• About the lab

• Lab in charge short profile

• Lab equipments name

• Labs photo

Lab Details of Communication and Networking Division

Name of the

Lab

About the Lab Lab In- Charge and

his/her Profile

Lab

Equipments

Name

Labs Photo

Microwave

Engineering

Lab

Mr.S.Sugumaran

M.E.(Optical

Communication)

(Ph.D.) – (Optical

Networks)

1. GUNN based

Power supply

2. Reflex

klystron based

supply

3. Reflex

klystron based

supply

4. microwave

bench

5. VSWR Meter

Optical

Communication

and Networks

Lab

Mr.S.Sugumaran

M.E.(Optical

Communication)

(Ph.D.) – (Optical

Networks)

1.Numerical

Aperture setup

2.Folcon Kit

Link A

3. Folcon Kit

Link B

4. Folcon Kit

Link C

5. Folcon Kit

Link D

Analog

Communication

lab

Mr.K.Muruganandam

M.E.(Communication

Engineering)

(Ph.D) – Wireless

1. CRO-30MHz

2. Function

Genrator 5 MHz

Communication 3.Power Supply

(0-30)V

4. Multimeter

5.Breadboard

Digital

Communication

Lab

Mrs.Usha Chauhan

M.E.(Communication

Emgineering)

(Ph.D) –

(Communication

Engineering)

1.Experimental

Kit

(Scientec)

2.DSO

3.Small Power

Supply

Information

Theory and

Coding Lab

Mr.S.Sugumaran

M.E.(Optical

Communication)

(Ph.D.) – (Optical

Networks)

1.Experimental

Kit

(Scientec)

2.DSO

3.Small Power

Supply

VLSI Division Laboratory Details

VLSI design Lab

VLSI design laboratory was setup in 2012 to facilitate and encourage education, research and

development. The research activities in the VLSI design lab mainly focus on Digital and Analog

circuit design. The VLSI design lab is well-equipped with some of the most modern facilities of

recent times. Hardware equipment includes FPGA development kits from Xilinx along with

high-end software tools and packages for VLSI design and synthesis namely Mentor Tools

Bundle, Xilinx ISE Foundation Software and Spartan - 6 Starter Kits.

Faculty in-charge of lab:

Mr. Mayank Kumar

B.Tech, M.Tech (DTU), PhD Pursuing.

Area of interest: Analog signal processing, VLSI Design

ASIC design lab

The ASIC Design Laboratory is a research laboratory for integrated-circuit (IC) design

researches. The research activities in the VLSI design lab mainly focus on the process of

designing application specific hardware implementations of algorithms for ASICs and FPGAs.

The scholar works with computer aided design tools to synthesize designs described in HDL

(hardware description languages). It includes synthesis and simulation, behavioral synthesis,

gate-level design, register transfer level design, design methodologies, finite state machines,

design reuse and intellectual property cores, and optimization. Hardware equipment includes

FPGA development kits from Xilinx and Xilinx ISE Foundation Software and Spartan - 6 Starter

Kits.

Mr. Mayank Kumar

B.Tech, M.Tech (DTU), PhD Pursuing.

Area of interest: Analog signal processing, VLSI Design

Embedded system design lab

The Embedded Systems Design Laboratory is research laboratory for robotics and automated

system design. The research activities in the Embedded design lab mainly focus on the process of

designing robotic machines, UAV (unmanned aerial vehicle), battery cars solar cars etc. The

scholar works with different programming tools to program the controller both in C and in

assembly. Hardware equipment includes 8051, ARM 7, ARM9 controllers, universal boards etc.

FPGA development kits from Xilinx and Xilinx ISE Foundation Software and Spartan - 6 Starter

Kits.

