Abhimanyu Gaonkar
Electrical Design Engineer With Four Years Of Experience
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Mumbai, Maharashtra, India - Aptitude, Math and Science Tutor, Cricket
Abhimanyu is based out of Mumbai & has studied Power System Engineering, ME MTech-Master of Engineering or Technology from Year 2014-2016 in VJTI-Veermata Jijabai Technological Institute, University of Mumbai.
Abhimanyu Gaonkar is Skilled in Aptitude, Math and Science Tutor, Cricket and other talents.
Larsen and Toubro Ltd.
Full Time
Sep-2016 To present
(8 years 7 months)
Responsibilities
Development Consultants Private Limited
Full Time
Aug-2012 To Aug-2014
(2 years )
Responsibilities
» 4 Projects
Student at VJTI-Veermata Jijabai Technological Institute
Aug-2015 to Aug-2016
-Blocks higher order harmonics from the input current.
-Extended delta connection is used.
-Six windings on secondary side of transformer.
-This will be used for 36-level converters.
-Simulation models are created on MATLAB and PLEXIM.
-Extended delta connection is used.
-Six windings on secondary side of transformer.
-This will be used for 36-level converters.
-Simulation models are created on MATLAB and PLEXIM.
Student at VJTI-Veermata Jijabai Technological Institute
Aug-2015 to Aug-2016
Solid State Transformer (SST) is widely used in distribution renewable energy resources. SST includes AC-DC rectifier, DC-DC Dual Active Bridge (DAB) converter and AC-DC inverter. In this paper, continuous time average model and dynamic phasor model for combined Rectifier and DAB converter (R-DAB) are developed. Control scheme for R-DAB model is proposed for dynamic phasor based model, in which rectifier and DAB are being individually controlled using PI controller. The effect of controller has been analysed with change in input grid voltage variation. Stability analysis has performed using small signal stability analysis and Lyapunov's criterion. Developed model is verified with simulation in MATLAB/Simulink. Simulation result verifies the proposed modelling technique and controller performance.
Student at FCRIT-Father Conceicao Rodrigues Institute of Technology
Aug-2012 to Jul-2013
-A device which will switch ON or OFF any home appliances (or load) was made.
-It was made using a sensor, BJT’s, relay and other basic elements.
-By doing some modifications we can make it as burglar alarm or we can control more devices.
-The advantages of this project are maintenance free, compact, simple construction and cheaper.
-Winner of “Mini-Project Competition”, which was organized by Electrical Department.
-It was made using a sensor, BJT’s, relay and other basic elements.
-By doing some modifications we can make it as burglar alarm or we can control more devices.
-The advantages of this project are maintenance free, compact, simple construction and cheaper.
-Winner of “Mini-Project Competition”, which was organized by Electrical Department.
Student at FCRIT-Father Conceicao Rodrigues Institute of Technology
Aug-2011 to Jul-2012
-Study of design of Test bed which will conduct all the tests on Induction Motors.
-Test bed will perform all tests for wide range of power supply with or without Drives from remote location.
-This project consists of applications of Alternator, Transformers, Switchgears, Converters, Invertors, IGBT based variable frequency drive and PLC based automation systems in 3-f power supply.
-Since this project was automated and consists of drives, saving of time and power was possible.
-Study of WinCC and Step-7 softwares and some HMI screens were prepared using same softwares.
-Error list and flowcharts for PLC programming were prepared.
-Test bed will perform all tests for wide range of power supply with or without Drives from remote location.
-This project consists of applications of Alternator, Transformers, Switchgears, Converters, Invertors, IGBT based variable frequency drive and PLC based automation systems in 3-f power supply.
-Since this project was automated and consists of drives, saving of time and power was possible.
-Study of WinCC and Step-7 softwares and some HMI screens were prepared using same softwares.
-Error list and flowcharts for PLC programming were prepared.
Veermata Jijabai Technological InstituteUniversity of Mumbai
2014-2016
| Score 83%
Presented a Technical Paper in 48th IEEE-PES North American Power Symposium (NAPS-2016) held at University of Denver, USA and in 6th IEEE International Conference on Power Systems (ICPS-2016) held at Indian Institute of Technology - Delhi. Both the papers are published on IEEE Explore.
Father Conceicao Rodrigues Institute of TechnologyUniverity of Mumbai
2008-2012
| Score 73%
- -Won the “Mini-Project Competition” which was organized by Electrical Department.
- -TPO CR of M.Tech - Power System for year 2015-2016.
- -Participated in “National Level Hardware Mini-project Competition” in “Orcitech’11”.
- -Stood 2nd in “Sudoku Championship” in “Pillai’s Impulse Fest”.