Electronics & Communication Engineering

Vision:

To be recognized as a full- fledged department, offering quality education in the Electronics and Telecommunication Engineering field with the focus catering to the needs of the public and staying in tune with the advance technological revolution and challenging cultural changes.

Mission:

  1. To create a passion amongst students for contributing their knowledge for the industry oriented applications by improving industry institute interaction.
  2. To impart knowledge in principles and applications related to design and development of various systems for societal needs.
  3. To build the skill sets, attitude and core competence of students and faculty by providing them with the opportunity to organize various technical events which will bring out their inherent talents
  4. Provide ethical and value based education by promoting activities addressing the societal needs.

Department offers diploma in Electronics & Telecommunication Engineering. After completing their diploma the students will be able to apply the acquired skills in overcoming real life problems in Industrial scenario. The students may also pursue Bachelors of Engineering from reputed Colleges where they can be admitted through lateral entry scheme of M.P. Government. After completing the program, the students have following career opportunities –

  1. They have ample opportunity to directly go for placement.
  2. They may start their own work with the support of available start-up facilities.
  3. They may take admission directly in second year of Bachelor in Engineering.
 
PEO_1: To acquire a strengthen framework from basic to advanced Mathematics, Science and Engineering concepts, including ability to use these framework in Electronics and Telecommunication Engineering applications.
PEO_2: Communicate effectively and manage resources skillfully as members and leaders of the profession.
PEO_3: Practice the ethics of their profession consistent with a sense of social responsibility and develop their engineering design, problem –solving skills and aptitude for innovations as they work individually and in multi-disciplinary teams.
PEO_4: To attain professional excellence through life-long learning.
PO_1: Utilize the basic knowledge in mathematics, science and engineering in Electronics and Communication Engineering field.
PO_2: Identify, formulate and solve complex problems to achieve demonstrated conclusions using mathematical principles and engineering sciences.
PO_3: Design system components that meet the requirement of public safety and offer solutions to the societal and environmental concerns..
PO_4: Apply Applications based knowledge to design and conduct experiments, analyze, synthesize and interpret the data pertaining to Electronics and Telecommunication Engineering problems and arrive at valid conclusions.
PO_5: An ability to use current techniques, skills, and modern tools necessary to design, implement, and evaluate a computer - based system, process, component, or program related to Electronics and Telecommunication Engineering applications.
PO_6: Apply the contextual knowledge to assess societal, health, safety and cultural issues and endure the consequent responsibilities relevant to the professional engineering practice.
PO_7: Examine the impact of engineering solutions in global and environmental contexts and utilize the knowledge for sustained development.
PO_8: Develop consciousness of professional, ethical and social responsibilities as experts in the field of Electronics and Communication Engineering.
PO_9: Perform effectively as a member/leader in multidisciplinary teams.
PO_10: Communicate the engineering activities to engineering society for documentation and presentation.
PO_11: Demonstrate knowledge and understanding of the engineering and management principles to manage projects in multidisciplinary environment.
PO_12: Demonstrate resourcefulness for contemporary issues and lifelong learning.

On completion of the diploma in the Electronics and Telecommunication Engineering students will be able to

 
PSO_1: Apply the fundamental concepts of Electronics and Telecommunication Engineering to work with a variety of components and systems for applications including signal processing, communication, networking, embedded systems, and control system.
PSO_2: Configure and apply analog and digital electronic devices and circuits.
PSO_3: Use advanced software’s and hardware tools to solve complex Electronics and Telecommunication Engineering problems.
PSO_4: Demonstrate strength in professional skills in Electronics and telecommunication engineering field.
PSO_5: Respond to the demand of the society by engaging in lifelong learning.
Name Designation Qualification Experience Years Papers Published Expertise Contact

Mrs. Poonam Namdeo
Lecturer M.E. 10 Years 8 Communication and Power Electronics 9893346402

Mr. Priyank Sunhare
Lecturer M.Tech. 5 Years 3 Embedded Systems and Internet of Things 9617600775

Ms. Deepa Mukherjee
Lecturer M.E. 3 Years 1 Communication and Engineering 9479758745

