Project Engineering

SENTHIL.B

Address for

Correspondence:

B.Senthil,

305N/182 Rajeshwari nagar,

Selvapuram(south),

Coimbatore 641026,

OBJECTIVE

Tamil Nadu.

To work in innovative and challenging environment that could enhance and

improve my skills, knowledge and to grow with the company.

Mobile: +91-822*******

ACADEMIC RECORD

E-mail:

Bachelor of Engineering (B.E.) (2011 to June 2014)(6.513 cgpa)

*************@*****.***

Electronics and Communication Engineering

Coimbatore Institute of Engineering and Technology

Coimbatore

Personal Profile:

Diploma (2008 to April 2011)(78%)

Father : P.Balasubramaniam Electronics and Communication Engineering

Sankara Polytechnic College

Date of Birth: 17 Dec 1991

X Standard (SSLC) in March 2007(57%)

Gender : male K.S.C Govt. Hr Sec School, Tirupur

Nationality : Indian FIELD OF INTEREST:

•Digital Electronics

•Embedded systems

Linguistic Abilities:

SOFTWARE PROFICIENCY:

English •Simulator : Xilinx, protieus, Matlab, ModelSim, Multisim

To Speak •Languages Known: VHDL, Embedded C.

To Read

TECHNICAL QUALIFICATION:

To Write

• Certified in Embedded system.

• Computer hardware servicing and maintanance.

Tamil

PROFESSIONAL TRAINING:

To Speak

• Industrial visit to Radio astronomy.(one day)

• Implant Training at PSG community Radio in Coimbatore(3 weeks)

To Read

To Write

AWARDS AND ACHIEVEMENTS:

Personal Strengths

First prize in Project Presentation held at

•

• Adaptive nature

‘CIET’

• Confidence

• Presented papers in various National level Symposiums.

• Smart working Second prize in Project Presentation held at

•

• Good Leadership skills ‘Karpagam College of Engineering’.

and positive attitude.

• Ability to strike a

friendly chord with any

kind of Personality.

Hobbies:

Trouble shooting broken

Electronics devices, playing

kabbadi.

Social Activity:

Serviced in many orphanages

like ‘Little Hearts’, ’Ashraya

charitable society’ etc..,

• DECLARATION:

I hereby declare that the above-mentioned information is correct up to my

knowledge and I bear the responsibility for the correctness of the above-mentioned

particulars.

Yours faithfully,

B.SENTHIL

Place : Coimbatore

PROJECTS UNDERTAKEN:

• Completed a mini project in “BROKEN WIRE DETECTORS”.

In 3-core cables, it appears almost impossible to detect a broken wire and the

point of break without physically disturbing all the three wires that are concealed in a

PVC jacket. The circuit presented here can easily and quickly detect a broken/faulty

wire and its breakage point in 1-core, 2-core, and 3-core cables without physically

disturbing wires. It is built using hex inverter CMOS CD4069.

• Completed a project on “CELL PHONE OPERATED LAND ROVER” without any

microcontroller.

Wireless-controlled robots use RF circuits,which have the drawbacks of

limited working range, limited frequency range and limited control. Mobile phone can

be used for robotic control to overcome these limitations. It provides the advantages

of working range as large as the coverage area, no interference with other controllers.

The control of robot involves three distinct phases: reception, processing and action.

Generally, the preceptors are sensors mounted on the robot, processing is done by the

DTMFT decoder, and the task (action) is performed using motors or with some other

actuators.

• Completed a project on “SMART BUS INFORMATION SYSTEM ”

The aim of our project is to provide a little contribution to the automation stream,

especially to identify the bus and give information to an individual about the present location

of a bus. Many times, it is important to have application of tracking location, particularly in

day to day life. Our project is mainly to overcome the difficulties faced by an individual

inorder to get the bus in his daily routine.This automatic system depends on GPS and GSM

technology .We use GPS technology to determine the location of the bus and we use the GSM

technology to send the information about the location of the bus to the individuals through

mobile communication.By a combination of GSM & GPS technologies it is possible to

monitor the mobile assets like car, truck, bike, boat or ship and live human movement

virtually anywhere and then locate it to within a few meters. As per the scheme of things for

using the Automatic Vehicle Locating, the targeted vehicle is equipped with an AVL unit that

receives signals from the GPS satellites. The GPS receiver determines its current location,

speed and heading which is stored locally and transmitted to a central control center using

GSM - Global standard of mobile communication technology.

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