Project High School

SUNNY BABU. B

E-mail: ***********@*****.***

Contact No: +91-901*******

#*-*-***, **********, *********, India.

OBJECTIVE:

Seeking a quality environment where my knowledge and skills can be better utilized for the growth of self and the organization as well. Looking for the opportunity where I can prove my latent abilities by taking initiative as well as a part of team.

EDUCATIONAL QUALIFICATIONS:

ACADEMIC YEAR

INSTITUTION

UNIVERSITY

DEGREE

BRANCH

PERCENTAGE

2011-2015

JAYAMUKHI INSTITUTE OF TECHNOLOGICAL SCIENCES

JAWAHARLAL NEHRU TECHNOLOGICAL UNIVERSITY-HYD

B.TECH

ECE

65%

2009-2011

SR NAVA VIGANA BHARATHI JUNIOR COLLEGE, WARANGAL

BOARD OF INTERMEDIATE EXAMINATION, A.P.

INTERMEDIATE

MPC

73.5%

2008-2009

VIDYA NIKETAN HIGH SCHOOL

SECONDARY SCHOOL CERTIFICATE

SECONDARY

SSC

84.5%

SKILLS &EXPERTISE:

Operating Systems : Windows XP, Windows 7, Windows8

Languages : C,sql, plsql, Java

Office Tools : MS OFFICE

Programming : Assembly language, KIEL Software

Web Technologies : HTML, CSS, Photoshop, Dreamweaver, Javascript

WORK EXPERIENCE:

1 year of experience in Web and UI design.

Extensive experience in Adobe Photoshop, Illustrator.

Work with the Creative Director to produce graphics, templates, layouts and themes

ORGANIZATION SKILLS:

Organized TECHNO JITS-13 a nation level fest held at Jayamukhi institute of technological sciences.

Organized TECHNO JITS-14 a nation level fest held at Jayamukhi institute of technological sciences.

Organized Various Events on ENGINEERS DAY-14 at Jayamukhi institute of technological sciences.

PERSONAL SKILLS:

Good communication and interpersonal skills.

Work effectively, independently or as part of a team.

Responsible and Self-Motivated.

Fast and Versatile Learning Capabilities.

Problem analysis, use of judgment and ability to solve problems efficiently.

TRAINING & EXPERIENCE

Received Full Fledged Training in ROBOTICS AND EMBEDDED SYSTEMS in workshop conducted by CARRERMINT which is a unit of SANDROCK Technologies Pvt.Ltd.

ACTIVTIES:

Participated in national fest TECHNO JITS-13 organized by Jayamukhi institute of technological sciences.

Participated in national fest TECHNO JITS-14 organized by Jayamukhi institute of technological sciences.

Participated in Android App Development Workshop Conducted by Google Student Club - Jayamukhi Institute of technological sciences.

Participated in Microsoft India App fest – 2013.

PROJECTS:

Mini Project:

Project title: Fire Extiguisher with Gesture Robot

Language of Implementation: Embedded system.

Project Description :

The Aim of this project is to create a Robot for remote operation, which either can function autonomously or can be controlled by a human operator. The Robot is built with two way communication capability. The communication from base station to the mobot is achieved using RF communication and the feedback from the Robot to the base station is given through an IR communication channel. The Robot can be actively controlled in real time by the user who is located in the base station. The Robot has a temperature sensor on board which can be operated either using the base station or whenever a collision occurs.

Major Project:

Project title: Quodcopter

Language of Implementation: Embedded system.

Project Description :

Basic Quadcopter can be build by an ARM processor and Atmega168.The quadcopter chassis and controller system consists of controlling the flying platform in which the camera will be mounted.The main mechanical components needed for construction are the frame, propellers and the electric motors. For best performance and simplest control algorithms, the motors and propellers should be placed equidistant.Each rotor produces both a thrust and torque about its center of rotation, as well as a drag force opposite to the vehicle's direction of flight. If all rotors are spinning at the same angular velocity, with rotors one and three rotating clockwise and rotors two and four counterclockwise, the net aerodynamic torque, and hence the angular acceleration about the yaw axis, is exactly zero, which implies that the yaw stabilizing rotor of conventional helicopters is not needed.

INTERESTS &HOBBIES:

Exploring New Technologies, Web surfing,Listening music.

“I here-by declare that the above-mentioned information is correct up to my knowledge and I bear the Full responsibility for the correctness of the above-mentioned profile.”

Sunny Babu .B

Hyderabad, 30-05-2016

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