29 Aero Engine Jobs

Understanding of Aero Engine Parts & Modules Study and understand different aspects of Bill of material (BOM) and its structure. Understand various manufacturing processes for aero engine parts and gather necessary knowledge of supply chain management. Understand aero engine parts cost management process and terminologies. Study different costs involved in calculating the total part cost Familiarize engineering change processes and method of implementing cost reduction ideas. Understand opportunities for cost reduction and risks that impact cost. Familiarize terminologies involved in rolling up engine cost and cost projections based on individual part cost. Understand engine cost roll up calculations, cost projections and escalations Create engine cost roll up based on BOM and prepare various reports in excel based on customer requirements. Make a comparison of two data sets in excel and prepare reconciliation reports. Prepare cost analysis dashboards in excel based on the different parameters. Prepare list of changes suggested by customer and prepare comparison report and cost impact on roll up. Understand investment audit (IA) process and steps involved in preparing IA report. Proactively understand business requirements and come up with alternate solutions and improvement ideas. Understand Power BI dashboards and validate the engine cost data and trends. Understand and extract data from 3D models & Drawings. Proactively understand latest types and advanced methods to represent data in MS Excel dashboards.

Project Lead Why join Rolls-Royce? At Rolls-Royce we are proud to be a business that has truly helped to shape the modern world and are committed to always being a force for progress; powering, protecting and connecting people everywhere. By joining Rolls-Royce, youll have the opportunity to work on world-class solutions, supported by a culture that champions inclusivity, creativity, and your professional growth. Position Summary As a Programme Lead in our Future Programmes team you will be supporting the Programme Manager with the co-ordination of Engineering projects. Collaborating closely with internal and external business stakeholders, you will enable the delivery of important programme milestones, contributing to the delivery of our Defence Combat strategy. The Programme Lead role is the ideal opportunity for an individual looking to kick start or progress their project management capability. Responsibilities: Develop engineering proposals and support Business Development activities Develop customer relationship and act as primary customer facing and internal focal point for defined work packages. Understand the technical scope of the project and break it down in to engineering work packages. Work closely with engineering teams and drive successful delivery to cost, specification and time for a defined package of work. Establish and maintain the necessary documentation, plans, and schedules to support successful delivery of the work package. Develop / implement Project Management best practice in line with company management processes Preferred Qualifications: Graduate degree in Mechanical or Aerospace Engineering; postgraduate qualification in Business Administration or membership in a professional body such as PMI (or equivalent) is preferred. Strong fundamentals in Gas Turbines with a preferred technical background in performance engineering and system design integration. Excellent interpersonal and leadership skills with the ability to strong build rapport across all organisational levels and with external customers. Preferred experience with Programme Management tools and techniques, along with familiarity working in the engineering domain with Indian Public Sector Engineering Organisations. Benefits: Competitive salary with performance-based bonus opportunities Excellent learning and development programs to enhance skills and expertise. Exceptional employee benefits, including support assistance and exclusive discounts. Opportunity to work in an international, innovative environment. Be part of a globally renowned company known for excellence and forward-thinking performance. Our vision is to ensure that the excellence and ingenuity that shaped our history continues into our future. Our multi-year transformation programme aims to turn Rolls-Royce into a high-performing, competitive, resilient and growing company. Join us, and it can be your future vision too. Rolls-Royce is an equal opportunity employer. All qualified applicants will receive consideration for employment without regard to any protected characteristics.

Job Requirements Graduation or post-graduation in Mechanical Engineering or equivalent with 1 to 4-year experience in finite element analysis (FEA) especially in Aero engine or turbomachinery domain. Proficiency in FE tools like ANSYS (Classic) and Hyper mesh is a must. Good experience on writing the Analysis reports is a must. Experience in Linear, Non-linear analyses and debugging convergence issues. Knowledge of Elastic-plastic assessments, Low cycle fatigue and High cycle fatigue calculations. Exposure to vibration analysis of the components, Goodman diagram, Campbell plot etc. Knowledge in substantiations of MRB / Non-conformances / Concessions components. Experience in APDL macros. Knowledge on PYTHON, ANSYS, Workbench, UG-Required Skills (Technical Competency) Work Experience ANSYS classic, Workbench, Hypermesh and UG-NX Excel/powerpoint VBA coding

