STATEMENT OF PURPOSE
I would like to introduce myself as
R.Ravi Teja. I have completed my Bachelor of Engineering in Electronics &
Communication from MALINENI LAKSHMAIAH ENGINEERING COLLEGE an esteemed
institution affiliated to JNTU UNIVERSITY. My ambition is to to pursue higher education in electronics by doing my
masters in an esteemed university, and thereby make a mark in the field of
electronics and communications. My aspiration is to acquire the wisdom from the
knowledge and thereby give it back to the scientific community in specific and
mankind in general in the long run.
Electronics has
always been an orphic subject for me. Electronics in its applications and
technology was always an unanswered question for me. As I grew older the
questions were answered but at the same time many new questions with more
complexity started haunting me. This search for the answers aroused a passion
towards Electronics and started exploring the developments and applications in
electronics but that did not quench my thirst for knowledge. So I joined in
Diploma in Electronics & Communication, and Bachelors in Electronics &
Communication Engineering but it can’t fulfill my thirst. Then I could
understand only a graduate education can offer me a great deal of intellectual
and personal satisfaction and challenge. I look for graduate study to refine my knowledge and skills
in my areas of interest. I firmly believe that inquisitive and explorative
attitude leads to constant learning process. As an Electronics Engineer, I believe it will also serve to give
direction to my goal of a career as research oriented organization. This is the
main reason to plan my masters in electronics and communication.
Ranking in the top 3% of the candidates
who attended the prestigious exam held, made my way easier to get into
Electronics & Communication Engineering at one of the best ranked
university in India, JNTU. The first two years of under graduate education
was based on fundamentals of all engineering subjects. The next two years was a
detailed study of electronics and communication subjects. Though all the
subjects were different in their theories, all the subjects were interlinked in
a few aspects. In these four years of under graduate education, I gained indepth
understanding of the various techniques involved in
problem solving, mainly to cater to the
services of the industries. But all the years of my under graduation was
totally based on theories and I didn’t encounter any platform for the
application of those theories. I have always believed
that a subject is understood better when one actually sees an abstract theory
being realized by a practical system. So I felt Graduation is the area where I
can put my ideas into implementation.
During my undergraduate study subjects like Communication
systems, Signal processing, VLSI, Control systems, Microprocessors have been my
favorite subjects. In particular I like Telecommunication & VLSI, and would
like to specialize in that. The electronics and communication has always
fascinated me. As years roll by the size of the chip is decreasing and the cost
is decreasing effectively. Though the size is decreasing, the sophistication of
the function performed by the chip is increasing all the time. This advancement
in the technology of the chip industry has inspired me to work in that
industry, but as for my MS degree, I would remain open to other topics as well.
I presented few
paper presentations at various technical events in national level. Few topics
which I gave my paper presentation were 4G communication technology,
Moletronics.
During my final undergraduate year, conversations with Professor Jayalakshmi inspired me to explore the multifarious applications in the field of VLSI. I began to follow the recent research and innovations in the field by going through relevant journals, periodicals and websites. And With this basic knowledge I presented few Papers in International conferences on VLSI and published Two journals on Implementation of Low power clocked-pseudo-nmos Flip-Flop for level conversion in Dual supply systems and CMOS Full-Adders for Energy-Efficient Arithmetic Applications. I participated in E-Robotics workshop, I had learned so much about Robotics and how it’ll work and what is the basic knowledge required. We designed Line follower Robot in that workshop.
During my final undergraduate year, conversations with Professor Jayalakshmi inspired me to explore the multifarious applications in the field of VLSI. I began to follow the recent research and innovations in the field by going through relevant journals, periodicals and websites. And With this basic knowledge I presented few Papers in International conferences on VLSI and published Two journals on Implementation of Low power clocked-pseudo-nmos Flip-Flop for level conversion in Dual supply systems and CMOS Full-Adders for Energy-Efficient Arithmetic Applications. I participated in E-Robotics workshop, I had learned so much about Robotics and how it’ll work and what is the basic knowledge required. We designed Line follower Robot in that workshop.
