K.Siddartha Gurusiddaiah

Ph no: 949*******, Email: ac7n7b@r.postjobfree.com

CAREER OBJECTIVE

“To be an integral part of a global value driven organization where I can demonstrate my problem solving skills & continuously strive for perfection in order to contribute meaningfully towards the organization.”

EDUCATION

Graduation in Engineering 61%)

CMR College of Engineering and Technology - Mechanical Engineer 2014 - PRESENT

Board of Intermediate Education 70%)

NRI junior College Maths,physics,chemistry 2012-14

Secondary School Certification 7.7 GPA)

D A V High School 2000 2012

PERSONALITY TRAITS

Resourceful enthusiastic highly motivated individual with leadership -qualities, eager to learn new technologies and methodologies ever curious and ever innovating personality

LANGUAGES

English -very proficient

Telugu -native proficiency

Hindi -native proficiency

PROJECTS

CFD ANALYSIS OF SWIRL CAN COMBUSTION CHAMBER

New computational methods are continuously developed in order to solve problems in different engineering fields. One of these fields is gas turbines, where the challenge is to make gas turbines more efficient and to redude emissions that are bad for the environment. One of the main parts of a gas turbine that can be improved is the combustion chamber. In order to optimize the combustion chamber, both experimental and numerical methods are called for some of the recent applications of the CFD in gas turbines combustor used in the power generation, aeroengines and combustion industries. The aim is to illustrate what can be done and also to identify trends and those areas where further work is needed.

DESIGN AND ANALYSIS OF HEAVY COMMERCIAL VEHICLE FRONT AXLE BEAM

The present vehicle market demands the low cost and the light weight component to meet the need of the cost-effective vehicle with the fuel efficient. This is in turn gives rise to effective use of materials for vehicle parts which will reduce the overall weight,with higher utility of industrial engineering etc., the source of the technique which are used. Stress analysis of the front axle of truck combine under static loading conditions resulted from the applied variations was performed by using the finite element method. The commercial finite element package ANSYS version 9.0 was used to solve the problems for front axle beam.

TECHNICAL SKLILLS

AUTOCAD, conducted by Autodesk

BASIC ANSYS,conducted by mind box evolving education

SUPPORTING SKILLS

MS Word

MS Excel

MS Powerpoint

EXTRA CURRICULAR ACTIVITIES

Painting and Portrait drawings

Level:- Amature

Volley ball

Level professional

Cricket

Level professional

Reading

Personality development books

Address for communication:

H.No.B-10 CCI Township, Karankote

Dist:Vikarabad, TELANGANA

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