Mr. Suraj Pathak
Lecturer B.E. 3 Years 0 Electronics Devices and Integrated Circuits 8887701655
  • It is a full-time regular programme.
  • Duration of the programme is Three years (six semesters).
  • Intake capacity is 60 seats.
  • Candidate should be M.P. domicile.
  • Eligibility is 10th exam ( Compulsorily with Maths and Science) pass-out or equivalent.
  • Entry through Pre Polytechnic Test (PPT) conducted by PEB, Bhopal (www.peb.mp.gov.in) and on qualifying exam (10 th ) basis.
  • Admission through Centralized Online Counseling organized by DTEMP / at College Level.
  • Reservation of seats as per M.P. Govt. Rules.
List of 3rd Semester Instruments
S.No. Name of Equipment Quantity Year of purchase Approx. Cost
1 4 bit digital to analog convertor 1 2013 3750
2 Super position theorem kit 1 2013 4125
3 Norton theorem kit 1 2013 4125
4 Verification of KCL and KVL kit 1 2013 4950
5 Thevnins theorem kit 1 2013 4125
6 Zener Diode V-I characterstics apparatus 1 2013 4508
7 p-n junction diode characterstics 1 2013 4508
8 UJT charatcerstics 1 2013 1452
9 Transistor Characterstics (cc-pnp) 1 2013 1350
10 Class (A) amplifier kit 1 2013 1350
11 FET characterstics 1 2013 1452
12 Common emitter amplifier 1 2013 1350
13 Feedback amplifier posiitive and negative 1 2013 1575
14 Multivibrators using op-amp 1 2013 1350
15 Phase shift oscillator 1 2013 1350
16 Rectifier circuit 1 2013 1350
17 Multivibrators (astable and monostable ) 1 2013 1350
18 UJT as relaxation oscillators 1 2013 1350
19 SCR triggering using UJT relaxation 1 2013 1500
20 Operational amplifier as (invertor &non invertor Summing and diffrential amplifier 1 2013 4800
21 Wein bridge (capacity measurements) 1 2013 13950
22 4 bit analog to digital convertor 1 2013 3750
23 Digital full adder & substractors using NAND gate 1 2013 4036
25 Digital lab trainer 1 2013 12075
26 Mux/Demux 1 2013 1350
27 XOR gate 1 2013 1350
28 FLipflops 1 2013 1350
29 Demorgans theorem 1 2013 1350
30 shift registers 1 2013 1520
31 universal gates kit 1 2013 1350
32 logic gates kit 1 2013 1350
33 Code conversion (binary to grey and grey to binary 1 2013 1350
34 Analog Lab trainer 1 2013 18570
35 Voltage and Current Feedback Amplifier 1 2013 7038
List of 4th Semester ETE lab Instruments
S.No. Name of Equipment Quantity Year of purchase Approx. Cost
1 SMPS trainer SME192205 1 2015 6533
2 SAMpling and Quantization trainer SMI 115163 1 2015 11000
3 Embedded system trainer with M processor or mBoard plus display SME192285 1 2015 39162
4 Transmission Line trainer 1 2013 24955
5 Wheatstone bridge 1 2013 8400
6 8085 Microprocessor 1 2013 11748
7 Frequency Modulation 1 2013 7810
8 Amplitutde modulation 1 2013 7810
9 Decade inductanc box with sine wave oscillators 1 2013 5250
10 Wein Bridge /Phase shift /Sampling& hold circuit trainer 1 2013 20000
11 Strain gauge trainer kit 1 2013 27370
12 Linear IC trainer 1 2013 9440
13 LVDT trainer kit 1 2013 11600
14 RTD trainer kit 1 2013 11600
15 Control Lab Trainer Kit 1 2019 385900
16 PIC Trainer Kit 1 2019 95000
17 Simulation Software SME 192206 1 2015 37705
List of 5th Semester ETE lab Instruments
S.No. Name of Equipment Quantity Year of purchase Approx. Cost
1 SCR triggering circuits trainer SME192254 1 2015 5810
2 Invertor using power MOSFET trainner SME 192261 1 2015 14533
3 Chopper using SCR trainer SME 192262 1 2015 12571
4 Stepper Motor Controller Trainer SME 192264 1 2015 9705
5 (P)Control system trainer SME 192277 1 2015 13810
6 (pi) Control System Trainer SME 192278 1 2015 12762
7 (pd) control system trainer SME192280 1 2015 12762
8 SCR single phase (half wave full wave fully controlled rectifier/convertor 1 2013 10960
9 Modem Network Trainer Kit 1 2018 26400
10 Microwave Trainer Kit 1 2019 89450
11 Antenna Trainer Kit 1 2019 180000
12 Barcode Scanner SME 115147 1 2015 4700
List of 6th Semester ETE lab Instruments
S.No. Name of Equipment Quantity Year of purchase Approx. Cost
1 GSM mobile trainer SME199240 1 2015 42857
2 Telephone Trainer SME199242 1 2015 11429
3 Basic Fiber Optics Trainer SME192243 1 2015 17190
4 Advanced fiber optics Trainer SME 192244 1 2015 2333
5 Fiber Optic Training Kit 1 2018 48000
6 Power Quality Analyzer cum Meter 2 2018 13099
7 Sound Level Meter with Data Logging 1 2018 13099
List of ETE lab NEW Instruments
S.No. Name of Equipment Quantity Year of purchase Approx. Cost
1 Signal generator 2 2018 119380
2 clamp meter 10 2018 4999
3 Digital multimeters 20 2018 2200
4 Digital Signal Oscilloscope 2 2018 195000
5 power supply 6 2018 8500
6 CRO 30 Mhz 1 2018 29500
7 Electrician tool kit 1 2018 14995
8 Analog Oscilloscope 10 2018 23500
  1. Expert Lecture under the topic “Understanding the Operating System Internals”, 31/03/17 in which 74 students participated.
  2. For digital literacy a workshop on digital payment conducted by experts from Collectorate Dewas. (Almost 200+ students attended):
    • 16/12/17 for 2nd year students
    • 18/12/17 for 3rd year students
    • 21/12/17 for 1st year students
  3. Students were taken to Rojgaar Mela conducted in Hatpiplya on 12/04/2018, in which final year’s 25 students participated.
  4. For hands on experience of instruments I have taken the students to I.T.I. Dewas.
  5. Co-ordinate a Motivational Tech-Talk on Future Automobile by Mr. Arul Kumar Managing Trusty, Anand Automotive Group on 07/04/2018.
  6. Co-ordinate Expert Lecture on Entrepreneurship By Mr. Ashok Rawal T.O. ITI Dewas and Ms. Shakshi Jhamre CM Fellow Collectorate Dewas on 07/04/2018.
  7. Students Visited Nemavar for Namami devi Narvade yatra
  • Head of the Department : Mrs. Poonam Namdeo
  • Phone : 9893346402
  • Department of Electronics and Telecommunication Engineering
  • Government Polytechnic College, Rajoda, Dewas (M.P)-455001
  • Email : poonambpl17@gmail.com