This document contains the resume of Venkataram esh Bhimasingu. It summarizes his educational qualifications including a M.S. from IIT Madras and B.E. from Andhra University. It also outlines his professional experience in solar cell manufacturing and system development at Robert Bosch as well as his research experience on silicon carbide photovoltaic cells at IIT Madras.

1. NAME: Venkataram esh Bhimasingu
MOBILE: +91-7418387370
E-MAIL: bviitm@gmail.com
ADDRESS: Room No. 308, Seshe Towers, Behind Bell’s Restaurant, Saravanampatti, Coimbatore
and Tamilnadu-641035.
PROFILE SUMMARY
3 years of research experience in the solar call (Photovoltaic cell) manufacturing, characterization and
2 years of professional experience in system development and testing in the following domain:
 During the period of MS in IIT madras, I worked in the field of solar cell fabrication of SiC/Si tandom
photovoltaic cell, which is basically a heterogeneous structure having wide band gap material.
 During my tenure at ROBERT BOSCH I got an experience in system level designing of a product related to
solar charge controller where the input supply is from the solar panels (Photovoltaic).
 Hybrid electric vehicle prototype development and RTRT Testing.
EDUCATION
Program Institution %/CGPA Year
M.S. (Engineering Design) Indian Institute of Technology Madras 8.60 2013
B.E. in Electronics and Communication
Engineering
Andhra University, AP 76.1 2009
Class XII Narayana Jr. College, AP 92.2 2005
Class X Z. P High School, AP 81.33 2003
PROFESSIONAL EXPERIENCE
SENIOR ENGINEER at Robert Bosch Engineering and Business Solutions Ltd., since Aug 2013.
Topic #1: Design and development of Solar Charge Controller for ELECTRIC HYBRID VEHICLE.
DESCRIPTION:
1. This system is used to charge an Electric/ Hybrid Electric Vehicle (EV/EHV) using solar panels.
2. The input current from the Photovoltaic cells is drawn and used to charge 96 cells of Li-Ion battery.
3. A MPPT algorithm is developed and implemented to ensure maximum power transfer to the battery.
4. Proposed new technique in solar charge controller (Section level Accepted for my invention report on solar
charge controller).
Topic #2: Design and development of the Powertrain module of the hybrid electric vehicle (HEV).
DESCRIPTION:
1. Prototype development of a HEV model that runs with both internal combustion engine and battery.
2. During the development stage of this Hybrid Model identified and procured the components for the product.
3. During the development learning on the tools needed for the project like CANoe (commands for running
vehicle). Controlling the Electric motor during the running of the vehicle VCU (Vehicle control unit) used.
4. Simulated communication model of hybrid model in Canoe.
Topic #3: SW testing of both L2 and L3 Modules for hybrid electric vehicle (HEV).
DESCRIPTION:
1. Analysis and Test spec Preparation for both L2 (ASW modules) and L3 (Complex Device Driver Modules)
has been performed.
2. OEM’s both VW and BMW Software’s were tested by using RTRT (Rational Test on Real Time)
Environment.
3. During the Testing stage of this Hybrid electric vehicle identified the two major bugs.
Key Responsibilities:
 Independently handling the project from the stage of requirement discussion, design, and implementation.
 Working as a team member when handling cross functional related projects.
 In HEV prototype development, handled responsible to component selection, procurement, as suitable for
the design development.
TECHNICAL KNOWLEDGE
o Crystalline structure : XRDA (X-Ray Diffraction Analysis) and Raman Spectroscopy Analysis
o Surface morphology: SEM (Scanning Electron Microscopy)Analysis
o Elemental composition: EDS (Energy Dispersive X-Ray Spectroscopy)
o Elastic modulus and hardness: Nano Indentation
o Thickness: Optical surface profilometer
o Equipment’s handled : Pulsed Laser, Vacuum Chamber, Raman Spectroscopy, Optical
Spectroscopy, XRD, SEM, Nano Intender (Hard ness measurements)
RESUME

2. CONFERENCE PROCEEDINGS
 Venkataramesh Bhimasingu, N. J. Vasa, “Pulse Laser Deposition of SiC Thin Films on Crystalline-Si and Glass
Substrates”, International Conference on Trends in Optics and Photonics 2011, Kolkata, December 7-9, 2011.
