Turbine Aeromechanics Expert - Gas Turbines - JN-052022-5628667

About Our Client

Our client is a global conglomerate with a special focus on gas turbines, where the Global R&D organisation is based out of Gurgaon, India.

Analyze and design hot gas path components (e.g. blades, vanes, ring segments) for mechanical integrity, aeromechanics and manufacturability
Apply and automate, test and implement, develop and improve advanced modeling techniques, design tools and analysis methods
Lead the HCF Design Board and provide effective guidance to design teams for issues that exceed the scope of design philosophies
Coach and mentor, train and develop less experienced engineers in the field of aeromechanics
Design engine test configurations and prepare engine test specifications
Support operation and field issue resolution via design studies and root cause analyses
Use test data and field measurements to validate and improve analytical predictions incl. but not limited to forced response, HCF, alarm limits, stimulus and flutter
Drive, guide and support integrated product teams through technical challenges
Process, evaluate and document primary design and miscellaneous tasks and results
Interface with customers both internal and external

Advanced university degree in mechanical, aerospace or materials engineering
10+ years of industry experience incl. 3D modeling, analysis and design of hot gas path components incl. manufacturing and field issue support experience
Advanced aermechanical knowledge both theoretical and practical with strong background in dynamics and vibration of structures
Advanced understanding of flutter, forced response, HCF
Advanced understanding of structural integrity incl. TMF, creep and coating lifing
Advanced multi-disciplinary understanding incl. structural dynamics, aerodynamics/CFD and heat transfer
Extensive tool familiarity with NX, ANSYS, DATAR and TRACE
ORAGL, Heeds, AutoOpti, CFX, SafePG, APDL, Python
TeamCenter, SAP
Knowledge of computational methods and programming experience
Demonstarted understanding of multi-disciplinary optimization
Material property knowledge, alloy and coatings experience
Demonstrated detail-oriented and innovative thinking mindset
Must be able to succeed in a global, dynamic and virtual integrated team environment
Must be highly motivated, proactive, self-directed and take initiative
Must have exceptional inter-personal and excellent communication skills

Preferred Knowledge/Skills, Education, and Experience

An opportunity to be in a fast paced dynamic set up within the global R&D organisation working on global projects.

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JN-052022-5628667