ECMS# * 533322 Number of openings 4 Job Title* Aeroengine Component Design/Non-Conformance Assessment Engineer Work Location (with ZIP code for US) Bangalore, Mysore & Hubli Vendor Rate* 6000 INR/day Contract duration (in months)* 6 months Job Description Job Description: Aeroengine Design and Non-conformance assessment Minimum of Bachelor in Engineering required in Mechanical, Industrial & Production, Aerospace engineering Must be having knowledge on Engineering drawing reading Strong Knowledge on Engine components is required. Strong Knowledge on GD&T is required. Should have experience in assessing non -conformances/concessions for design Good communication & presentation skills are must to deal with global suppliers and stakeholders. Knowledge on SAP, UG-NX , Kanbanize and team center is preferred. Knowledge on automation is added advantage Responsibility: Should take the bottom line responsibility of the execution with best quality output Should be able to independently assess concessions for design on aero engine components Share the knowledge & Best practices with team, should have good communication skills to interact with client Experience 3-5 years

Hi Professionals, We are planning for Scheduled walk-in interviews on 26th July 2025 (Saturday). Only shortlisted candidates will be invited for the interview. Shortlisted candidates will get an official invite with venue details. Walk Interview Location: Bangalore Interview Date: 26th July 2025 (Saturday) Interview Time: 9 AM to 1 PM Interested candidates share your profile to sandhya.rani@quest-global.com Position: FEA/Stress Engineer ANSYS APDL Aero Engine Job Location: Bangalore Exp: 2 to 10 Years Note: Shortlisted candidates should be available for the in-person in the Bangalore office. REFERENCES WOULD BE HIGHLY ENCOURAGED. Job Requirements Structural Analysis Engineer for Gas Turbine Engines Roles & Responsibilities: Performing linear and non-linear structural analysis using ANSYS Mechanical (APDL) Understand and develop run scripts using APDL for different types of structural analysis Developing APDL macros to reduce time in pre & post processing in ANSYS Analysis review document preparation and presenting it to the reviewers during Toll Gate reviews. Participating in the status meeting and communicating with the clients as and when required. Mentoring young engineers and help them to perform their tasks without any mistakes. Maintaining 100% OTD and FTY=1 for himself and for the team Work Experience Required Skills (Technical Competency): Must have 2+ years of experience in FE Analysis using ANSYS Classic Experience in NX UG tool will be a plus. Should have Good Knowledge in Linear & Non-Linear Static, Dynamic, and Thermo-mechanical analysis involving Materials, Geometric & Contact Non-linearitys in ANSYS. Should be Good in hand calculations, Verification & interpretation of FE Results Should have good exposure to Fatigue analysis & Creep calculations. Experience in SIESTA tool will be a plus. Desired Skills: ANSYS APDL HYPERMESH SIESTA PS: Please note that we require all applicants to have experience specifically in ANSYS APDL/Classic. If you do not have this exposure, we kindly ask you not to apply. Thank you for your understanding. We look forward to finding the right candidates for our team! DISCLAIMER: -> No DA / TA Allowed -> Only candidates meeting above respective job descriptions should attend the interview. -> Freshers are not eligible

Job Requirements Roles & Responsibilities: - Good Understanding of Engineering Drawing, GD&T & Stack-up Analysis - In-depth working knowledge of Aero/Gas turbine engine system, assembly, sub-assembly & parts - Knowledge of Assembly & Dis-assembly of Aero Engine parts - Experience on design reviews, Repair design assessment & Repair substantiation - Knowledge of Mechanical Calculations like Stress/ Kt, Fatigue, Fracture Mechanics, Creep, Overspeed, Buckling & Bolted joints - Knowledge of various manufacturing techniques and also their application during component repair. - Knowledge of various types of repairs which can be applied to components - In-depth knowledge of various failure/ deterioration mechanisms leading to component/ system failures Work Experience Required Skills (Technical Competency): - Teamcenter - Experience on UGNX - Knowledge on ANSYS - Repair design substantiation - Stack-up Analysis - Repair techniques - New Repair development