 Venkataramesh Bhimasingu, N. J. Vasa, I.A.Palani,”Influence of Substrate Temperature, Pressure and Grit Size
on Synthesis of SiC Thin Film by Pulsed Laser Deposition Technique”International Conference on Intelligent
Robotics, Automation and Manufacturing (IRAM) 2012, Malaysia, November 28-30, 2012.
 Venkataramesh Bhimasingu, Nilesh J. Vasa "Influence of Target Grit-Size on Pulse Laser Deposition of SiC
Thin Films", 21stDAE-BRNS National Laser Symposium,Mumbai (February 2013).
 Venkataramesh Bhimasingu, Nilesh J. Vasa, “Pulsed Laser Deposition of SiC Thin Film and Characterisation”,
First National Conference on Micro Nano Fabrication, 2013, Bangalore, January 21-23.
 Venkataramesh Bhimasingu, Emmanuel Pannirselvam, Nilesh J. Vasa "Influence of Grit-Size and Sintering
Temperature on SiC Target during Pulsed Laser Deposition" CLEO-PR and OECC/PS 2013, Japan (July 2013).
JOURNAL PUBLICATION
 B.Venkataramesh, P.Emmanuel, N.J.Vasa, I.A.Palani, Influence of grit count and sintering temperature on
pulsed laser deposition of SiC thin films, International Journal of Advance Manufacturing Technologies, Springer
series, DOI 10.1007/s00170-014-5622-0, 30th March 2014.
BOOK CHAPTER
 B.Venkataramesh, Nilesh J. Vasa, “Synthesis of Polycrystalline Silicon Carbide (SiC) Thin Film Using Pulsed
Laser Deposition” ZnO Nanocrystals and Allied Materials, DOI 10.1007/978-81-322-1160-0_10, 2014.
RESEARCH PROJECT AT IIT MADRAS
SYNTHESIS OF SiC THIN FILM BY PULSED LASERDEPOSITION TECHNIQUE AND IT’S CHARACTERIZA TION
FOR PHOTO VOLTAIC APPLICATIONS (Guide: Dr. Nilesh J. Vasa) Jul ‘10–13
Area of Research: Material fabrication, Characterization, testing and validation
 Studying SiC thin film characteristics for photovoltaic (PV) applications
 Fabrication SiC/Si tandom cell was fabricated by using Pulsed laser (Nd3+: YAG LASER: 532 nm) Deposition
Technique.
 Fabricated thin film was characterized and validated by Different techniques:
o Crystalline structure : XRDA (X-Ray Diffraction Analysis) and Raman Spectroscopy Analysis
o Surface morphology: SEM (Scanning Electron Microscopy)Analysis
o Elemental composition: EDS (Energy Dispersive X-Ray Spectroscopy)
o Elastic modulus and hardness: Nano Indentation
o Thickness: Optical surface profilometer
Key Responsibilities:
 Using lab equipment’s Vacuum chamber, laser (Nd3+: YAG LASER) independently for the fabrication.
 Interactions with lab assistants to Handle the equipment’s for XRD, SEM, EDS, Nano indentation, Optical
Surface profilometer and operates them according to the project requirement.
EXTRA- CURRICULAR ACTIVITIES
 Teaching Assistant for undergraduate students. Trained for the same.
 Secretary of MAHANDHI hostel for social activities and organised so many festivals.
 Participated in 10 K run organised in IIT Madras.
 Lab responsibility and CFR (Cross Functional Responsiblity) Activity for our group in Robert Bosch Engineering
and business solutions India.
 Hobbies: Cooking, Juggling, Yoga
ACADEMIC PROJECT
Wireless RFID technology based mapping and localization of people movements. May ‘08–‘09
 A microcontroller based parent transceiver is designed that communicates with its child transceivers. The child
transceiver sends its current location when requested by parent.
 PIC controller is programmed using keil software, RFID transceiver is used for the project.
 A small crowd is done in college premises.
SCHOLESTIC ACHIEVMENT
 Selected for the best paper presentation award at JNTU (Anantapur) for work in Biometrics (2009).
 Secured 98.33 in GATE-2010.
I hereby declare that the information given above is true to the best of my knowledge.
Date: Venkataramesh B.
Place: Coimbatore