Resume

                                                       SIVA KRISHNA PRASAD



Address:                                                                     Mobile: 9703038404

                                                                              Email: arjasivakrishnaprasad@gmail.com

PLOT #5-9,                                                                            arjasiva@hotmail.com

RANGANAGAR COLONY,

CHINTHAL

HYDERABAD (AP) -500037



CAREER OBJECTIVE



Looking   for   a   challenging   career   which   demands   the   best   of   my   professional   ability   in   terms   of technical  and

analytical skills, and helps me in broadening and enhancing my current skills and knowledge.



SYNOPSIS



A   fresher   with B.  Tech   Degree   in   Electronics   and   Communication   Engineering   from   Vidya   Vikas   Institute   of

Technology, Chevella. Possess knowledge of practical electronic circuit design and C/C++ programming.



PROFILE



    Well versed in Electronic circuit design.

    Good knowledge of C.

    Analytical, good at problem solving and excellent in maintaining interpersonal relationship.

    Good verbal and written skills.

    Good knowledge of communications systems.



EDUCATIONAL QUALIFICATION



    B.   Tech  (Electronics   and   Communication   Engineering)   with  aggregate   72.5%  in  2008-2012 from   Vidya

     Vikas Institute of Technology, Chevella.

        th

    12   with aggregate 87% from Narayana Junior College, Vijayawada (A.P.B.I.E) in 2007.

        th

    10   with aggregate 92.33% from MHS, Desaipet (A.P.B.S.E) in 2005.



SOFTWARE SKILLS



          Languages & Skills                     C,MATLAB,VHDL,,Java.

          Operating Systems                     Windows 7, VISTA, XP, REDHAT LINUX.

          Softwares                                  Microsoft Office, Microsoft Visio, Adobe Photoshop, After Effects.

          Tools                                         Jdsu, Pspice,Orcad.



HARDWARE SKILLS



    Assembling of PC

    Networking & Troubleshooting PC



                                              PROJECTS UNDERTAKEN



Mobile Service Network Key Performance                          Drive Test– Main Project

This project involves hands on exercise on conducting drive testing of existing mobile network, obtaining test log

files and exporting to excel sheets for benchmark analysis. It also involves formulation and calculation of network

KPIs and perform benchmark analysis.

Design of 32 Bit RISC Processor for Embedded SOC – Mini Project

This project involves the design of a RISC processor capable of many calculations that can be . RISC processor is

used to reduce the instructions

Role :  VHDL programming, use of Xillinx.




FIELDS OF INTEREST



    Digital Electronics

    Arduino.

    Digital Signal processing

    Mobile Communication

    Graphic Designing with Adobe Photoshop.



EXTRA CURRICULAR ACTIVITIES



         Won 1st prize in various Debate competitions in school and college level.

         Organized various cultural programs at a school level.

         Won prizes in quiz competition

         Directed Short Films

         Designed Titles for Various short Films.



STRENGTHS



    Determined to learn with practical approach

    Good communication skills

    Enthusiastic and can produce results under deadline constraints



                                                PERSONAL DETAILS



Father's Name                          Rambabu

Date of Birth                            15-04-1989

Sex                                            Male

Marital Status                             Single

Languages known                       English,Telugu,Hindi.

Permanent Address                     Door #3/184, varregudem , Machilipatnam,Andhra Pradesh (AP) -521001

Hobbies                               Listening to music, Reading Books, playing Video Games,Animation.



                                                                                      Siva Krishna Prasad Arja

Electronic circuit

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The integrated circuit from an Intel 8742, an 8-bit microcontroller that includes a CPU, 128 bytes of RAM, 2048 bytes of EPROM, and I/O in the same chip.

A circuit built on a printed circuit board (PCB).

An electronic circuit is a closed path or paths formed by the interconnection of electronic components through which an electric current can flow.
Physically, an electronic circuit can be as small as a pin point or cover many miles. They are constructed by connecting electronic components together with conductors, which allow electricity to flow between the components. Integrated circuits are small circuits constructed from a piece of semiconductor housed in a protective package. While larger circuits may be built by assembling electronic components onto a printed circuit board (PCB), which is used to mechanically support and electrically connect the components. Integrated circuits are typically used as components in larger circuits built onto PCBs. When components are connected using wire as the conductor, the circuit may be extended to cover or connect a large area.
Breadboards, perfboards or stripboards are common for testing new designs. They allow the designer to make quick changes to the circuit during development.
Electronic circuits can display highly complex behaviors, even though they are governed by the same laws of physics as simpler circuits.
An electronic circuit can usually be categorized as an analog circuit, a digital circuit, or a mixed-signal circuit (a combination of analog circuits and digital circuits).

[edit] Analog circuits

Main article: Analog electronics

A circuit diagram representing an analog circuit, in this case a simple amplifier.

Analog electronic circuits are those in which signals may vary continuously with time to correspond to the information being represented. Electronic equipment like voltage amplifiers, power amplifiers, tuning circuits, and radios are largely analog (with the exception of their control sections, which may be digital, especially in modern units).
There are two main types of analog circuits: series and parallel. A string of Christmas lights is a good example of a series circuit: if one goes out, they all do. In a parallel circuit, each bulb is connected to the power source separately, so if one goes out the rest still remain shining.
The basic components of analog circuits are resistors, capacitors, inductors, memristors and transistors. They may be thought of as having active independent power sources and dependent power sources. An alternative model is to take independent power sources and induction as basic electronic units; this allows modeling frequency dependent negative resistors, gyrators, negative impedance converters, and dependent sources as secondary electronic components.

[edit] Digital circuits

Main article: Digital electronics

In digital electronic circuits, electric signals take on discrete values, which are not dependent upon time, to represent logical and numeric values. These values represent the information that is being processed. The transistor is one of the primary components used in digital circuits, and combinations of these can be used to create logic gates. These logic gates may then be used in combination to create a desired output from an input.
Larger circuits may contain several complex components, such as FPGAs or microprocessors. These along with several other components may be interconnected to create a large circuit that operates on large amount of data.
Examples of electronic equipment which use digital circuits include digital wristwatches, calculators, PDAs, and computers.