The MRB engineer evaluates areas of non-conformance regarding defects arising during the manufacturing and Assembly process and as compared to the product definition requirements. Roles & Responsibility: Ability to read and understand 2D Engineering Drawings. Perform engineering analysis of discrepant parts which includes Forgings / Castings / Precision machined aero-engine components and Assemblies, etc Responsible for investigation of all non-conformance reports and all responses using proven problem-solving methodology to complete the non-conformance design assessment and disposition Responsible for authorizing the sentencing via acceptance, rejection, rework of product via Quality Notification/Concessions Analyze variations to engineering drawing specifications which may affect part fit, form, and function. This analysis will include performing tolerance stack up analysis, stress analysis, metallurgical issues, NDT, and heat transfer analysis etc Document and determine if abnormalities are related to engineering issues. And proposed corrections will not negatively affect the functionality of systems. Develop, review & approve tolerance stack up calculations, the effect of non-conformance on mating components and investigate for adherence to Aviation Standards & process Coordinate across a large number of functional areas, including Stress/Service Life, Quality Assurance, Planning, Functional Tests, Structures and Systems Design groups, Safety, Materials, and Processes Required Skills (Technical competency) Awareness of design fundamentals & product design Solid foundation in engineering principles, with practical exposure in the aerospace industry. Familiarity with aero engine rotating parts HPC / HPT disks, drums, rotors, LPT and HPT manufacturing processes Understanding of the materials used and the associated manufacturing processes. Basic awareness of the metallurgical composition of raw materials Knowledge of complex airfoil geometries, including twists and sharper edges. Awareness of common defects encountered in aero-engine rotating commodities. Able to work in a fast-paced, learning environment to meet quick TAT Experience of different engine architecture will be an added advantage Experience of being involved in design solutions and modelling/drafting of gas turbine components Understanding in interpretation & application of GD & T Experience in Siemens UG NX will be an added advantage Knowledge of Limits, Fits and Tolerances of parts Experience in non-conformance disposition will be an added advantage Should have a liking to work with multi-functional / multi-regional team Good interpersonal and communication skills, with the ability to communicate clearly and effectively Understanding in high-end manufacturing equipment and processes (ie, castings, metal cutting, turning, coatings, milling, EDM, welding, sheet metal/composite forming and joining, metal tube bending, castings, metal cutting, turning, coatings, milling, EDM, welding) Proficiency of the MS Office Suite with good writing skills Competencies and Soft Skills: Team player Effective Time management. Open Minded with objective thinking Quick learner with good communication skills Self-motivated and a self-starter Education & Professional Qualification: Diploma / Graduate in Mechanical / Industrial / Aerospace Engineering Hands on Design fundamentals, design Assessment and Manufacturing Engineering 1-3 years Exposure to Quality Management Systems Computer/SW skills: MS Office tools: MS Excel, MS Word, MS PowerPoint, SAP CAD tools: UG Nx, Solid works

You will be part of a dynamic team as a Mechanical Design Engineer - Aero Engine for our esteemed client in Bangalore. With 5-15 years of experience, you will play a crucial role in the design and development of components and assemblies for gas turbine aeroengines. Your expertise in stack-up analysis, hand calculations, stress analysis, Bruhn method, Dolly design, and gas turbine will be essential for this role. Your responsibilities will include supporting the design and development process for gas turbine aeroengines of various sizes, performing stack-up analysis, finalizing component designs for RFQ and raw material release, selecting specifications for components, establishing Freebody diagrams, conducting buckling calculations using the Bruhn method, analyzing bolt joints, and performing stress analysis for components. Additionally, you will be designing Dolly fixtures for assembly and test processes, ensuring precise and efficient engineering solutions in a challenging work environment. You should possess strong skills in stack-up analysis, envelope finalization, specification selection, Freebody diagram establishment, buckling calculation, bolt joint analysis, geometry check, stress analysis, hand calculations, and material selection. Desired skills include experience in aero or marine engine component design, requirement analysis, concept generation, DFMEA, mechanical hand calculations, life cycle calculations, engineering productivity, service productivity improvement, product performance management, static and dynamic analysis, and GD&T. The ideal candidate will have 5-15 years of experience in design and development of gas turbine aeroengines, with a background in aeroengine design and excellent skills in performing hand calculations for stress, especially in gas turbine applications. This is a full-time position with a Day shift schedule from Monday to Friday, and the work location is in person. The benefits include Provident Fund.,

