www.asia-infotech.com Asia Infotech Ahmedabad : Mechanical Engineering Draftsman

[Admin]

Asia Infotech Ahmedabad : Mechanical Engineering Draftsman
Website : http://www.asia-infotech.com

About us :
Asia Infotech is a high quality CAD service provider. It is dedicated to offer 2D and 3D CAD services. Asia Infotech is committed to provide Quality, Cost Effective and Time bound Solutions. Our team has extensive experience and expertise in Computer Aided Design (CAD), 2 Dimensional (2D) and 3 Dimensional (3D) software tools. The Engineering Design Team is fully committed in providing high quality and cost effective services to our Clients worldwide.

By using our CAD solutions you are guaranteed to have a cost reduction up to 60% to 70%. Our integrated CAD solutions are guaranteed to revolutionize your business and dramatically improve your profits. Our aim stands in providing superior client servicing at competitive pricing. Excellence is above par at Asia Infotech.

Position : Senior Draftsman:

Reference : PRS-001
Division : Mechanical Engineering
Location : Ahmedabad.

Position Description :
Knowledge of P & ID drawing and legend standards like Mechanical Instruments, Pipe line tag nos. etc.. The candidate must be proficient in 2D fabrication drawings (Plan, Elevations and Side views made individually) also 3D knowledge must and also would be able to operate 3D modeling software’s like MDT, Inventor, Solid works and Pro/E.

Skills Required :
Project Management ability to use appropriate quality tools and techniques. Self starter, able to interface at all levels. Good communication skills essential.

Experience Required :
1. Candidate must be having two years prior experience working on manufacturing FLARE SYSTEMS related drawings.
2. Major experience in fabrication drawings in industrial company.

send your resume : at hr@asia-infotech.com

Contact us :
India- Head Quarter :
5th Floor, Sarita Complex,
Opp. Vallabha Dining Hall,
Jain Derasar Lane,
Off C. G. Road, Ahmedabad9.
Gujarat, INDIA

India - Process Facility :
C/17, Sarvoday - 2 ,
Sola Rd., Ahmedabad.
Gujarat, INDIA

India - Process Facility :
3rd Floor Reliance Bldg,
Opp Odyssey Bldg,
Near Navelim Church,
Navelim, Salcete,
Margoa, Goa

[Guest-IJT]

Respected Sir,

I am writing to present my credentials for your employment as an aerospace engineer.
My previous school experience, educational background and strong programming, organizational skills make me an ideal candidate for this role.

When I began my studies, I started my dream to work in a aerospace industry.
I Would Appreciate the opportunity to discuss with you how my capabilities and personal qualities may be of benefit to your organization.

I have enclosed my resume which provides additional information about my qualifications and achieve-ments, I sincerely hope that you will give me an opportunity to work at your organization and take the best decision regarding my application.

Thanks for your consideration, and I look forward to hearing from you soon.


RESUME
ADDRESS – House Number : 16-9-777/3, Race course road,
Old Malakpet , Hyderabad - 36
E-MAIL- arzoojas3 AT gmail.com

PROFESSIONAL INTERESTS:
AERODYNAMICS, COMPUTATIONAL FLUID DYNAMICS, MATERIALS

EDUCATION:
BOARD OF INTERMEDIATE EDUCATION, (AGGREGATE – 58.2%)
NARAYANA JUNIOR COLLEGE, ANDHRA PRADESH (INDIA)
BACHELORS OF TECHNOLOGY AERONAUTICAL ENGINEERING (FINAL YEAR)
MALLA REDDY COLLEGE OF ENGINEERING & TECHNOLOGY (AGGREGATE-62.3%)
JAWAHARLAL NEHRU TECHNOLOGICAL UNIVERSITY, HYDERABAD, AP, INDIA

COMPUTER SKILLS :
SOFTWARE APPLICATIONS :AUTOCAD, ANSYS, FLUENT (FOR CFD), C/C++
PROGRAMMING LANGAUGE

OPERATING SYSTEMS : - Microsoft Windows (XP, VISTA, Windows 7)
Apple Macintosh (MAC OS X SNOW LEOPARD 10.6)

PAPER PRESENTATIONS NATIONAL LEVEL
Operational performance prediction of hydrogen fueled commercial transport
Computational Flow Field Analysis Over 2d And 3d Wings Unmanned Aerial Vehicles with synthetic aperture radar composites and smart materials.

PROJECT/ RESEARCH :
"THERMO-STRUCTURAL ANALYSIS OF AN AEROSPACE VEHICLE”
“STUDY OF HOLLOW STRUCTURES FOR THERMAL PROTECTION SYSTEMS”
AT DMRL (Defense Metallurgical Research Laboratory), HYDERABAD, AP, INDIA.

