Electronics & Communication Engineering

Doon Group of Institutes
Doon Group of Institutes

The Department of Electronics and Communication Engineering to meet the growing requirement of practical design engineers in the country and abroad. Since its commencement, the primary objective of the department has been to impart quality education, training and research in various areas of Electronics and Communication Engineering with broad emphasis on design aspects of Electronics and Communication systems.

The Department has always been on a high growth path. It has experienced and dedicated faculty, with a strong commitment to engineering education and who work with zeal and enthusiasm to provide a vibrant and optimum learning environment to the students in order to help them excel in today’s competitive environment. To keep pace with the current technological trends, the department has a well designed, constantly reviewed syllabus to incorporate all advancements in existing and emerging technologies which gives the students a holistic and pragmatic view of the present scenario of the Electronics and Communication industry.

Department Laboratories

  • Analog Integrated Circuit Lab
  • PCB Lab
  • Micro Processor Lab
  • Optical Communication & Matlab
  • Microwave Lab
  • Seminar Lab
  • Analog Communication Lab
  • Digital Communication Lab
  • DSP Lab
  • CAD Lab ( VHDL & VLSI Tools)
  • Electronics Measurement Lab
  • Project Lab


To develop as a center of excellence in Electronics and Communication Engineering through creative and innovative practices in teaching, learning and research.


The mission of Electronics and Communication Engineering department is :

  • To impart quality education, training and research at the undergraduate, post graduate and doctoral levels in all the areas of Electronics and Communication Engineering.
  • To inculcate a perceptive alacrity to observe, identify real life problems, formulate strategies for solution and evolve contextually effective solutions.
  • To deliver theoretical base, advanced technological concepts, teamwork spirit, ethics, human values, practical base, research and development to the students, extension activities to other organizations through creation of advanced facilities and providing platforms for synergy.

2nd Year (3rd Semester)

S.No. Code Subject Name
1 TCS-301 Computer Based Numerical Technique
2 TEC-301 Electronic Devices and Circuits
3 TEC-302 Digital Electronic and Design Aspects
4 TEC-303 Electronic Measurement and Instrumentation
5 TEE-301 Network Analysis and Synthesis
6 THM-301 Engineering Economics
1 PEC-351 Electronics Circuits Lab
2 PEC-352 Digital Electronics Lab
3 PEE-353 Measurement Lab

2nd Year (4th Semester)

S.No. Code Subject Name
1 TEC-401 Electro Magnetic Field Theory
2 TEC-402 Analog Integrated Circuits
3 TCS-403 Computer Organization and Architecture
4 TEC-404 Signal and Systems
5 TEC-405 Analog Communication
6 TEC-406 Solid State Devices and Semiconductor Materials
1 PEC-451 Analog Integrated Circuit Lab
2 PEC-452 Circuit Design on PCB
3 PEC-453 Analog Communication Lab

3rd Year (5th Semester)

S.No. Code Subject Name
1 TEC-501 Automatic Control Systems
2 TEC-502 Digital Signal Processing
3 TEC-503 VLSI Technology
4 TEC-504 Advanced Microprocessors
5 TEC-505 Anteena & Wave Propagation
6 TCS-507 Concepts of Programming and OOPs
1 PEC -551 Advanced Microprocessors Lab
2 PCS-554 Concepts of Programming and OOPs (C++, Java) Lab.
3 PEC-552 DSP Lab

3rd Year (6th Semester

S.No. Code Subject Name
1 TEC – 601 Microwave Techniques
2 TEC – 602 VLSI Circuit Design
3 TEC – 603 Telecommunication Switching Systems
4 TEC – 604 Digital Communication
5 TCS – 607 Data Structures Using C++
6 THU – 608 Principles of Management
1 PEC-651 Digital Communication
2 PCS-654 Data Structure Lab
3 PEC-652 Microwave Lab.