Roles & Responsibilities: Perform stack-up analysis & design hand calculations. Conceptual and detailed design of aero engine components using conventional hand calculations. Interact with customer as needed on task status at a technical standpoint. Evaluate product non-conformances and provide engineering recommendation for aero engine parts. Required Skills: Sound knowledge in Mechanical design fundamentals, Engineering concepts and applications. Rich experience working on aero engine parts in the areas of compressors and turbines. Sound understand in of the build and functionality of aero engine and sub-modules. Strong Knowledge of GD&T application and able to perform Complex Tolerance stack-up analysis. Capability to understand and interpret structural analysis results. Has the experience of interacting with customer to solve critical problems. Good analytical and problem-solving skills Effective communication and interpersonal skills An excellent team player Desired Skills: Exposure to manufactured process and deviation resolutions Modeling and drafting skills in any of the CAD tools. Highly proficient in MS Office Tools

ROLES AND RESPONSIBILITY: Conduct comprehensive verification of operator work against established process plans for welding, heat treatment, and thermal spray operations and likewise on aerospace components. Ensure operators utilize correct process parameters, machine programs, and tooling as specified in engineering documentation for each manufacturing step. Oversee and verify accurate recording of critical process data, including program versions, machine settings, and material traceability information. Confirm achieved dimensions, surface finishes, and other critical characteristics comply with engineering drawings, manuals, and quality standards. Identify and document any deviations or non-conformances from established procedures, escalating issues as required. Ensure all verification activities and process outputs meet stringent aerospace industry quality and regulatory requirements (e.g., AS9100). Maintain meticulous records of all verification activities, findings, and corrective actions, preparing detailed reports for management and quality assurance teams. SKILLS / COMPETENCE: Must have: 5 - 7 Years of experience in repair process engineering A good team player, people leader who can work well under pressure or in stressful and demanding situations or environments. Well aware of Aircraft /Aero Engine components and functional details along with their operation procedures. Hands on experience on various repair processes (e.g Machining, Thermal spray coating/plating, Welding, Heat Treatment, Etching, NDT & Cleaning) & Engineering drawings. Thorough understanding of Engine Manuals, SPMs and Repair processes Having good knowledge on GD&T and ASME Y14.5 1994 standards. Effective communicator and should have the ability to lead client discussions with all stakeholders on Technical subject related and take decisions accordingly. Competent in MS office applications. Ability to train, mentor and control the new joiners in the team. Desired: Worked on Aero Engine Components

Educational Master Of Science (Engg),Master Of Comp. Applications,Master Of Technology,Master Of Engineering,Bachelor Of Science,Bachelor Of Comp. Applications,Bachelor Of Technology,Bachelor of Engineering Service Line Engineering Services Responsibilities Sound knowledge of Aero Engine Component Design and Non Conformance Assessment Process and sentencing of production / Overhaul / Service Components (Technical Variance) Experience in design, development and Non Conformance/ DAR's/ TAD and QN assessment of complex fabrications such as casings, rings, complex unit mounting, fairings, inlets/Outlets & fairings Experience in design , development and installations for engine external components such as ducts, harness, pipes, hoses and brackets Understanding of engine subsystem level requirements for developing component level concepts and Modification policy for Fleet, cost and performance optimization updates Creation of Design definition which includes geometry creation, design solution drawings, component models and drawing definitions, interface control documents etc. Design modification of gas turbine engine components to get cost reduction, to resolve service issues and manufacturing issues. etc. Reviewing concessions and recommending for drawing change through Definition Alteration Request (DAR) process. Fit, Form and Functionality analysis of various components with defects through concession, DAR TAD’s . Carrying out tolerance stack analysis, layout in UG , interaction with various specialists like Stress engineer, Air system, Materials engineer Experience in development of Engine Control system hardware and software , testing and understanding of Engine health monitoring system Experience in Life Cycle Engineering activities specifically Reliability Engineering for Engine Components Prepare AMM, CMM, EMM publications, Create and Edit Life Management plan for engine components Experience in resolving customer queries / issues in service bulletins, mod bulletins etc. Experience in reliability management through LRU trend reports, service experience reports, root cause analysis reports Experienced in design in context, safety requirements, DFMEA and PFMEA methods Experience in working Team center, UGNX and PDM Metaphase Technical and Professional : Primary Skills Aerospace Domain, Aerospace Domain-Aircraft Maintenance, Embedded Software-Control Systems & Acquisition SystemsSecondary Skills Aero Engine Design, Aero Engine Stress, CFD, UGNX Preferred Skills: Domain-Aerospace-Airframe Domain-Aerospace-Interiors/Exteriors Domain-Aerospace-MRO Domain-Aerospace-Systems

