Access Control Mechanical

Contact

VINEETH KRISHNAN Tel : 096********,048********

Date of Birth :25-06-1987 e-mail :***.*******@*****.***

Address

NAVANEETHAM

INDIRA NAGAR

RV PURAM (PO)

THRISSUR

KERALA

PIN-680631

Objective

Looking for job to work in an organization, utilize my skills and enhance my horizons as well as

contribute to my organization to the best of my potential.

Education

Degree Discipline/Specialization Board / Year % marks / CGPA

University

M.Tech VLSI and NIT Silchar 2013 9.06

Microelectronics

B.Tech Electronics and Calicut 2009 62.8

Communication University

Plus Two Science Group Kerala State 2005 86.88

(Biology) Board

SSLC Kerala State 2003 86

Board

Computer Skills

Operating Systems-Windows 7,Windows xp,Windows Vista and Windows 98

Softwares – TCAD,Microsoft Office

Extra-Curricular Activities

1.Participated in several Dramas and mimes in school and college level competitions

2.Organised technical events in college and volunteer in annual day functions of school

Personal Skills

Comprehensive problem solving abilities, excellent verbal and written communication skills, ability to

deal with people diplomatically, honest, flexible and hardworking, strong sportsman spirit, ability to keep

time line.

Academic Projects

1.Junctionless Transistor (M.Tech)-

Junctionless transistors are variable resistors controlled by a gate electrode. All existing transistors are

based on the use of semiconductor junctions. As the transistors are scaled down to the dimensions of 20

nm regime,because of the laws of diffusion and the statistical nature of the distribution of the doping

atoms in the semiconductor, the formation of ultra shallow junctions with high doping concentration

gradients has become an increasingly difficult challenge for the semiconductor industry. Junctionless

transistors (also called gated resistor) have no junctions and no doping concentration gradients. These

devices have full CMOS functionality and are made using silicon nanowires. The fabricated devices

exhibit excellent turn on and output characteristics with a nearly ideal subthreshold slope SS=60mV/dec,

an on-state current comparable with that of an undoped-channel transistor with the same geometry, a very

small drain-induced barrier lowering(DIBL.

2. RFID Based Access Control and Attendance Marking System (B.Tech)-

The RFID Based Access Control and Attendance Marking System is an access system that enables

entry using a smart card, suitable for the safety requirements of companies, laboratories or factories, to

ensure that only authorized personnel is allowed access. In terms of system design and development, this

study consists of a combination of both hardware (circuit design) and software (program design). Unlike

mechanical locks, which use keys that are prone to duplication, RFID-based door locks adopt contact less

technology that utilizes smartcards embedded with encrypted serial keys that cannot be duplicated. This

feature ensures the reliability of RFID door locks, providing a secure access control. The tags’ ability to

withstand environmental conditions such as intense heat, humidity, corrosive chemicals, mechanical

vibration and shock also increases the reliability of the system

Seminars

1.MRAM

2.Surface-conduction Electron-Emitter Display

Interests / Hobbies

Music,driving and playing cricket

Personal Details

Fathers Name : Krishnan TN

Mother’s Name : Geetha MP

Gender : Male

Languages Known : Malayalam,English.Hindi

Permanent Address : Navaneetham

Indira Nagar

RV Puram (PO)

Thrissur,Kerala-680631

Tel. : 096********,048********

I declare that the above information and facts furnished above are true to the best of my knowledge and

belief.

Vineeth Krishnan

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