Primary Responsibilities:Perform and review CNC programming and Vericut simulation library optimization.Time Studies and Line Balancing depicting Manufacturing ProcessesParticipate in the project planning, design, development, testing, and release of new Machined/Forged/Sheet Metal products and product improvements.Support product design and design of required tooling for new and existing products.Coordinate with Site Leads and Design Engineers to ensure Product requirements are understood and the desired features are accurately comprehended in product specifications.Participates in various ME-Technical Reviews throughout the product development cycle, preparing technical presentations to various collaborators.Support establishing key product characteristics and develops a bill of materials and tooling required for an approved designAnalyze the Manufacturing Processes (Process sheets, Tools, Facility Requirements, etc.) and suggest improvements where possible.Confer with design engineering and purchasing in determining product specifications.Good working relationship and effective communication skills with vendors, team members, suppliers, and project teamsCompletion of miscellaneous duties and projects as directed by your supervisor/manager/ leader.Work with the team of Engineers to achieve project deliverables within Cost, Schedule, and Budget Strong analytical, problem-solving skills.Good communication skills both verbal and written.Exposure to Collaborating with key cross functional stakeholders to achieve Project objectives and deliverables.Basic Qualifications:Bachelors or Masters in Manufacturing/Mechatronics/Mechanical/Aerospace engineering. 5-10 years of relevant experience in Automobile/Aerospace Industries.Preferred Qualification:Exposure to Machined/Sheetmetal/Forging Commodity.Experience in NC programming, Vericut simulation in Automobile/Aerospace industry.Exposure Should Costing, Estimation Tools or Shop floor simulation tools (Technomatix/FlexiSim) will be an added advantage but not mandatory.

Job Responsibilities :Should have sound knowledge in FEA, Solid mechanics, Machine design and Fatigue and damage tolerance concepts with strong engineering fundamentals.Should be able to read engineering drawings, know concepts of GD&TGood understanding of engine components like Fan Case/ Intermediate case/ Diffuser case, HPC/LPC/HPT/LPT Rotors, aerofoils and other mechanical componentsGood understanding of load paths, required load cases for stress assessmentsHands-on experience of working, leading FE modelling activities, 2D/3D static, Modal, Linear Non-linear analysis for complex aerospace components and systems.Good understanding on Strength, buckling and Durability(LCF/HCF) of components.Should be able to derive stress concentration factors from Petersons and apply to the actual conditionPrepare technical solutions for the incoming hardwares from the aero engine overhaul shops with damage/non conformances Study previous solutions for clearing the impacted hardware’s and apply them as required to current requirementsStudy the engine and service manuals to understand the serviceable limits, repair limits, and repair procedures for the required engine hardware’sUnderstand the design solution and provide resolution to the identified non-conformances duly following customer methods and processesCoordinate with component owners and cross functional teams for design solution verificationStress analysis of the reported damage conditions using ANSYS APDL,HYPERMESH,SIESTA Write and edit APDL macros for required analysisSolve and debug convergence issuesLead and mentor team in the day to day activitiesExcellent communication and presentation abilities.Required Qualifications3 - 12 years of experience in mechanical design & analysis of aircraft engine modelsGraduate/Postgraduate in Mechanical Engineering or Aerospace engineering with excellent academic backgroundExperience in Non-Conformance, repair evaluation processes and regulationsProficiency in application of ANSYS ,HYPERMESH, Unigraphics, software and Siesta is added advantageGood understanding of mechanical engineering fundamentals, Design Principles, Drawing reading, GD & T, Tolerance stack upExperience in engine components like Fan Case/ Intermediate case/ Diffuser case, HPC/LPC/HPT/LPT Rotors, aerofoils and other mechanical componentsStrong oral and written communication skillsRole & responsibilities Preferred candidate profile Perks and benefits