An exciting opportunity for Validation & Verification Engineer has arisen to influence and shape the future of the Defence business in India. The roles involve working with business and external stakeholders to support the delivery of key programme milestones thus enabling the delivery of our Defence Combat strategy. In this role, you will be responsible for ensuring that Rolls-Royce has sufficient oversight for our products to meet business, customer and regulatory requirements. You will also be the point of contact within the project to support and coach the team regarding Validation and Verification activities, driving the right V&V behaviours within the project. Your solutions need to be cost-effective, align to project milestones and take into account the full product lifecycle. Why Rolls-Royce? At Rolls-Royce, we pioneer the power that matters to our customers, to society and to the planet. Were a leading global player in the defence aero engine market. From combat to transport, trainers to helicopters, we provide 16,000 military engines and pioneering service solutions to 160 customers in 103 countries. To ensure we continue to be pioneers of our industry, Rolls-Royce has a team of over 16,500 engineers around the globe. They include everyone from world experts in their field to those who manage hundreds of people and millions of pounds worth of investments. Future Programmes UK and International is at the heart of securing the future growth of the Defence business. We are delivering tomorrows technology fast, by bringing together the companys best engineers, programme managers and business professionals. Working in partnership with Governments, primes, and new technology companies across the globe, we deliver future solutions to meet the customers emerging requirements. Work with us and well welcome you into an inclusive culture, one that invests in your continuous learning and development, and gives you access to a wide breadth and depth of experience. What you will be doing: Lead Validation & Verification Engineering across the entire lifecycle. Interface between external and internal customers, to elicit and validate all stakeholder requirements including business, technical customers and partners. Develop product verification strategy, structured verification plan and Product Development Plan. Understand experiment/test requirements and turn them into test schedules and subsequently test instructions. Define plans for Validation & Verification tasks; working with key stakeholders to ensure all work meets customer expectations and is completed to an agreed quality standard. Who we are looking for: Bachelor's or Master's in Mechanical or Aeronautical Engineering. Other qualifications, in combination with relevant experience, may also be considered. Experience in requirements validation and design verification. Experience in defining experiment / test requirements and instrumentation routing/installation requirements to satisfy verification activities. A broad understanding of Gas Turbine physical and functional characteristics would be advantageous. Highly numerate with strong technical and analytical skills, problem-solving ability and capable of systems level thinking. Excellent communication and inter-personal skills, and will need to be able to contribute effectively in a team environment. Join us & help Rolls-Royce to become a high-performing, competitive, resilient business. The professional level and salary of the position will be dependent on the skills and experience of the successful candidate.

An exciting opportunity for Performance Engineer has arisen to influence and shape the future of the Defence business in India. The roles involve working with business and external stakeholders to support the delivery of key programme milestones thus enabling the delivery of our Defence Combat strategy. In this role, you will be involved in Gas Turbine Performance, in charge of delivering the thrust or shaft power for a given fuel flow whilst ensuring stable and safe operation throughout the operational envelope. Performance Engineers are responsible within Engineering for the design, prediction and understanding of the steady state and transient behaviour of our products and systems in support of our engine fleet, new products and future programmes. Why Rolls-Royce? At Rolls-Royce, we pioneer the power that matters to our customers, to society and to the planet. Were a leading global player in the defence aero engine market. From combat to transport, trainers to helicopters, we provide 16,000 military engines and pioneering service solutions to 160 customers in 103 countries. To ensure we continue to be pioneers of our industry, Rolls-Royce has a team of over 16,500 engineers around the globe. They include everyone from world experts in their field to those who manage hundreds of people and millions of pounds worth of investments. Future Programmes UK and International is at the heart of securing the future growth of the Defence business. We are delivering tomorrows technology fast, by bringing together the companys best engineers, programme managers and business professionals. Working in partnership with Governments, primes, and new technology companies across the globe, we deliver future solutions to meet the customers emerging requirements. Work with us and well welcome you into an inclusive culture, one that invests in your continuous learning and development, and gives you access to a wide breadth and depth of experience. What you will be doing: Engine performance prediction utilising modelling skills to define/optimize propulsion systems. Act as whole engine integrators of propulsion system functional design, this is achieved by: Gathering sub-system predictions of component behaviour for integration into system level predictions. Negotiating sub-system performance levels to achieve optimum propulsion system level requirements. Develop and maintain a functional understanding of the propulsion system e.g. compressor stability, combustion stability, control system requirements & behaviour. Understand the root cause of problems and to work with stakeholders to formulate and incorporate solutions in line with corporate guidelines. Engine performance verification including engine test analysis and support. Demonstrate an ability to continuously improve understanding and practices and share within the business. Who we are looking for: Bachelor's or Master's in Mechanical or Aeronautical Engineering. Other qualifications, in combination with relevant experience, may also be considered. Strong technical knowledge in gas turbine performance and thermodynamic methodologies Understanding of cross-discipline engineering concepts which include but are not limited to system design, aerothermal, thermo-fluids, controls and aircraft performance. Knowledge of C++, NPSS, Matlab and Python would be beneficial. Highly numerate with strong technical and analytical skills, problem-solving ability and capable of systems level thinking. Excellent communication and inter-personal skills, and will need to be able to contribute effectively in a team environment. Join us & help Rolls-Royce to become a high-performing, competitive, resilient business. The professional level and salary of the position will be dependent on the skills and experience of the successful candidate.

