P.ANANDHAKUMAR Career Objective:

Electrical & Electronics

To be in an Organization this is progressive and gives me an

Engineering

Opportunity to reveal my talents and to enhance my knowledge.

Academic Profile:

Email id: 2010-2014:Pursuing BE-Electrical & Electronics Engineering

having a CGPA of 6.86% up to 8th Semester.

acfie7@r.postjobfree.com

Contact no: (Excel College of Engineering & Technology,

Komarapalayam)

+91-867*******

2009-2010: Higher Secondary Education (72%).

(S.E.T Higher Secondary School, Mukasipudur)

Address:

S/O P.Palanisamy,

9-2-22A,Arasiramani,

2007-2008: SSLC Education (76%).

Chettipatty (Po),

(Govt. High School, Chettipatty)

Sangagiri(T.k),

Salem (Dt)-637101.

Field of Interest:

Power system protection and switchgear.

Power electronics.

Personal Information:

Date of Birth: In-plant Training:

25th May 1993 Attended a two day implant training on “ Electrical oriented

discussing 22-July-2012” at Mazenet, Erode.

Nationality:

Attended a five day implant training on “Embedded system

Indian

15-12-2012” at Doclick solutions, coimbatore.

Religion:

.

Hindu

Software Skills:

Languages Known:

Basic C,

Tamil, English.

ElectricalCAD,

AutoCAD,

PLC,

SCADA.

My Achievements:

3rd Rank in 6th Semester in my class.

Co-Curricular Activities:

Attended a One day National level workshop on “Illumination engineering

at Bannari amman institute of technology, sathyamangalam.

Presented project on National level Science Exhibition and Symposium on

“Microcontroller based power management system with hybrid power supply

10th&11thoct 2013” at KAVERY College of Engineering, .

Participated a event on National level Technical Symposium and project

design contest “Palepeli” at Bannari amman institute of technology, sathyamangalam.

Participated a event on National level Technical Symposium and project

design contest “Abinitio” at Bannari amman institute of technology, sathyamangalam.

Final project:

Title:

SENSORLESS INDUCTION MOTOR TEMPERATURE MONITORING

AND CONTROLLING

Abstract:

A sensorless internal temperature monitoring and controlling method for

induction motors is proposed in this paper. This method can be embedded

in standard motor drives, and is based on the stator windings resistance

variation with temperature and control. A small ac signal is injected to the

motor, superimposed to the power supply current, in order to measure the

stator resistance. The proposed method has the advantage of requiring a

very low-level monitoring signal, hence the motor torque perturbations and

additional power losses are negligible. Furthermore, temperature

estimations do not depend on the knowledge of any other motor parameter,

since the method is not based on a model. This makes the proposed method

more robust than model-based methods. Experimental results that validate

the proposal are also presented.

Extra-Curricular Activities:

Zonal level runner in “kho-kho”.

Date :

Place : P.ANANDHAKUMAR

Contact this candidate