MEGHA INSTITUTE OF ENGINEERING
AND TECHNOLOGY FOR WOMEN

MEGHA INSTITUTE OF ENGINEERING AND TECHNOLOGY FOR WOMEN

( Approved by AICTE, New Delhi and Affiliated to JNTUH ) Medchal (Dist), Telangana, 501301

EAMCET/ICET/POLYCET/ECET CODE: MGHA

 

  • VISION OF THE DEPARTMENT

     

    To impart quality cation globally in analysis, research and design knowledge based centre for innovations of Electronics and Communication Engineering, thereby providing competent Engineers to the changing needs of industry and research.

     

    MISSION OF THE DEPARTMENT

     

    To Become Prominent and Efficient in the area of Research and to provide our staff and students with best technology and opportunities.

     

    Teaching-Learning Process

     

    Teaching and learning techniques, if applied in an effective way gets the best out of the resources. At our institution, we believe in concept based teaching and learning through which our students not only grow in terms of technical ground but also in terms of behaviour and ethics.

    Electronics and Communication Engineering aims towards using electrical components like conductors, transistors, diodes to come up with effective systems, Circuits, VLSI devices. The students needs high quality tools and resources to get trained for future in terms of Electronics and Communication Engineering. To meet this, we,

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  • Provides our students with concept learning of core subjects so that they can apply it practically.

  • Helps the students to get aware with latest trends and research challenges going on in world.

  • Encourages the students to participate in various seminars and workshops.

  • Train the students in a way so that they can solve complex problems in area of electronics and communication engineering.

  • Provides hands on experience with projects to make our students ready for real life projects and problem.

  • Encourages the students for research and innovations.

  • Provides latest resources to the students.

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HEAD OF THE DEPARTMENT

Name: P. Anjaiah

Qualification: M.tech
Experience: 12 Years
Research Area: Electronics
No. Of Publications: 6 

Email Id: anjaiah31@gmail.com
Contact: 9912960702

 Faculty of Electronics and Communication Engineering Department

 

NAME

QUALIFICATION

DESIGNATION

B. VISHAL RAJA

M.TECH, (PHD)

ASSOCIATE PROFESSOR

S. SURENDRA

M.TECH

ASSISTANT PROFESSOR

B.SIRISHA

M.TECH

ASSISTANT PROFESSOR

M.RAMESH KUMAR

M.TECH

ASSISTANT PROFESSOR

G.VEERANNA

M.TECH

ASSISTANT PROFESSOR

K.RAJU

M.TECH

ASSISTANT PROFESSOR

K.SRINIVAS

M.TECH

ASSISTANT PROFESSOR

D.RAMESH

M.TECH

ASSISTANT PROFESSOR

S.ANITHA RAO

M.TECH

ASSISTANT PROFESSOR

B.SUMALATHA

M.TECH

ASSISTANT PROFESSOR

P.MADHURI

M.TECH

ASSISTANT PROFESSOR

D.PRASHATH

M.TECH

ASSISTANT PROFESSOR

G.ANITHA

M.TECH

ASSISTANT PROFESSOR

MADHUSUDHAN REDDY

M.TECH

ASSISTANT PROFESSOR

PRIYANKA

M.TECH

ASSISTANT PROFESSOR

Y.SUBHASHINI

B,TECH

ASSISTANT PROFESSOR

S.DEEPIKA

B.TECH

ASSISTANT PROFESSOR

ADDANKI RANGA RAO

M.TECH

ASSISTANT PROFESSOR

SREE CHANDANA

M.TECH

ASSISTANT PROFESSOR

M PARIMALA

M.TECH

ASSISTANT PROFESSOR

VENKATEWARA SWAMY

M.TECH

ASSISTANT PROFESSOR

B RAGHUNATH REDDY

M.TECH

ASSISTANT PROFESSOR

PRIYANKA P

M.TECH

ASSISTANT PROFESSOR

AMARA BEGUM UMME

M.TECH

ASSISTANT PROFESSOR

K SUNITHA

M.TECH

ASSISTANT PROFESSOR

G CHAITANYA

M.TECH

ASSISTANT PROFESSOR

KISHAN P

M.TECH

ASSISTANT PROFESSOR

SUNIDHI

M.TECH

ASSISTANT PROFESSOR

T NAVYA

M.TECH

ASSISTANT PROFESSOR

LABORATORIES:

  • Electronic Devices and Circuits Lab

  • Pulse and Digital Circuits Lab

  • Analog Communication Lab

  • Microwave and Digital Communication Lab

  • Microprocessor and Microcontroller lab

  • Digital Signal Processing lab

  • Simulations Lab

  • Linear IC Applications lab

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    Electronic Devices and Circuits Lab

    Experiments and Purpose:

    In this course, we provide introductory information about resisters, capacitors, inductors, and also designing electronic circuits.

    Some of the main experiments includes:

  • P N junction diode characteristics

  • Zener diode Characteristics

  • Half wave and full wave rectifier characteristics

  • C E Amplifier Characteristics

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    Pulse and Digital Circuits Lab

    Experiments and Purpose:

    This course helps to understand linear wave shaping circuits and non linear wave shaping circuits designing. It also gives introduction about multivibrators.

    Some of the main experiments includes:

  • Linear wave Shaping of RC Low Pass and high pass Circuit for different time constants

  • Design a Astable and Bistable Multivibrator.

  • Pulse Synchronization of An Astable circuit

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    Analog Communication Lab

    Experiments and Purpose:

    This lab provides techniques to deal with communication and its challenges in real life. It helps to know about how to send particular information from one end to another.

    Some of the main experiments includes:

  • Modulation and Demodulation

  • Multiplexing and Demultiplexing

  • Encryption and Decryption

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    Microwave and Digital Communication Lab

    Experiments and Purpose:

    This lab helps to know about transmission of higher frequency signals and their components. It also deals with Digital communication techniques.

    Some of the main experiments includes:

  • Gunn Diode Characteristics

  • VSWR Measurement

  • Measurement of Waveguide Parameters

  • Attenuation Measurement

  • Microwave Frequency Measurement

  • Differential Pulse Code Modulation

  • Delta Modulation

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    Digital Signal Processing Lab/ Simulation Lab (Licensed MATLAB )

    Experiments and Purpose:

    In this lab, students gets hands on with simulations, analog and discrete signal processing.

    Some of the main experiments includes:

  • F I R filters Design

  • IIR filters design

  • DFT, FFT execution.

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    Linear IC Applications Lab

    Experiments and Purpose:

    In this lab, students gets hands on with designing electronic circuits using integrated circuits.

    Some of the main experiments includes:

  • Adder and Subtractor using Op Amp.

  • Comparators using Op Amp.

  • Integrator Circuit using IC 741.

  • IC 565 – PLL Applications.

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