ROLES AND RESPONSIBILITY: Conduct comprehensive verification of operator work against established process plans for welding, heat treatment, and thermal spray operations and likewise on aerospace components. Ensure operators utilize correct process parameters, machine programs, and tooling as specified in engineering documentation for each manufacturing step. Oversee and verify accurate recording of critical process data, including program versions, machine settings, and material traceability information. Confirm achieved dimensions, surface finishes, and other critical characteristics comply with engineering drawings, manuals, and quality standards. Identify and document any deviations or non-conformances from established procedures, escalating issues as required. Ensure all verification activities and process outputs meet stringent aerospace industry quality and regulatory requirements (e.g., AS9100). Maintain meticulous records of all verification activities, findings, and corrective actions, preparing detailed reports for management and quality assurance teams. SKILLS / COMPETENCE: Must have: 5 - 7 Years of experience in repair process engineering A good team player, people leader who can work well under pressure or in stressful and demanding situations or environments. Well aware of Aircraft /Aero Engine components and functional details along with their operation procedures. Hands on experience on various repair processes (e.g Machining, Thermal spray coating/plating, Welding, Heat Treatment, Etching, NDT & Cleaning) & Engineering drawings. Thorough understanding of Engine Manuals, SPMs and Repair processes Having good knowledge on GD&T and ASME Y14.5 1994 standards. Effective communicator and should have the ability to lead client discussions with all stakeholders on Technical subject related and take decisions accordingly. Competent in MS office applications. Ability to train, mentor and control the new joiners in the team. Desired: Worked on Aero Engine Components

Field Data collection, sanitise field events data for processing, Shop visit reports sanitizing, process AOG spares orders. Process the data in the processing tool following the industry/customer standards, business rules and guidelines. validate the processed data against the acceptance criteria with respect to processing rules and business rules. Derive reliability metrics and dashboards as per requirement Maintain individual and team day/week/monthly metrics for the data processed Involve in customer meetings for process improvement Ensure that all assigned tasks are completed to the delivery schedule, quality and plan. Record and keep track of quality metrics and improvements areas received through feedback. Maintain and meet the expected improvement. Maintain the customer and organization data security guidelines. Required 2-4 years of relevant experience.

Details of Role : A Production Manager is responsible for overseeing all aspects of the production processes Asset reception and management Coordinating inwarding & commissioning of machines & early deployment into production Demonstrate competency in understanding the machine reception for production deployment - Review from Ease of use, Mistake proofings, Geometry protocols, special sub-routines and general readiness perspective. Institutionalizing the practises to manage the equipment like TPM, Maker-Checker, Work cell self sufficiency etc Resource Management Hiring, training, deployment and discipline management of manpowerCoordination with L&D, Human resource for necessary support with respect to manpower management activities Demonstrate sensitivity towards to diverse pool of team members Ensure shift plannings and advance communications are executed in time Provide guidance, training & support to team members Safety Compliance Ensure that all production operations comply with safety regulations and standards Problem Solving Identify and resolve any issues that arise during the production process, such as equipment malfunctions or staffing shortages. Demonstrate aptitude in understanding the situations and create problem statements, think with data and demonstrate out of the box approach Communication and Collaboration Communicate effectively with other departments, such as engineering, Planning, and Quality to coordinate activities and ensure smooth operations Should have hands-on experience of facing audits, collaborating with cross functional teams, expediting the critical processes etc Process Improvement Seek ways to improve production efficiency, reduce costs, and enhance quality Lead initiatives to encourage innovations and improvements Reporting and Analysis Track key performance indicators (KPIs), analyze production data, and provide reports to management Should have experience of losses analysis, apply tools like Pareto, Weighted average, Root cause analysis, fishbone diagram, reorder point, OEE Material masters, Consumptions etc Have deeper understanding of concept of Bottleneck and know well the actions to de-bottleneck MS Office tools - Excel, Powerpoint and WordMaintain rhythmic operations through compliance to Standard work processes, timely reviews and actions monitoring Responsibility Leader of Production department for a modern machine shop producing high precision components of Aero-Engines. Language proficiency Proficiency expected in English Proficiency in Hindi or Telugu or Marathi or Odiya or Tamil is added advantage

