Design Engineer Engineering

SATHYA GANESH

PH: +919*********

adfdkb@r.postjobfree.com

linkedin.com/in/sathya-ganesh-329647bb/

Experienced aerospace engineer with a demonstrated history of working in the product design, CAD drafting, including ability to interpret and analyze data to develop and design models. Skilled in CATIA, ANSYS, PRO Engineer, Computational fluid dynamics, Turbomach and MATLAB. Efficient project management and communication skills suited either to work alone or cooperatively in a fast-paced environment.

EDUCATION

SEPT 2019

MSC THERMAL POWER (AEROSPACE PROPULSION), Cranfield university, UK

(Awarded a fully funded scholarship by british council INDIA)

RESEARCH Title: Fire Suppression System in the Aircraft Engine

EXPERIENCE Clean sky’s EFFICIENT project promoted by AIRBUS, to design, develop, manufacture and test an environmentally viable Halon-free fire suppression system which will reduce environmental impact by reducing weight and lowering aircraft CO2 and NOx footprint. In my thesis I am considering Nitrogen gas as a replacement to Halon. By using CFD, agent distribution inside the aircraft engine is predicted and the test results are compared with the Halon. Various experimental tests were also conducted in the Rig and the results and information obtained from this testing are crucial to assess the fire suppression objective.

MAY 2010

BE (AERONAUTICAL ENGINEERING), anna university, chennai

RESEARCH Title: Stress and Fatigue Analysis for a Turbine Rotor of a Turbo Shaft Engine

The turbine rotor is the most critical component in a gas turbine engine, as it develops the power to drive the compressor and other accessories. In this study, the structural integrity of rotor blade is ascertained by carrying out a stress analysis using Finite Element software ANSYS by applying suitable boundary conditions and loads to determine the fatigue critical stress. The theoretical calculation of Disc and Blade stress are compared with the result of FEM model to determine the appropriate material for the rotor.

EXPERIENCE

JAN 2017- APRIL 2017

TECHNICAL AUTHOR, Lionbridge technologies

Understand, research and analyze the complex technical information of TRENT 1000 engines.

Creating technical manuals for maintenance and inspection of various aero engine parts.

Ability to understand the function and performance of aircraft engines.

Facilitate development of technical manuals, engineering guidelines, parts selection and assembly documentation.

Ensure compliance with all aspects of Rolls-Royce standards to assure product integrity and lifecycle.

APR 2014 – DEC 2016

DESIGN ENGINEER, indreamer techsol

Performed testing and analysis on manufacturing parts (3D printed) to help reduce costs.

Provide technical assessment of supplier proposals, Review and approval of designs proposed by suppliers and support engine running by providing acquired project specific control system knowledge.

Data analysis to validate the hardware design, investigating potential problems and propose appropriate solution.

Work closely with fellow designers, product managers, and engineers to identify opportunities and provide cross-departmental feedback.

SEP 2010 – DEC 2012

DESIGN ENGINEER, Vayu aerospace

Design and integrate aircraft components on multiple aerospace projects.

Design 2D layouts using AutoCAD and Solidworks with full responsibility to production / assembly drawings.

Creating 3D models and conceptual designs and drawings for manufacturing and production.

Conduct structural analysis and build lists of complex requirements that will enable components to withstand stressful environments.

SKILLS

Expertise in the use of CFD program

Skilled in developing technical manuals for aero engines and its component

Involved in designing a test rig for cargo fire suppression system at the Cranfield University.

CERTIFICATION

IATA Foundation Diploma Student Affiliate

Member of Royal Aeronautical Society (RAeS)

TECHNICAL SKILLS & COMPETENCIES

Expertise in providing aerodynamics (external & internal) solutions to engineering problems with help of virtual validation tools.

Excellent team building and membership skills, ability to lead and thrive in a matrix environment

Ability to manage personal budget to achieve goals on budget

Ability to lead negotiations and close new business

Ability to work effectively across a large and complex, global organization

CAD MODELLING:

Capable to generate 3D models with manufacturing drawing using CATIA and UNIGRAPHICS. Meshing: Able to perform geometry clean-up for complex geometries and generate high standard mesh (HEXA, TETRA) using (ICEMCFD / HYPERMESH)

DOCUMENTATION AND PRESENTATION:

Experienced in creating engineering request document (estimation, project schedule, delivery details) and presenting the results to the clients using tele-conferences. Capable in tracking efforts utilized for the projects using excel.

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