CHIRANJIVEE INGOLE

Jayprabha colony, Akoli Road, Amravati, Maharastra-444607

e-mail:acufve@r.postjobfree.com

Mobile no. +91-997*******

To seek a technical position in a Power Electronics and Drives sector for utilizing and upgrading technical skills towards the achievement in organizational goals and the betterment of mankind through innovation.

Sl.

No.

Course Year of

Passing

Specialization Board/University Aggregate

1. M.Tech 2015 Power

Electronics &

Drives

VIT University,

Chennai

7.2 CGPA

2. B.E. 2012 Electrical

Engineering

Amravati

University

64.5%

3. HSC 2008 PCM Shivaji Science

college, Amravati

Maharashtra State

board

67.5%

4. SSC 2006 - Narayan Das

Laddha High

School, Amravati

Maharashtra State

board

72.66%

Operating System Windows

Microsoft Tools Word, Excel, PowerPoint

Languages Basics in C, C++ (certified by CCIT, Amravati) Software Known Matlab, PSIM

CAREER OBJECTIVE

EDUCATIONAL PROFILE

TECHNICAL SKILLS

Post Graduate:

1. Three Phase six switch dual output inverter.

Duration: Jan 2015-April 2015

Description: The project aims at designing a novel dual-output six-switch inverter topology is used for independently supplying two three-phase loads. This inverter employs less number of semiconductor devices compared with former dual-output inverters proposed. Reducing the number of switches and hence drive and control circuits may result in a reduction in overall cost of the system, may reduce its semiconductor power loss and as a result increases efficiency and reliability especially in applications with low and medium voltage and power ratings.

2. Cascaded Boost Converter for a Battery charging purpose. Duration: July 2014-Oct 2014

Guide: Prof. Balamurugan P, Assistant Professor, SELECT Dept., VIT-Chennai Campus, Chennai

Description: Modeling of cascaded boost converter for battery charging purpose of electric vehicle. In this project the performance of cascaded boost converter is compared with conventional boost converter. By using voltage lift technique, the gain of cascaded converter increased with increase in duty ratio. The operational principal and characteristics of cascaded boost converter are presented and verified experimentally with 50W, 8V input, 12 output prototype converter.

3. Non-isolated High Step-up Boost Converter Integrated With SEPIC Converter Duration: Jan 2014-May 2014

Guide: Prof. Balamurugan P, Assistant Professor, SELECT Dept., VIT-Chennai Campus, Chennai

Description: Non-isolated high step-up converter is made up of a boost converter and SEPIC converter as a second converter. For this type of system boost converter in the front and followed by another basic non-isolated converter. To supply high step up voltage, high voltage gain and distribute voltage stress across switch this type of technology is used. Both of the converters share the one active switch; because of sharing switch its structure is simple. The working principle and characteristics of SIB converter are shown, and verified experimentally with a 100W, 20V input, and 200 V output converter. 4. Voltage Profile Improvement in Grid Connected System Using STATCOM. Duration: Jul 2013- Dec 2013

Guide: Prof. Balamurugan P, Assistant Professor, SELECT Dept., VIT-Chennai Campus, Chennai

Description: The power system of today, by and large, is mechanically controlled. There are widespread use of microelectronics, computers and high speed communication for control and protection of present transmission systems. In recent years, greater demands have been placed on the transmission network and these demands will continue to increase because of the increasing number of nonutility generators intensified competition among utilities themselves. The STATCOM technology is essential to solve all these problems. This paper proposes study of STATCOM and how it helps to improve voltage profile. PROJECTS UNDERTAKEN

Under Graduate (Final year project):

Speed control of AC machine using PWM technique

Duration: July 2011-Feb 2012

Description: Speed control of AC machine is control by width of PWM signals generated by microcontroller 8051. It is successfully completed with reliable control of speed by changing the width of incoming signal input to single phase induction motor. By increasing the width of input signal, speed of induction motor increases and viceversa.

Worked as member of Registration & Event Management Committee for National Conference ETRCNS-2012 held on 8-9 February 2012 at Raisoni College of Engg. And Management.

Worked as the member of Event Management Committee for National Conference

ARTCom-2011 held on 10-11 September 2011 at Raisoni College of Engg. And Management.

Effective analytical and research skills.

Good listener and willingness to learn.

Good verbal and written communication skills.

Good team player.

Ability to effectively prioritize and organize multiple tasks concurrently. Date of Birth- 1 November 1990

Father’s Name – Mr. Arvind S Ingole

Mother’s Name – Mrs. Ashwini A Ingole

Languages known- English, Hindi, Marathi

I hereby declare that all the details mentioned above are true up to the best of my knowledge and I bear the responsibility for the correctness of the particulars Date:

Place : Bangalore Chiranjivee Ingole

VOLUNTEER EXPERIENCE

SOFT SKILLS

PERSONAL PROFILE

DECLARATION

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