.
In my sophomore year, I was introduced to the
techniques of solving circuits using transform techniques like the Fourier
Transform and the Laplace Transform. Signal transformations and their
applications in Electronics and communication were beginning to interest me. In
my junior year, I took up courses like Principles of Communications and Digital
Signal Processing. My enthusiasm for signal transformations was transformed
into a passion for Signal Processing at the end of my junior year. I completed my
final year undergraduate project on “Acoustic
Echo cancellation. The purpose of this project is to look
into the problem of acoustic echoes that appear in hands-free communication
systems i.e to cancel Acoustic echo. Before implementing in real time on DSP
kit, we have simulated in MAT Lab and found the response for
different speech signals. Acoustic echo cancellation is a common occurrence in
today’s telecommunication systems. This project report focuses on the use of
adaptive filtering techniques to reduce this unwanted echo, thus increasing
communication quality.
This may appear a deviation from the area in which I wish to specialize, I am
aware of the role that signal processing using Matlab plays an important role
in field of Electronics.
In my diploma I
had done our academic project on GSM based Bank locker security system. The goal of the project is to develop a unique
system through mobile technology which can control various units of the houses,
industries, and also provides a security system. The various appliances can be
utilized by managing them remotely by using GSM technology, which enables the
user to remotely control the operations of the appliances. Just by pressing
keypad of remote telephone the user can perform ON/OFF operations on the
appliances. The project also exhibits low cost home security system which is
widely employed in our daily life. This system is designed to prevent the
opening of the door by unauthorized persons. The structure of home security
system contains a matrix key pad, the door latch opener and a GSM modem for the
security dial up interfaced to the microcontroller. The keypad interfaced to
the controller is used as the password entry system to open/close the door. As
soon as the user enters the correct password, the door lock opens. If the
password entered is incorrect, then a security alarm is rung and at the same
time it enables the security dial-up through the GSM modem interfaced to the
microcontroller. The GSM modem uses the UART interface to the controller. When
the unauthorized person gives an invalid password then the controller uses the
modem to inform the owner. The modem receives security dial up number and the
message from the controller and it uses the GSM network to transmit the
message. There is a socket in the modem to insert the sim card to use the GSM network.
The destination mobile number and the password are stored in the EEPROM of the controller. I present my application in front of you hoping for positive consideration.
I am aware of universities in AUSTRIA offer great scope and encouragement for Intellectual & academic development. The process of technical advancement is very fast in AUSTRIA. Hence, AUSTRIA has emerged as one of world leader's in Science & Technology. In order to keep myself updated with latest technical advances I am keen to obtain MS degree in AUSTRIA.
After consulting my Professors, Friends and seniors studying in AUSTRIA your university has been recommended very highly for its excellent faculty & learning experience. I always believe that essence of university education lies in synergetic relationship between student and his department. I feel that graduate study at your university will be the most logical extensions of my objectives. I am confident that wholesome education that I receive at your university wil stand me in good stead through out my career.
I sincerely request you to consider my application for admission into your reputed university. I would be grateful to you if I am accorded the opportunity to pursue my higher studies and given the opportunity, I am sure that i will be able to achieve my goals keeping in touch with the expectations of the university.
There are two reasons why I believe that graduate study in a reputed department, such as yours, is important for a person aspiring for a research career. Firstly, working for a thesis under the guidance of an expert whose work can serve as a model is the most effective method of transforming a student into a largely independent researcher making significant original contributions. Secondly, the emphasis of graduate study on intensive and independen-t study of a specialized area is an ideal way of making a student capable of reaching the frontiers of knowledge in a subfield quickly and keeping abreast of the latest developments.
Looking forward to be a part of your
graduate program.
R.Ravi Teja
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R.Ravi Teja
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