Aerospace Engineer

You should have sound knowledge of Aero Engine Component Design and Non-Conformance Assessment Process, including sentencing of production, Overhaul Service Components Technical Variance. Experience in design development and Non-Conformance DARs, TAD, and QN assessment of complex fabrications such as casings, rings, complex unit mounting, fairings, inlets, outlets, fairings is required. Additionally, experience in design development and installations for engine external components like ducts, harnesses, pipes, hoses, and brackets is essential. Understanding engine subsystem level requirements for developing component level concepts and Modification policy for Fleet cost and performance optimization updates is crucial. You will be responsible for creating Design definitions, including geometry creation, design solution drawings, component models, drawing definitions, interface control documents, etc. Design modification of gas turbine engine components to achieve cost reduction and resolve service and manufacturing issues will be part of your role. You will review concessions and recommend drawing changes through the Definition Alteration Request (DAR) process. Performing Fit Form and Functionality analysis of various components with defects through concession DAR TADs is also required. You will carry out tolerance stack analysis layout in UG and interact with specialists like Stress engineers, Air system engineers, and Materials engineers. Experience in the development of Engine Control system hardware and software testing, as well as understanding of Engine health monitoring systems, is necessary. Experience in Life Cycle Engineering activities, specifically Reliability Engineering for Engine Components, is expected. You will be responsible for preparing AMM, CMM, EMM publications, creating and editing the Life Management plan for engine components. Resolving customer queries and issues in service bulletins, mod bulletins, etc., and managing reliability through LRU trend reports, service experience reports, and root cause analysis reports are part of the job. Additionally, you should have experience in design in context safety requirements, DFMEA, and PFMEA methods. Experience in working with Teamcenter, UGNX, and PDM Metaphase is preferred. As part of the Infosys delivery team, your primary role will be to interface with the client for quality assurance issue resolution and ensuring high customer satisfaction. You will understand requirements, create and review designs, validate the architecture, and ensure high levels of service offerings to clients in the technology domain. Participation in project estimation, providing inputs for solution delivery, conducting technical risk planning, performing code reviews, and unit test plan reviews are part of your responsibilities. You are expected to lead and guide your teams towards developing optimized high-quality code deliverables, continual knowledge management, and adherence to organizational guidelines and processes. You will be a key contributor to building efficient programs and systems. If you believe you can help clients navigate their digital transformation journey effectively, this is the place for you. Technical Requirements: Primary Skills: Aerospace Domain, Aircraft Maintenance, Embedded Software, Control Systems, Acquisition Systems. Secondary Skills: Aero Engine Design, Aero Engine Stress, CFD, UGNX. Preferred Skills: Aerospace Domain->Airframe, Aerospace Domain->Interiors/Exteriors, Aerospace Domain->MRO, Aerospace Domain->Space Technologies.,