Contact: +91-890*******

Email:

ac7km7@r.postjobfree.com

Address

M. ANBU RAJ

S/O G.Mohan raj

**,** ***** *****,

Neyveli-1,

Cuddalore (DT).

Personal Details

Sex : Male

Date of Birth : 24.05.1995

Marital Status : Single

Nationality : Indian

Mother tongue : Tamil

Language Known : English, Tamil

M.ANBU RAJ

Carrier Objective

My motto is “problems are opportunities and never accept defeat in life”. To work in an esteemed company where I can learn and improve my skills for the development of the company and for the betterment of myself.

INTERNSHIP AND TRAINING:

Undergone 68 days internship training in the Electrical domain provided by CO INDIA, Coimbatore.

Undergone In plant training at NLC INDIA LTD, Neyveli.

Academic Details

Course

Name of institution

Board\ University

Year of passing

Percentage

B.E(EEE)

Bannari Amman Institute of Technology, sathyamanglam.

Autonomous

2017

5.95

(CGPA)

Diploma in Electrical Engineering

Muthayammal Polytechnic college,

Rasipuram.

Anna University

2014

95.50%

SSLC

Jawahar Matric Hr. Sec. School, Neyveli.

Matriculation

2011

47.4%

Computer Skills:

Languages: Basics in C.

Manufacturing Packages: MS-office.

Area of interest:

Digital Electronics, Micro Controller [8051]

Micro processor [8085]

Mini project:

Title: Multi input fuzzy logic controller for brushless DC motor.

Description: A fuzzy control system is a control system based on fuzzy logic a mathematical system that analyzes analog input values in terms of logical variables that take on continuous values between 0 and 1, in contrast to classical or digital logic, which operates on discrete values of either 1 or 0.

Software : Proteus

Hardware : DC motor, Transformer, Diode,

Team Size : 1

Days : 5 days

Cost : 3$

Responsibilities:

1.Designed and simulated the output through proteus software

2.Fixing of electronic components as per the designed circuit

3.Soldered the components in to the PCB

4.Verified through CRO and Multimeter

Main project:

Title: Maximum power point tracking for pv panels using sepic converter for lamp load

Description: The methodology is based on a pulse width modulated dc/dc SEPIC converter, which is controlled by a microprocessor based unit. By adjusting the switching frequency of the converter the maximum power point has been achieved in the PV panels.

Hardware : PIC 16F877 controller

Team Size : 3

Days : 3 months

Cost : 50$

Responsibilities:

1.Designed and simulated the output through IDE software

2.Assembled and connected the hardware as per the block diagram

3.Soldered the components in to the PCB

4.Verified the output by adjusting the switching frequency.

Achievements:

Presented a paper and got prize in National level technical symposium in the topic “Inbuilt charging Technique for mobile phones using Nanotechnology”.

Runner in KHO-KHO and got 2nd prize in chess.

Declaration

I do here by declare that all the information stated above is true to the best of my knowledge.

Place: Yours truly,

Date: (ANBU RAJ M) s

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