COURSE OBJECTIVE

The main objective of this course is to produce more talented engineers in the field of electronics & communication engineering. More emphasis is given here teach design, testing and implementation of electronic circuits required for communication related areas. Students taught the applicatio9ns of electronics in the field of communication systems.

Computer engineering, Radar engineering, Satellite communication, etc. FPGA advantage software is used and is supposed to be the best available among all other follows worldwide. Modem methods of electronic communication like optical communications, FSK, PSK, MSK, DPSK are tested using best available modules.
 
COURSE DETAILS

In the first year, apart from some non-engineering subjects, students will study information technology & numerical methods, C and Data structures, Network theory, Electronic Devices & Circuits, Engineering drawing practice along with Computer Programming Lab and Electronic Devices &Circuits Labs.
    In the second year students study Electronic Circuit Analysis, Probability theory & Stochastic Processes, Signals & Systems, Environmental science, Pulse & Digital Circuits, Electronic Circuits Lab and Pulse &Digital Circuits Lab. In the second semester they will study Electrical Technology, Control Systems, EM waves &Transmission Lines, Communication Theory,Switching theory and logic design, apart from Networks & Electrical Engineering Lab and Analog Communications Lab.
     In the third year students undergo in the subjects like Digital IC Applications, Antennas & Wave Propagation, Linear IC Applications,computer organization, Digital Communications, Linear IC Applications Lab& Digital Communications Lab. In the second semester the learning is on communication systems, Electronic Measurement & Instrumentation, Digital Signal Processing, Micro Wave Engineering, VLSI Design, Microprocessor & Interfacing, Microprocessors Lab, Electronic Computer Aided Design Lab(Digital IC’s & VHDL Lab).
    In the fourth year the teaching  is done in Operating Systems, Computer Networks, TV Engineering, Optical Communications, along with two electives and two labs namely Digital Signal Processing Lab, Microwave & Optical Communications Lab. This year in final semester the students will study two electives along with project & seminars.

DISTINCT FEATURS OF THIS COURSE

The Electronics & communications Engineering Courses offered at under graduate level is distinctly different course, having a lot of emphasis on electronics subjects such as Digital & Micro Electronics and Communication Engineering  subjects such as Satellite communication, Optical communication and Digital Signal Processing. Students can specialize in advanced communication engineering subjects such as Cellular and Mobile Communications,  radar  engineering  or  applied  electronics subjects such as Embedded Systems, Biomedical Instrumentation.

GRADUATE DESTINATIONS

Students can opt for placements in Government/Public Sector companies like ECIL, BSNL, ISRO, NRSA, AIR, Doordarshan, Indian Railways, DRDO, NGRI to name a few. Students interested in going for higher studies to IITs /IISc have to qualify the All-India GATE Examination. Apart from these, college students has been getting excellent placements in MNC’s both in India and abroad. 

     
LABORATORY FACILITIES – ECE

Electronics & Communication Engineering Department has seven laboratories, namely: Microwaves lab, the VLSI Lab, IC&PDC Lab, E-CAD Lab (VHDL/VERI LOG), Electronic Devices & Circuits lab, Microprocessors lab, and Analog Communications Lab and Digital Communication lab. All these laboratories well equipped with advanced instruments along with all necessary licensed soft wares. In fact, the college is one among the few institutions providing such advanced facilities in laboratories.

MICROWAVE LABORATORY

This laboratory has 10 microwave test benches, which can be used by the students for all experimental work on microwave devices and also in the recording of radiation pattern of microwave antennas and power measurements etc.

VLSI LABORATORY

The VLSI laboratory has 45 Pentium-4 systems aided with the best available software modelism FPGA advantage with 20-user license and Tina-pro software installed. Student will be trained in Digital System Design by HDL & Veri log Methods.

IC & PDC LABOKRATORY

In this laboratory Analog and Digital IC trainers & component development systems made available on every table.

E-CAD LABORATORY (VHDL/VERI LOG)

The E-CAD laboratory consists of 45 pentium-4 systems along with Tina-pro and FPGA advantage software with 20 user license. Licensed P-spice Software is used for Electronic Design and development, as also MATLAB 6.1 version with tool boxes.

ELECTRONIC DEVICES & CIRCUIT LABORATORY

In the Electronic Devices & circuits laboratory, every bench is equipped with a dual-trace CRO, dual power supply and signal generator.

MICROPROCESSORS LABORATORY

The microprocessors lab consists of 8085, 8086 microprocessors of anshuman & AES make along with required interfaces & modules. Students perform in this laboratory individually.

ANALOG COMMUNICATIONS LABORATORY

In this laboratory Analog modulation trainers and component development systems are used for modulation and demodulation techniques using deferent methods.

DIGITAL COMMUNICATIONS LABORATORY

Advanced digital communication trainers, Kaushik modules for experimentation on various types of digital modulation and demodulation techniques

MINI PROJECTS

During the summer vacation, student-groups are sent to the industry for 2-4 weeks to carry out mini projects. They are expected to submit a report on the work done. This helps students to study the industry environment and industry practices.

