CURRICULUM VITAE:
Mohammad Haroon Bannikar
Email : tech05ec AT gmail.com

CAREER OBJECTIVE :
Seeking a position to utilize my skills and abilities in the Embedded Technology Industry that offers professional growth while being resourceful, innovative and flexible.

EDUCATION QUALIFICATION :
- PG DIPLOMA in Embedded Programming (Aug -2010) from ACTS C-DAC Pune with 65% aggregate.
- B.E in Electronics and communication Engineering (2005-2009) from VTU with 62.74% aggregate.
- Karnataka Pre-University Education (HSC) 47.83% aggregate.
- Karnataka Secondary Education board with (SSC) 70.24% aggregate.

SOFTWARE PROFICIENCY :
- Languages : C,Embedded C,Assembly Language.
- Compilers : Visual Studio,Keil,AVR Studio,GCC
- Operating Systems : MS DOS,Windows98,NT,2000,XP,07,Linux
- Device Drivers : Linux Device Driver(Novice),Windows Device Driver(Novice).

ACHIEVEMENTS :
- Achieved Certificate as an active participator in three days program on “Entrepreneurship as an alternative career”, conducted by VTU Belguam.
- Presented a paper on “Global Positioning System” in “Ranbhoomi’09”
A National Level Technical Fest in REC-Bhalki.
- Active Participator in “Ranbhoomi’09” A National Level Technical Fest in REC-Bhalki.

PROJECT PROFILE :
- Project : Porting Of Linux & Android on Friendly ARM and Writing A Character Driver Modules for Linux
DESCRIPTION :
Porting the Supervivi Bootloader and the Linux & Android Kernel on the kit requires setting up USB for data transfer through DWS software from PC to Friendly ARM MINI2440 Board.
The Linux kernel version being used is linux-2.6.32.2-mini2440-20100113.
The Android kernel version being used is android-kernel-20090825.
The Tool chain being used is arm-linux-gcc-4.3.2.
The Supervivi version is supervivi-128M.

- Project : Driverless Smart Train Shuttling between Two Busy Stations using Microcontroller AT 89C51
DESCRIPTION :
The main intention of this project work is to run the train without a human driver, to control the doors automatically, and to stop the train automatically at stations, ultimately which can be used to carry the passengers from one station to the other.
Stepper motor is used to create the motion in the trolley and this motor is controlled by the microcontroller. Similarly two DC motors with reduction gear mechanism is used to control the entrance and exit gates independently. The entire circuitry including controller, both the gates control mechanism along with motors, sensors, stepper motor, heavy duty battery, etc. every essential component required to create motion in the trolley are arranged over the trolley itself.

PERSONAL PROFILE :
Nationality : Indian
Date Of Birth : 11th .May 1987
Languages Known : English, Hindi, and Kannada.

Place : Pune