4th Year ( 7th Semester)

S.No. Code Subject Name
1 TEC-701 Optical Fibre Communication Systems
2 TEC-702 Wireless Communication System
3 TEC-703 Satellite Communication
4 TEC-01X Elective -1
5 TOE-XX Open Elective
1 PEC-751 Project
2 PEC-752 Industrial Interaction
3 PEC-753 OFC & VLSI Simulation Lab
4   Seminar

4th Year (8th Semester)

S.No. Code Subject Name
1 TEC-801 Radar & Navigation
2 TEC-802 Data Communication Network
3 TEC-02X Elective -2
4 TEC-03X Elective -3
1 PEC-851 Project
2 PCS-854 CAD of Electronics Lab
S.no Year & Sem Branch Lab Name Lab Equipment Name


2nd Yr./ 3rd Sem ECE/EEE EDC Lab Common Collector Conf. Emitter follower DA-15
RC Coupled Amp RCC-02
DC unregulated power supply JDR-26
FET Amplifier FA-02
Colpitt’s oscillator
Hartley’s oscillator
Multivibrator Kit Mono/Astable
Phase shift oscillator
We in bridge oscillator
2 stage amplifier TEC-03
FET measurement and amplifier
Crystal oscillator CO-15
Power Supply PS-12
2 2nd Yr./ 3rd Sem ECE/CSE D.E Lab BCD decade UP/Down Counter model UD-19
C-MOS inverter Model CMOS-02
CD-40 Inverter model- CMOS02
Multivariate kit -555
Multivariate kit- 74121/74123
Binary Adder/Sub using 7483
Transfer characteristics gate delay
TTL inverter/Schmitt trigger
Breadboard trainer kit
Flip flops
Demultiplexer kit
Project breadboard
IC regulated power supply
3 2nd Yr./ 4th Sem ECE A.I.C Lab Active filters AF-08
Audio frequency oscillator
Function generator Trainer NV-7102
Phase locked loop
Solid state power supply
RMS AC milivoltmeter
Voltage comparator
Voltage to current converter
Wein bridge oscillator using Op-Amp
4 2nd Yr & 4th Yr
4th Sem & 8th Sem
ECE PCB/Project lab Circuit design software Tina V.7 hardware lock
Drill machine NV-188
PCB shearing machine NV-182
PCB etching machine NV-187
PCB designer kit NV-190
PCB cutting machine NV-191
UV exposuro unit NV-184
PCB screen printing unit
5 2nd Yr/4th Sem
3rd yr/6th sem
ECE/EEE Communication lab
(Analogcomm., P.O.C., Digital comm lab)
Carrier demodulation & data reformatting
DSB/SSB AM kit transmit
DSB/SSB AM receiver kit
Delta Adaptive/sigma modulation
Delta formatting & carrier modulation
frequency modulation demodulation
function pulse generator
PAM/PPM/PWM modulation kit
Sampling & reconstruction trainer
TDM pulse code modulation transmit
TDM pulse code modulation receiver
Amplitude modulation
frequency modulation
PLL -565 frequency demodulation
Function generator
RMS AC milivoltmeter
2.5 GHz Band frequency converter
CDMA (DSSS & FHSS Audio frequency oscillator)
6 3rd yr/ 6th sem ECE Microwave Lab Microwave test bench
Mechanical turn tube
Standard gain Horn
Pick- up Horn
Frequency converter
Multi hole directional coupler
Matched termination
Gunn diode/klystron
6 3rd yr/ 6th sem ECE/EEE DSP Lab DSP Kit
CPU base unit
CPU base unit
7 4th yr/ 7th sem ECE/EEE OFC/VLSI Lab Universal development platform training system
Daughtler card
Fiber optical trainer
Analog link
Digital Link
Optical meter
8 1st year All branch Basic Electronics Lab Diode characteristics App
Logic function using universal gate
Common Emitter transistor amp. GE-508
Logic gate using DTL
Clipper/clamper trainer GE-211
Zener diode characteristics SR-24
FET characteristics GE-107
Full wave/half wave rectifier JDR-26
BJT Amplifier (CB)
PNP & NPN transistor characteristics
  • C.R.O
  • A.F Oscillator
  • Frequency Generator
  • D.S.O
  • Frequency converter

Today, technology is growing at a rapid pace. In the coming future there is bound to be huge demand for competent engineers in electronic industry to cope this demand in technology. An electronic engineer can find job in Consumer electronics manufacturing organization, Telecommunication industry, IT industries, Health care equipment manufacturing industry, Mobile communication, Internet technologies, Power Electronics, and Other industries like steel, petroleum and chemical industry, directing control and testing production process. Electrical technicians and technologists can specialize in technical sales, product representation, systems management, the design and manufacture of electronic devices and systems, or the installation, maintenance and repair of electronic systems and equipment. They may also work with computers and electronic equipment in the medical, manufacturing, industrial control, telecommunications, aeronautical and military fields.


The above information is from various reliable sources and is relevant to current industry standards which is subject to vary according to the functional changes of the industry.