Download CURRICULAM VITAE SRAVAN KUMAR P s/o P. Sankara Rao (Late

CURRICULAM VITAE
SRAVAN KUMAR P
s/o P. Sankara Rao (Late), H.NO: 6-53, Angaluru Post, Gudlavalleru Mandal, Krishna District,
Andhra Pradesh – 521330
Mob: +919703776717, +919030262555
E-Mail: [email protected] ; [email protected]
OBJECTIVE
Seeking to work in an esteemed organisation, gather industrial experience & endeavour for excellence in
the same by employing the knowledge gained & to develop & sustain professional skills in order to work
hard, lead & excel with the augmentation of the same organisation.
PROFILE SYNOPSIS
 M.Tech. (Energy) NIT-BHOPAL, M.P, & B.Tech (Eletrical & Electronics Engineering) with
technical proficiency and practical experience, gained while working on projects as part of the
curriculum as well as exemplary extracurricular credentials.
 Enriched with logical reasoning, qualitative research, problem-solving & interpersonal skills, and
proven capability of working independently as well as with a team.
 A systematic, organized & hard-working team player with an analytical bent of mind.
 Quick Learner, possessing an innovative and analytical approach to the concerned area, with an eye
for details along with the ability to rapidly learn new concepts & technology within a short span.
 Strong organizational skills, ability to handle multiple tasks and thrive in a challenging, fast-paced
environment.
 Dynamic, persuasive & result-oriented individual with a high integrity, aspiring to work with a
growth-oriented organization, putting in a value-adding service through the knowledge & expertise
attained.
ACADEMICS & PROFESSIONAL DEVELOPMENT
 M.Tech (Energy) 2010 with 7.97 G.G.P.A
NIT-BHOPAL, M.P.
 B.Tech (Electrical & Electronics Engineering) 2008 with 56.10%.
Bapatla Engineering College ,Bapatla ,A.P.
 HIGHER SECONDARY 2004 with 85.3%.
N.V.R. Junior College, Vijayawada - 8.
 METRICULATION 2002 with 77.83%.
Montessori (T.M) High School, Gudivada, A.P.
TECHNICAL COMPETENCIES
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Languages: C.
Operating Systems: windows *.*
Designing Tools: MATLAB, Circuit Maker and HOMER.
Others: MS Office.
TECHNICAL SKILLS
 Electrical circuitry designing, maintenance, testing and troubleshooting.
 Working knowledge on solar PV systems.
 Practical knowledge of electrical wiring, high-voltage AC and DC electrical systems, solar electric
systems and their components
 Working experience in power plant erection.
 Energy auditing.
LABS HANDELED
Labs taken by me as a load work for B.Tech students during my M.Tech.
 Solar energy lab.
 Energy conservation lab.
EXTRA-CURRICULAR ACCOLADES & ACCOMPLISHMENTS
 Participated in district level science fair in Montessori T.M high school.
 Guiding school children for science fair projects.
CURRICULUM PROJECT
Project-1
Project Title : Modeling Of Microgrid Subsystems Using MATLAB.
Lab
: Simulation and solar energy Lab, ENERGY Center, MANIT-Bhopal.
Synopsis
: Synopsis of this project is to model the Microgrid subsystems at steady state and also
to study their transient responses to changing inputs. The Microgrid having the
subsystems of Solar Photo Voltaic module, Fuel cell, Diesel generator and power
conditioning unit have been developed. In the solar PV modeling a circuit based
simulation model for a PV cell in order to allow estimate the electrical behavior of the cell
with respect to changes on environmental parameter of temperature and irradiance. In
Fuel cell modeling the dynamic model of solid oxide fuel cell (SOFC) is done. The power
conditioning unit consists of both DC to DC boost converter and DC to AC grid connected
inverter have been developed. In the inverter simulation model 5KW source is connected
through inverter to the load as well as utility grid. In this simulation model the power
responses of load and utility grid are discussed by varying the load.
Project-2
Project Title : Transformer Protection Using The Wavelet Transform.
Lab
: Simulation Lab, Dept of Electrical & Electronics Engineering, BEC-Bapatla.
Synopsis
: Power transformer being a major apparatus in a power system its protection plays important
role in maintaining the quality and reliability of power. Many techniques, novel methods are
used for transformer protection. Usually power transformer protection is accomplished by
differential protection which recognizes faults, but it fails to discriminate fault from fault like
conditions such as magnetic inrush. So a novel approach for protection of transformer with
wavelet decision making is proposed. It involves computation of detail coefficients of
currents and finding the Maximum likelihood Estimated (MLE) values of the coefficients. This
scheme is tested for inrush condition and various faults. This technique has the ability to
distinguish fault condition from inrush conditions.