical knowledge to the students. Meanwhile, Sri. R H Patil, associate professor has deputed from Sri Channabasaveshwar College of Arts, Science and Commerce College, Bhalki to our college due to excess workload in our college. Sri. Biradar Rajendra, associate professor is acting as Head, Dept. of Electronics and rest of the professors are all associate professors. One of the staff of our Dept.  Dr. M S |Chelva Promoted as Principal of the college and other staff member of are acting in different capacity like Exam in charge, NCC, NSS and currently Sri A V Chikamanoor is working as Vice Principal of the College. In the year 2017-18, the dept started Certificate course in basics of cellular communication and continued for the year 2018-19. Further department started one more certificate course Inverter and UPS in the year 2019-2020 and continued for two more years. Soon after completion of certificate course students able to get knowledge of usage and maintenance of cell phone and inverter and UPS in day today life. 

The department has best practice of conducting Outhouse project workshop for B.Sc. VI Semester students every year along with one of the Industrial expert and it is uniqueness of the Department.

Inception of NEP 2020 by Govt. of Karnataka in the year 2021 in field of Higher education, College has introduced the four core combinations in B.Sc. Program as Electronics Computer Science, Physics, Electronics, Electronics Mathematics and Electronics, Statistics along with one of the Open elective subject. The B.Sc. program is imparting outcome based education defined with proper program and program specific outcomes along with course outcomes.   The students are exposed to inter disciplinary subjects after NEP 2020 and also more skill and entrepreneur based learning. Thus, during pandemic situation dept. has continued teaching and learning process through innovative learning tools such as Zoom, Teachmint etc., and also conducted Online Webinars to students.  Thus, ours is one of the academically recognized Department among all in the in the Gulbarga University, Kalaburagi for its distinct activities and good Enrolment.

Objectives of the Department
  1. To provide high-quality education and training in the field of electronics.
  2. To have industrial interaction through visits, Guest talks, and workshops to our Students to the industrial world.
  3. To develop proficiency or Skill in electronics such as software, hardware, System design etc.
Programs offered

B.Sc. Program with two core subjects along with one open Elective

  1. Electronics, Computer Science
  2. Physics, Electronics
  3. Electronics, Mathematics
  4. Electronics, Statistics
PROGRAMME OUTCOMES

PO1. Disciplinary Knowledge: Capable of demonstrating comprehensive knowledge and understanding of one or more disciplines that form a part of an undergraduate programme of study

PO2.  Communication Skills: Ability to express thoughts and ideas effectively in writing and orally;  Communicate with others using appropriate media; confidently share one’s views and express herself/himself; demonstrate the ability to listen carefully, read and write analytically, and present complex information in a clear and concise manner to different groups. 

PO3.  Critical Thinking: Capability to apply analytic thought to a body of knowledge; analyze and evaluate evidence, arguments, claims, beliefs on the basis of empirical evidence; identify relevant assumptions or implications; formulate coherent arguments; critically evaluate practices, policies and theories by following scientific approach to knowledge development. 

PO4.  Problem Solving: Capacity to extrapolate from what one has learned and apply their competencies to solve different kinds of non-familiar problems, rather than replicate curriculum content knowledge; and apply one’s learning to real life situations. 

PO5.  Analytical reasoning: Ability to evaluate the reliability and relevance of evidence; identify logical flaws and holes in the arguments of others; analyze and synthesize data from a variety of sources; draw valid conclusions and support them with evidence and examples, and addressing opposing viewpoints. 

PO6.  Cooperation/Team work: Ability to work effectively and respectfully with diverse teams; facilitate cooperative or coordinated effort on the part of a group, and act together as a group or a team in the interests of a common cause and work efficiently as a member of a team.

PO7.  Scientific Reasoning: Ability to analyze, interpret and draw conclusions from quantitative/qualitative data; and critically evaluate ideas, evidence and experiences from an open-minded and reasoned perspective.

PO8.  Information/digital Literacy: Capability to use ICT in a variety of learning situations, demonstrate ability to access, evaluate, and use a variety of relevant information sources; and use appropriate software for analysis of data. 

PO9.  Moral and Ethical awareness/reasoning: Ability to embrace moral/ethical values in conducting one’s life, formulate a position/argument about an ethical issue from multiple perspectives and use ethical practices in all work. Capable of demonstrating the ability to identify ethical issues related to one’s work, avoid unethical behavior such as fabrication, falsification or misrepresentation of data or committing plagiarism, not adhering to intellectual property rights; appreciating environmental and sustainability issues; and adopting objective, unbiased and truthful actions in all aspects of work.

