• Gender: Male
• Age: 41
• Designation: Fresh/Entry Level
• Highest Education Level: Graduate - Degree
• Preferred Country: India
• Preferred Location: Anywhere
• Work Experience: 16.3 Year(s)

Education

Bechalor of Engineering in Mechanical from Visveswaraiah Technological University in 2007
with 70.97%.
PUC in 2003 with 77.50%.
S.S.L.C in 2001 with 82.88%.

Skill Sets

Technical Skills:
Enterprise Software: SAP 4.7
Database: Oracle 9i
Languages: C, SQL,
Operating Systems: Windows Xp/2003
Personal Skills: Excellent communication, Interpersonal skills, Quick Learning curve.

Work Experience

Trainings Undergone:
Technology: SAP 4.7
Module: Material Management
Institute: Software Information Solutions
Duration: April 2008 to May 2008

Project Undertaken:
(a) Portable Windmill: This project was undertaken during the final semester of my
Engineering. This project involved the generation of electricity through the portable windmill. The voltage capacity produced was 6.5 Volts.

Tools used: Lathe, DC Motors, Processor fan, Mild steel shaft, Nylon spur gears, 6v I.C 7806, 1000-microfarad electrolyte capacitor, Diodes.

Description: The project was carried out by a team size of four in the college workshop.
The main objective of the project was to harness the incoming wind energy while
we are traveling in a vehicle and convert this into electrical energy.
Wind energy is one of the biggest forms of renewable energy available on the
earth. It carries energy in the form of kinetic energy, which is converted into
mechanical energy in the wind mill. This mechanical energy is then converted into
electrical energy by the generator connected to the wind mill.
We had made use of processor fan to act as a wind turbine, a reversible 12 volts D.C motor to act as a generator, Nylon spur gears to increase motor speed, 6v I.C 7806 to obtain a constant 6voltage, 1000 micro-farad electrolyte capacitor, which takes care of voltage fluctuation, Diodes to prevent reverse flow of current. The model was tested successfully with satisfying results.

Applications:
(a) For charging mobile phones while traveling in a vehicle.
(b) For charging dry rechargeable cells while traveling.
(c) For charging small to medium capacity rechargeable battery.

Findings:
(b) By designing a cup shape plastic turbine blade profile such that it rotates even at a lower speed of the vehicle, the motor speed can be increased.
(c) By using a higher gear ratio the motor speed can be increased and hence the output voltage.
(d) By using a higher capacity D.C motor the output voltage can be increased.

Future Goals

To seek a Trainee position in your organization utilizing my technical skills & to utilize the opportunity to continuously learn, develop and contribute to the company's growth.