INDUSTRIAL INSTITUTION INTERACTION

Visits to local industries every semester and an industrial tour are organized to provided practical exposure to students. Students can observe first hand the industrial progress made by the country. Final year students are encouraged to undertake projects in the industry.

STUDENT SEMINARS

Seminars characteristically, involve ‘Learning Groups (LGs)’ and a member of teaching staff. They provide an opportunity for active discussion on relevant topics, many of  which will have been covered in the lectures, help develop transferable skills such as communication and team work and offer a platform for you to practice fully in your learning. For example, before a seminar is that you are encouraged to take a measure of control over your studies and to contribute positively to these discussions. Many first year students initially feel tense and nervous when taking part in seminars, but as their knowledge and confidence level grow, they soon start enjoy this simulating way of learning process.

		Mr. G. Ramesh Reddy Head of the Department Assoc. Prof. M.Tech 8 years
Name	Dept	Desg	Qualification	Experience
Mr.B.Balaji	ECE	Asso.Prof.	M.Tech	6 years
Mr.K.Manohar	ECE	Asst. Prof.	M.Tech	3 years
Mr.R.Purushotham Naik	ECE	Asst. Prof.	M.Tech	3 year
Mr.J.Umesh Rao	ECE	Asst. Prof.	M.Tech	3 year
Mr.P.Koteshwar Rao	ECE	Asso. Prof.	B.Tech	7 years
Mr.A.Krishna Murthy	ECE	Asst. Prof.	B.Tech	3 years
Mr.L.Kishore	ECE	Asst. Prof.	B.Tech	3years
Mr.B.Narasimha Rao	ECE	Asst. Prof.	B.Tech	3 years
Mr.V.Prakash Reddy	ECE	Asst. Prof.	B.Tech	3 year
Mr.B.Naresh Reddy	ECE	Asst. Prof.	B.Tech	2 years
Miss.B.Jyothirmayee	ECE	Asst. Prof.	B.Tech	1 year
Mr.K.Narendar Reddy	ECE	Asst. Prof.	B.Tech.	3 years
Mr.Sk.Abdus Subhani	ECE	Asst. Prof.	B.Tech.	5 years
Miss.B.Shireesha	ECE	Asst. Prof.	B.Tech.	1 years
Mr.D.Venkata Rami Reddy	ECE	Asst. Prof.	B.Tech.	1 years
Mr.E.Bharat Babu	ECE	Asst. Prof.	B.Tech	6 years
Mr.K.Srinivas	ECE	Asst.Prof.	B.Tech	6 years
Miss.Sushma Naik	ECE	Asst. Prof.	B.Tech	1 years
Miss.K.Mohini Sirisha	ECE	Asst. Prof.	B.Tech	2 years
Mr.P. Dharmavati	ECE	Asst. Prof.	B.Tech	2 years

Labs:

Analog Communication Lab : To study the process of Amplitude modulation and Demodulation To study the process of FM & DM and to calculate the depth of modulation To study the process of PAM & DM In Modulation systems frequency modulation exhibits better Noise immunity compared to AM To study the characteristics of Mixer To study the circuit of Phase Locked Loop by using 565 To study the effect of amplitude and frequency variation of modulating signal on the output and to study the effect of variation of sampling frequency on the demodulated output. To study the working of Balanced Modulator and Demodulator To study the process of PWM&DM To study the process of single side band by Suppressing the one side band.	Analog Communication Lab
Electronic Devices Circuits Lab : This lab is being conducted for B.Tech I year CSE,EEE,ECE students. In this lab, students will know about the Basic Electronic Devices like Diodes, BJT, FET. They will study the characteristics of Transistors, Amplifiers and Oscillators. This lab is equipped with PN diode, Zener diode, Resistors, Capacitors, Decade Resistance Boxes, Decade Capacitance Boxes, Decade Inductance Boxes, Bread boards, CRO's, Multimeters. Students will start their experiments with CRO (Cathode Ray Oscilloscope). CRO is a display device used to study the waveforms of different signals. Finally, they will get exposure to different Electronic Devices Circuits which will be useful in Next academic years.	Electronic Devices Circuits Lab
Linear Digital and IC Applications Lab : This Lab is being conducted for III ECE, II CSE & CSIT students. In this Lab, students will know about the Adder, Subtractor, BCD to 7 Segment display devices Students will get exposure to various Linear and Digital & I.C's in this Lab.	Linear Digital & IC Applications Lab
Pulse & Digital Communication Lab : This lab is being conducted for B.Tech second year ECE,EEE students. In this Lab, students will know about the Multivibrators, Clippers, Clampers etc. This lab is equipped with Trainer kits, CRO's etc. Students will get exposure to various Pulse and Digital circuits in this Lab	Pulse & Digital Communication Lab
MICRO WAVE & OPTICAL COMMUNICATION LAB	MICRO PROCESSOR LAB