PO10. Leadership readiness/qualities: Capability for mapping out the tasks of a team or an organization and setting direction, formulating an inspiring vision, building a team who can help achieves the vision, motivating and inspiring team members to engage with that vision and using management skills to guide people to the right destination, in a smooth and efficient way.

PO11. Lifelong Learning: Ability to acquire knowledge and skills, including learning how to learn, “that are necessary for participating in learning activities throughout life, through self-paced and self-directed learning aimed at personal development, meeting economic, social and cultural objectives, and adopting to changing trades.

COURSE OUTCOMES

CO1. Understanding of the principles and working of various Analog, Passive, and active devices which are the building blocks of electronic systems.

CO2. Study of characteristics and applications of many linear and Digital Integrated circuits which helps in developing many electronic systems.

CO3. The principles of operation in many analog and digital communication systems are being used for different Communication applications.

CO4. Understanding of the architecture, instructions, and programming of 8085 microprocessor and 8051 microcontroller which are the basics of industrial standards which helps them to join the industry.

CO5. It helps them to design and troubleshoots the electrical circuits, Networks and appliances through hands-on or machine mode.

CO6. To understand the principles and operations of real and Virtual electronic instruments used to measure many physical parameters.

CO7. To understand the consumer electronics and embedded systems, it is necessary to develop the embedded systems through hands-on mode.

CO8. Study of Photonic, optical and power electronic devices. Enable students to design and develop the applications.

Faculty Profile

SL NO

NAME OF THE STAFF

DATE OF APPOINTMENT

QUALIFICATION

SPECIALIZATION

DESIGNATION

EXPERIENCE

IN YEARS

01

Dr. Biradar Rajendra

01-02-1990

M.Sc., M. Phil.

& Ph. D

Microwave Communication (Microstrip Antenna)

Associate Professor

34

02

Dr. M.S.Chelva

01-06-1990

M.Sc., PGDCA,

M. Phil. & Ph. D

Embedded systems

Associate Professor

34

03

Sri. Anilkumar Chikamanoor

01-06-1990

M.Sc., M.Phil.

Microwave Communication

Associate Professor

34

04

Sri. Somnath Biradar

08-01-1992

M.Sc., PGDCA

Image Processing

Associate Professor

32

05

Sri. R.H.Patil

06-09-1991

M.Sc., M. Phi.

Material Science

Associate Professor

33

TEACHING –LEARNING METHODS

01) Lecture Based Learning

02) Problem-Based Learning

03) Project Based Learning

04) Laboratory Based Learning

05) Multimedia Based Learning

06) Simulations of Electronic Circuits using Simulators such as Multisim

ICT Class by Faculty
Problem based Learning
Project Based Learning
Seminar by Students using ICT
RESULTS & RANKS

ACADEMIC YEAR

NO. OF STUDENTS APPEARED

PASS

DISTINCTION

PERCENTAGE

2017-18

38

27

08

71.00%

2018-19

35

29

11

82.80%

2019-20

51

50

40

98.00%

2020-21

52

48

33

92.30%

2021-22

45

41

25

91.11%

PROGRESSION TO HIGHER EDUCATION

Year

M.SC

MCA

MBA

B.Ed

Total

2017-18

02

07

06

10

25

2018-19

01

05

03

08

17

2019-20

10

05

03

06

24

2020-21

11

03

02

08

24

2021-22

07

04

04

10

25

ACHIEVEMENTS OF THE DEPARTMENT

SL .No

Name of the Activity

Financial agency

No. of Participants

Date&  year

Amount in Rs.

01

Simulation of Electronic circuits/Experiments

Self-Financed

38

31March-1stApr.2018

54400/-

02

Robot Tech. and Simulation of Electronic Circuits

Self-Financed

51

23-24Feb.2019

71066/-

03

Int. Workshop  on Cloud Computing and  IoT Applications

Self-Financed

96

05 Jan2019

23360/-

04

Online workshop on Student Solar Ambassador  Technically Sponsored by IIT Mumbai

Self-Financed

40

02 Oct. 2019

20000/-

05

Divisional Level Debate Competition in  Basic Science in Kannada

KRVP

33

15 Jan.2021

21000/-

06

Virtual National Symposium on Advances in Electronic Sciences(VNSAES)

