PRAVEEN. V :
C/o, Srinivasan
No : 5/9A, 2nd Street,
Ashok Nagar, Contact No : +918148510064
Gudiyattam- 632 602 Email : vpraveen.p12 AT gmail.com
Vellore DT
Career Objective :
Leading a successful and gratifying career by striving for excellence using all my theoretical and practical learning’s into practice. And willing to work as a key player in challenging and creative environment. Ready for immediate relocation, if required.
Academic Qualifications :
** B.E in Aeronautical Engineering from P.B.College of Engineering ( Affiliated to Anna University) with 70% aggregate - May 2012
** Diploma in Mechanical Engineering from Rajagopal Polytechnic College, Gudiyatham with 80% aggregate - March 2009
** SSLC from Thiruvalluvar Higher Secondary School, Gudiyattam with 75% aggregate – April 2006
Experience :
** Product Design and Analysis Engineer- (Research and Development), Alpha Power Coimbatore, Jan, 2014- Present.
** Design and Aerodynamic analysising of Small scale Horizontal Axis Wind Turbine Blade
** Small scale windmill Blade Fabrication using Fiber Composite material.
** Trainee Engineer (Design), Aeolus Aero Tech (P) Ltd, Bangalore , Dec, 2012 – Jan 2014
** Handled Structural analysis in Helicopter Extension system for Nicra project using Hand calculation and FEM packages
** Handled Structural analysis in Vertical wind turbine blade using hand calculation and FEM packages
Software Skills :
Drafting tool : Auto-Cad (Certified),
Modeling : Pro-E (Certified), Catia V5R17,
Pre Processing tool : Hyper mesh, Ansys –ICEM CFD MSC - Patran 2010
Solver : MSC – Nastran, Ansys – Fluent
Projects Handled :
STRESS ANALYSIS OF LANDING GEAR TOGGLE IN FIGHTER AIRCRAFT
The project aims at calculation of stress acting at the landing gear Toggle.
A solid model was created in Catia. Using Patran, the solid modeled was meshed and run through Nastran for getting visual result of the stress acting on the landing gear toggle. The project was done in Hindustan Aeronautics Limited (HAL).
Computational Flow Optimization Of A Wind Turbine Blade Using MRF
This project aims at finding the pressure variation across the wind turbine using the Computational Fluid Dynamics. In this project, three turbine blades were used for the test and the high performance blade was used for the analysis of pressure variation.
Personal Profile :
Father’s Name : Venkatesan.P
Gender : Male
Date of Birth : 27-09-1990
Marital Status : Single
Nationality : Indian
Languages Known : Tamil & English
I hereby declare that the above mentioned information is correct up to the best of my knowledge and I bear the responsibility for the correctness of the above mentioned particulars.
Date :
Place :
(PRAVEEN.V)