ACHIEVEMENTS :
LEADING MY TEAM SUCCESSFULLY AS A LEADER FOR THE PROJECT NAMED
“THERMO-STRUCTURAL ANALYSIS OF AN AEROSPACE VEHICLE”

ALSO LEADING A TEAM OF 4 FOR A MAJOR INDUSTRIAL PROJECT ON “STUDY OF HOLLOW STRUCTURES FOR THERMAL PROTECTION SYSTEMS”, FOR A TIME PERIOD OF 3-4 MONTHS

WON 2ND PRIZE FOR PRESENTING A PAPER ON COMPOSITE AND SMART MATERIALS

VICE-HEAD OF MY COLLEGE’S AERONAUTICAL COMMUNITY
NAMELY “AEROTRAX”

CONTACT +919642056967
Paper Presentations:
Operational performance prediction of hydrogen-fueled commercial transport.

Hydrogen is the ideal alternative fuel offering many benefits because liquid hydrogen has the highest energy content per weight of fuel, the fuel flight efficiency would roughly double, thus the effective range of an aircraft could be doubled.

This paper will summarize work being done to predict the operational performance of a hydrogen-fueled commercial trans-port. The engineering feasibility of a hydrogen-fueled aircraft is certainly possible, as has been researched for varying reasons since the 1950’s; however, the overall operational factors, both environmental and economic, have not been thoroughly factored into the results of such research.

Ultimately, the goal of this paper is to rate a hydrogen-fueled commercial transport on several factors key in the overall op-erational performance of commercial aircraft and to compare these ratings to similar modern kerosene fueled aircraft. A summary of the overall hydrogen aircraft design problem, proposed aircraft configuration, propulsion system, environmental emissions, and safety considerations is presented in this paper.

Computational Flow Field Analysis Over 2d And 3d Wings.

This work attempts to understand and visualize the flow field details over 2-dimensional and 3-dimensional wings of same airfoil section .The wing considered was of span 10 times the chord and a straight one the span ward movement of the flow in the 3D case in contrast to the 2D case caused by tip vortices generated is of the main interest of this paper and also the effective angle of at-tack change is also expected to be a result .the commercially available Navier-stokes solver , FLUENT is used for the simulations . flow simulations were done for inviscid and viscous cases using appropriate turbulence models and all the results are compared with theory and found in good agreement .

Unmanned Aerial vehicles with synthetic aperture radar

Synthetic aperture radar (SAR) is a form of radar in which sophisticated post-processing of radar data is used to produce a very narrow effective beam and is received by Ground control station through various communication satellite technologies like GPS, KU–BAND and COMSAT etc. It is used with Unmanned aerial vehicle (UAV) over relatively immobile targets. The main motive of this technical combination is the Aerial survey in war fields, but it has seen wide applications in remote sensing and mapping.
In future, this technology will play an important role in homeland security and anti-terrorism through the addition of new sensors to detect chemical, biological & radiological agents .For example the army wants to have a chem. /bio capability and able to detect land mines also.

Composites & Smart Materials

Composite materials are engineered materials made from two or more constituent materials with significantly different phys-ical or chemical properties and which remain separate and distinct on a macroscopic level within the finished structure. Composites are ‘wonder’ materials with applications ranging from the humble saucepan handle, artificial limbs, to the Light Combat Aircraft (LCA) and the AGNI missile system including automobile, civil, ship-building and aerospace applications.

Smart materials have one or more properties that can be dramatically altered. Most everyday materials have physical proper-ties, which cannot be significantly altered. Each individual type of smart material has a different property which can be significantly altered, such as viscosity, volume, and conductivity. The property that can be altered influences what types of applications the smart material can be used for.

The present article gives a brief description of Composites & Smart materials starting with basic definition of composites, why we prefer these materials, and refers to advanced composite materials such as Carbon fibre, Carbon-fiber reinforced plastic (CFRP), and the article ends up with the definition of smart material and their future applications in the design of flight vehicle, and structure technology for future Aerospace such as producing the Rotor control activation with smart materials which has the advantage of improving the vehicle performance, advance the technology exploitation process, and reduce system life-cycle costs.

[Guest]

Curriculum Vitae

NAME :- DEBABRATA DAS
E-mail ID :- debabratadas04 AT gmail.com/debabratadas88 AT rediffmail.com
CARRIER OBJECTIVES :-
To put into my creativity, humality, technical & analysis skills that will allow me to continue accumulating knowledge and be part of a team that the organization success and want to become an efficient and effective Mechanical Engineer.

EDUCATIONAL QUALIFICATION :-
1. Passed Class 10th in 1st division (62.40% marks) under W.B.B.S.E. in the year of 2003.
2. Passed Class 12th in 2nd division (46.40% marks) underW.B.C.H.S.E. in the year of 2005.
3. Pursuing Graduation.
TECHNICAL QUALIFICATION :-
1. Passed Junior Surveyor from E.I.T.&C.S.I. (Registered by Govt. of West Bengal) in
1st division (61% marks) in the year of 2006.
2. Passed Mechanical Draughtsman (D.M.M) from I.T.I.Gariahat (Govt. of West Bengal)
obtains 75.30% marks in the year of 2010.
COMPUTER SKILL :-
1. Basic knowledge on operation & application of computer. (MS OFFICE including
Internet)
2. Knowledge on Auto-Cad.