Online-Self Financed

56

28 May 2020

Nil

07

National level Webinar on Emerging Trends  in Microwave Communication

Online-Self Financed

37

28 June 2021

Nil

08

One day Academic Convention on Digital Design using Verilog

Self-Financed

76

30Jan. 2023

14,951/-

09

Three Day Workshop on Robotic Project Implementation

Self-Financed

68

07-09 Aug.2023

1,24,000/-

4th State Level KSTA Conference
Debate Competitions on Basic Sciences organized by KRVP- Students are getting Certificates and Cash prizes
Dr. B S Biradr, Principal Addressing International Confrence on IoT and Embedded system applications
Dr. M S Patil, Principal, Addressing E-waste Training Program
Students Visited G N D Engineering, College, Bidar
Students Visited MS Bhavani Industries, Inverter & UPS Manufacturing Unit
RESEARCH ACTIVITIES

SL.

NO

NAME OF THE AUTHOR

TITLE OF THE PAPER

NAME OF THE JOURNAL/CONFERENCE

YEAR OF PUBLICATION

ISSN/ISBN NO.

TYPE OF JOURNAL

01

Dr. Biradar Rajendra

1. Triple band operation for Tuning 5GHz for WLAN Application.

Indian Journal of Scientific Research (IJSR).

June 2018

0976-2876

 

UGC APPROVED & No. 20876

2. Dual Band Tunable Circular Microstrip Antenna for GSM and Radar Applications.

International Journal of Electronics and Engineering(IJEE

Dec.2018

0973-7383

UGC APPROVED

 

3. Tunable Monopole Circular Microstrip Antenna for GSM, GPS and FCC ID Applications with WI-Fi band Rejection.

International Journal of Electronics and Engineering(IJEE

June 2019

UGC APPROVED

4. Tunable Monopole Circular Microstrip Antenna for Wide FIBW covering low frequency Wireless applications.

International Journal of Computer Sciences and Engineering(IJSCSE)

May 2019

2347-2693

UGC APPROVED & 63193

5. Tunable Monopole Circular Microstrip Antenna for dual frequency covering L,C and X band  applications.

International Journal of Computer Sciences and Engineering(IJSCSE)

June 2019

2347-2693

UGC APPROVED & 63193

6. Multi band and Triple Notch band Tunable Monopole Circular Microstrip Antenna for Wireless applications.

International Journal of Computer Sciences and Engineering(IJSCSE)

Oct.

2020

2347-2693

Peer Reviewed and ICI Approved

7. Tunable Monopole Circular Microstrip Antenna for tuning WLAN, Radar and Satellite Communication applications.

International Journal of Computer Sciences and Engineering(IJSCSE)

Oct.

2020   

2347-2693

Peer Reviewed and ICI Approved

8. Tunable Monopole Circular Microstrip Antenna with Notch band for GSM,LTE and UMTS with applications of GPS, LTE, Wi-Fi , Wi-Max and FCC ID.

International Conference on Innovative trends in Electronics and Communication (ICINEC-2019)

By:Dept. of Studies and Research in Electronics, Kuvempu University Shimoga, Karnataka, India

Dec. 2019

978-93-83985-20-3

——-

9. Tunable Monopole Circular Microstrip Antenna with Notch band for low frequency. Microwave  applicationswith Switchable Notch functions.

KSTA sponsored  International Conference on Physics and Allied Sciences(ICPAS-2020)

BY:B V B College, Bidar, Karnataka, India

March-2020

978-93-5406-2013-1

———

02

Dr. M.S.Chelva

1. An Explanatory Journey from artificial Intelligence to augmented Intelligence-A brief Eye View of few Contemporarfy technologies.

Indian Journal of National Science(IJNS) International Biomonthly.

Dec. 2020

 

Peer Reviewed

2. Application of Machine Learning Techniques in Slope Failure Analysis

International Conference on computing, Communication and Intelligent Systems (ICCCIS-IEEE Explore)

Dec.

2022

 

Peer Reviewed and UGC Approved

03

Sri Somnath Biradar

1. DWT-LBP Description for Chest X-ray View Classification

International  Conference Ambient Communication and Computer Systems-Springer Singapore

March 2020

978-981-15-1517-0 (Print)

Peer Reviewed

2. Mobile Hazard

National Seminar on recent advances in Physical and Applied Sciences

July 2022

——-