Faculty in-charge of lab:

Dr. Gnana Jeba Das

B.Tech, M.Tech, PhD (ANNA University)

Area of interest: VLSI (Testing), Image processing

Microcontroller/microprocessor Lab

This laboratory is for undergraduate students. This lab course introduces the assembly language

programming of 8085 microprocessor and 8051 microcontroller. It gives a practical training of

interfacing the peripheral devices with the 8085 microprocessor. The course objective is to

introduce the basic concepts of microprocessor/Microcontroller and to develop in students the

assembly language programming skills and real time applications of Microprocessor as well as

microcontroller. Hardware equipment includes Microprocessor/ Microcontroller Trainer

with LCD Display, USB interface, EPROM Programmer, ADC, DAC & Power Supply.

Faculty inFaculty inFaculty inFaculty in----charge of lab:charge of lab:charge of lab:charge of lab:

Mr. Puneet PanchalMr. Puneet PanchalMr. Puneet PanchalMr. Puneet Panchal

B.Tech, M.Tech (IIT Roorkee)

Area of Interest: Instrument & Control

Digital Design lab

The Digital Design Lab (DD Lab) is for undergraduate students. It is the most important and well

equipped lab of the school of Electrical, Electronics & communication Engineering. This lab is

based on the logics (positive and negative). Here the students verify the performance of the

combinational as well as sequential circuits. Hardware equipments include the Digital Trainer

Kit with Bread Board which provides basic facilities essential for conducting simple

experiments in the laboratory. The system has an onboard facility of four crystal

generated clock output of 1MHz, 100Hz, 10Hz & 1Hz. It has a facility of Single Pulse

Generation by push button switch. Four Seven Segment Display with BCD inputs having

breadboard area facility of 1200 TIE points.

Faculty inFaculty inFaculty inFaculty in----charge of lab:charge of lab:charge of lab:charge of lab:

Dr. Ruqaiya KhanamDr. Ruqaiya KhanamDr. Ruqaiya KhanamDr. Ruqaiya Khanam

B.Tech, M.Tech, PhD(JMI)

Area of Interest: Bio Medical Engineering, VLSI Design

Analog Electronics Lab

This is the experimental laboratory that explores the design, construction, and verifying of

analog electronic circuits. Theory lectures and laboratory experiments investigate the

performance characteristics of diodes, transistors, JFETs, and op-amp. The course provides

opportunity to simulate real-world problems and solutions that involve tradeoffs and the use of

engineering judgment. Engineers from local analog engineering companies come to campus to

help students with their design projects. Hardware equipments include CRO, bread board, ICs,

connecting wires, power supply, function generators etc.

Faculty in-charge of lab:

Mr. Dinesh singh

B.Tech, M.Tech

Area of interest: Electronic devices, Microprocessor/Microcontroller

DSP/ DSP for VLSI

This DSP lab is for undergraduates and DSP for VLSI is for post graduates students introduces

students to DSP design and analysis techniques for post graduates students it will be related to

VLSI. This lab aims at supporting the teaching and research activities in the area of DSP, which

are either currently being. This lab includes the experiments of discrete time signal and systems

in time domain, and frequency domain, sampling and reconstruction of analog signals, signal and

systems representation in complex frequency domain, solution of differential equations using z

transform, computation of Fourier transform and its efficient implementation, Discrete Fourier

transform and Fast Fourier transform, Structure for the implementation of digital filters, FIR

Filter design and IIR Filter Design. This lab is performed on MATLAB tool.

Faculty in-charge of lab:

Mr. Abhilash Gaur

B.Tech, M.Tech (DTU)

Area of Interest: Digital signal Processing

Analog Integrated circuit Lab

This lab is for undergraduates. Analog integrated circuits laboratory is based on the designing of

IC (Op Amp) and passive component based circuit, verification of results on CRO and

calculations of various performance parameters. Experiments include summer, differentiator,

adder, inverting, non inverting amplifier etc. Hardware equipments include CRO, bread board,

ICs, connecting wires, power supply, function generators, passive components etc.

Faculty in-charge of lab:

Mr. Sanjiv Kumar Gupta

B.Tech, M.Tech(DTU)

Area of interest: Analog signal processing, VLSI design

ELECTRICAL MACHINE LAB

Sr.

No.

