Vision to pursue a career in an esteemed organization where four years of my technical education will add value to the operation and which would enhance my skills to work, shape a winning edge in the competitive environment and to contribute my skills to organization’s and mission.ACADEMICS :
2007-2011 B.Tech. (Electrical and Electronics Engineering) from HTEC, Hyderabad affiliated to J.N.T.U Secured 64.39%.
2005-2007 Intermediate(Board of Intermediate, A.P.) from SVS junior College (M.P.C). Secured 78%.
2005 Matriculation (S.S.C.) from Z.P. high School. Secured 81.1%.SKILLS :Simulation Software : MATLAB, MASM.Operating System : Window (98/ 2000/VISTA/ WINDOWS 7)Programming languages : CPRSENTATIONS :
Papers presented at VIGNANAPRADARSHAN(IEEE)-2009 on “Nanotechnology on the energy crisis”.
Paper presented at JNTUH-2010 on “wind power energy”.EXTRA CURRICULAR ACTIVITIES :
Attended National cadet corps (NCC) training and achieved ‘A’ grade certificate.ACADEMIC PROJECT UNDERTAKEN :MINI PROJECT WORK :Title : “CT Burden Adequacy Calculation in designing of a Substation .”Description :
In this project the Total Burden of CT and the actual accuracy limit factor of current transformers are analyzed. Sponsored links :
First, the calculation of the actual burden of the CT, including connection wires and protection relay impedance, is presented. Then actual accuracy limit factor is calculated with an example. The results are also obtained by using a MATLAB program.MAIN PROJECT WORK :Title : ” A 24-Pulse AC-DC Converter Employing A Pulse Doubling Technique For Vector-Controlled Induction Motor Drives”Description :
This project deals with various multiples AC-DC converters for improving the power quality in vector-controlled induction motor drives (VCIMDs) at the point of common coupling. These multiples AC-DC converters are realized using a reduced rating autotransformer. Moreover, DC ripple reinjection is used to double the rectification pulses resulting in an effective harmonic mitigation. The proposed AC-DC converter is able to eliminate up to 21st harmonics in the supply current. The effect of load variation on VCIMD is also studied to demonstrate the effectiveness of the proposed AC-DC converter. A set of power quality indices on input AC mains and on the DC bus for a VCIMD fed from different AC-DC converters is also given to compare their performance.ACHIEVEMETNS :
Awarded being a topper in SSC-2005 in Z.P.High School, Jaipur.DECLARATION :
I hereby confirm that the information furnished above is correct to the best of my knowledge.DATE : ___________PLACE : ___________
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