Wind Energy Guest Lecturer

CURRICULUM VITAE

LAKSHMI M SHANKREPPAGOL

Contact: +91-831******* E-Mail: *****************@*****.*** OBJECTIVES.

-To secure a responsible career opportunity to fully utilize my skills and knowledge, while making a significant contribution to the success of the organization. OVERVIEW

• 4 years of experience in teaching as Assistant Professor.

• Worked at Sanjay Ghodawat Group of Institute, Kolhapur Maharashtra and Gogte institute of technology Belagavi Karnataka.

• Guided three B.E final year projects successfully.

• Published 9 technical papers in International/National/IEEE conference. SKILLS SET

• Electrical AutoCAD

• MATLAB/Simulink

• Pspice

WORK EXPERIENCE

Assistant Professor

26 July 2017 – 30 April 2020

Sanjay Ghodawat Group of Institute, Kolhapur Maharashtra

• Handled Power Quality Harmonics, Electrical Machine Design, FACTS, Transmission and Distribution of Power System, Electrical Generation and Utilization Subjects.

• Handled Electrical machine Lab, Power System lab and Electrical AutoCAD lab.

• Guided three BE final year project titled 'Robot for borewell water level detector & inspection of pipeline’, 'IoT Based Dam Parameters Monitoring System’ and 'Energy Audit of SGU campus'.

Guest lecturer

2016 – 2017

Gogte institute of technology Belagavi Karnataka

• Handled Electrical measurement lab, DC machine lab, High voltage lab and Electrical AutoCAD lab.

ACADEMIC PROJECTS

1. Performance Analysis of P&O and INC MPPT for WECS. Feb 2016-June 2016 Shri Dharmasthala Manjunateshwara College of Engineering and Technology Dharwad Karnataka Tools used: MATLAB/Simulink

• This project proposes a detailed model of PMSG based wind energy conversion system and multilevel inverter control scheme of a grid connected system including maximum power point tracker,

• The MPPT algorithm is used to extract maximum power from wind and deliver it to the inverter. Multilevel inverter is used to step up the voltage and to reduce the THD.

• The comparative study between two MPPT control algorithm techniques which are perturb and observe algorithm and incremental conductance algorithm.

• The MATLAB/SIMULINK result shows the power sharing between wind and the grid. Finally the best suited MPPT algorithm is suggested for the grid interface of wind energy conversion system.

2. Design and Simulation of Synchronous Buck Converter for Microprocessor Application Jain college of Engineering Belagavi Karnataka Feb 2014-June 2014 Tools used: MATLAB/Simulink

• The power requirements for the microprocessor have been increasing as per Moore's Law. According to International Technology Roadmap (ITRS), the Voltage Regulator Module

(VRM) for the microprocessor will be 96W (with 0.8V, 120A output), With the VRMs topology of synchronous buck.

• Multiphase Synchronous Buck topology to solve the technical challenges of powering future microprocessors.

EDUCATIONAL QUALIFICATION

Qualification Institution University/board Year

Percentage

obtained

M Tech(Power

System )

Shri Dharmasthala

Manjunateshwara college of

Engineering and Technology,

Dharwad Karnataka

VTU Belagavi

2016 75.24

BE( Electrical)

Jain college of Engineering

Belagavi Karnataka

VTU Belagavi

2014 69.4

Diploma

(Electrical &

Electronics)

B.L.D.E A’s Polytechnic

Vijayapur Karnataka

DTE Board

Bengaluru

2011 72.71

10th

S.S High school Vijayapur

K.S.E.E.Board

Bengaluru

2008 83.84

PERSONAL DETAILS

Date of birth : 01/06/1992

Gender : Female

Nationality : Indian

Permanent address : W/O Pradeepkumar S Chakalabbi

Dist: Dharwad. Karnataka, India

Languages known : English, Kannada, Hindi and Marathi DECLARATION

I do hereby declare that all the information furnished above are true to the best of my knowledge and belief.

Place: Dharwad, India

Date: Lakshmi M Shankreppagol

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