Lab Name Lab in charge short profile

Lab equipments name

1. Electrical Machine-1 Dr. Lokesh Varshney

Ph.D. (IIT-BHU), M.Tech. (IIT-

BHU),

B.E. (S.G.S.I.T.S, Indore),

Asso. P., SEECE,

Galgotias University, Greater

Noida

1. Open circuit and short circuit test

on single phase transformer.

2. Efficiency and regulation of

single phase transformer by

Sumpner’s back to back test.

3. Efficiency of DC shunt motor by

Swinburne’s test.

4. Speed control of DC motor by

Armature and Field Control.

5. 3-phase to 2-phase conversion

with two single phase

transformers by Scott connection.

6. Load characteristics of DC shunt

generator and plot load voltage

Vs load current.

7. Magnetization characteristics of

DC shunt generator.

8. Load characteristics of DC

compound generator and plot

load voltage Vs load current.

9. Losses and efficiency of DC

machine by Hopkinson’s test.

2 Electrical Machine-2 Dr. Lokesh Varshney

Ph.D. (IIT-BHU), M.Tech. (IIT-

BHU),

B.E. (S.G.S.I.T.S, Indore),

Asso. P., SEECE,

Galgotias University, Greater

Noida

1. Perform no load and blocked

rotor test on a single phase

induction motor.

2. Break test on three phase

induction motor.

3. Determine performance

characteristic of a three phase

squirrel cage induction motor.

4. Load test on three phase squirrel

cage induction motor.

5. No load and blocked rotor test

on three phase induction motor.

6. Separation of no load losses of

three phase induction motor.

7. Perform open and short circuit

test on a 3-phase alternator.

8. Regulation of a three phase

alternator by ZPF and ASA

method.

9. Determination of Xd and Xq of a

Salent pole synchronous

machine.

10. Determine the characteristic of

field current with armature

current of the synchronous

machine.

3 Network Lab

4 Power system Lab

Internet of Things (IoT) Project Lab IoT Project Lab is a research platform exploring the potential of sensors and Internet of Things for

multidisciplinary research with more end-user interactions. It gives the power to the students to be at the

core of the research and innovation process.

Lab In-charge: Mr. Sarvesh Kumar Sharma

Mr. Sarvesh Kumar Sharma

Education: Mr. Sarvesh Kumar Sharma received the Masters of Engineering in

CommunicationEngineering from Birla Institute of Technology and Science, Pilani, Rajasthan, India, in

2009. Heobtained his Bachelor of Engineering in Electronics and Communication Engineering from

SantLongowal Institute of Engineering and Technology, Longowal, Punjab, in 2006. He has

completedDiploma in Elecgtronics and Communication Engneering from Sant Longowal Institute

ofEngineering and Technology, Longowal, Punjab, in 2003.

Research Area’s: His research interests include technologies in Internet of Things (IoT), wireless adhoc

and sensors networks and Human to Machine (H2M) communications. He has developed

LargeVocabulary Hindi Automatic Speech Recognition for non-Native Hindi Speaker at Intel

IndiaTechnology Limited, Bangalore. He has completed the project on Implementation of

SoftwareDefined Radio using OFDM technology during his post-graduation at BITS-Pilani.

Lab Equipment’s

Standard Practical Kit Details

Raspberry Pi 3 Kit Rasbperry Pi 3

LCD 16*2

MCP 3208

Ultrasonic Module

PIR Motion Sensor

LDR

LM 35

Robotic Chassis

Buzzer & Seven Segment display

LED RGB

Resistors

Breadboard

Connecting w ire

T Cobbler + Cable

Arduino Kit Arduino Uno with Cable

LCD 16*2

LED RGB

Resistors

Breadboard

Connecting w ire

Buzzer & Seven Segment display

Beagle Bone Kit Beagle Bone black

Pow erAdap

Breadboard LED RGB

Connecting w ire

Laboratory Photographs:

Mr. Sarvesh Kumar Sharma

PC- ECE(IoT)

Dr. SibaramKhara

Dean-SEECE.