Prepare Design data according to GKN Aerospace Sweden (GAS) standards, Operational Management System (OMS), and technical product requirements Create design package including interface documents, 3D models, product definition, requirement justification, which are compliant to all design requirements and objectives Perform design validation through tolerance stack-up Understand changes from Change orders(CO) and perform changes on models, drawings, manuals, and other applicable design data Store, maintain and release appropriate project deliverables, documents, and reports in Teamcenter, SAP Support and participate in technical discussions, including creation and preparation of technical data and present solutions Support with the creation and delivery of training material and initiatives relevant to project Perform all activities at a level of minimal supervision and guide other engineers within the project as required Identify improvements and create and/or check the work instructions, procedures, technical manuals, and guidelines

You develop an understanding of the strategic direction of our target products and key technology areas and you will contribute to the development of the Technology Strategy for those products, reconciling strategic input from multiple specialist areas. You have developed an understanding of the strategic direction of your specialist field inside and outside of GKN, and you will contribute to Technology Strategy within your specialist field, supporting generation of roadmaps associated with your specialist field. You will support robust forward planning of technical work. You will be responsible of and/or contribute to Technology Development Plans and Technology Business Cases related to your specialist field or product/technology area. You will demonstrate a commitment to innovation and technical quality in your specialist field - leading to high quality Technology Readiness Level gates, Notional Type Designs and/or Design Reviews. You will ensure all planning documentation in your responsibility are updated regularly and is accurate, and is delivered on time. You may also have schedule accountability for your project(s) You will support or lead any necessary hands on development test work and development trials that are required to meet your project and/or functional delivery objectives. You will be responsible for originating and issuing high quality and detailed technical documentation. You will coach colleagues and upcoming talent in your specialist field. Expect to supervise graduate students / Masters / PhD theses. You will drive maturity of technologies in your specialist field, and undertake technical problem solving in your specialist field, including support with operational issues from time to time. You should have, and you will continue to develop and maintain long-term ecosystem & academia relationships in your specialist field for the benefit of theprojects, aligned with the company strategy and direction from the Chief Technologist(s). You will contribute to new technology research project applications. You will ensure adherence to environmental health and safety (EHS) policies and procedures for your activities, and you will contribute to a proactive EHS culture in the wider team. You will contribute to the development of GKN as a Great Place to Work, aligned with the core principles - safe, innovative, open & honest, care & respect, and ownership. ou will be a Senior Research Engineer working as a product design leader in the technology projects. You will define the logic and technical activities needed to meet the targets, from early conceptual studies to TRL 3-6 from a product design perspective You will act as technical expert in the development of technologies and future product solutions, a generalist that is able to balance the input from the different disciplines in order to find the best compromise. Lead the integration of new technologies into the early product solutions with the goal of achieving design solutions that are well balanced Help setting the technical direction of the work and facilitate technical decisionmaking in the team. Help the team and project/team leader to plan and prioritize the technical tasks. Owner of the Technology Development Plan for the product solutions and/or technologies that are responsibility of the department Help Build concept book on feasible design solutions that would reflect customer expectations of future aero engines Contribute to systems models of GKN current and desired product offerings integrating with technologies and demonstrator project teams Contribute to building framework and structure for capturing design knowledge and author/support design practice development basis learnings from technology/product development Specify the needs and criteria for the validation of the technology integration on early product solutions. Give input to different development plans for process or design technologies, in terms of the requirements and maturity levels vs time, needed by the product solutions Identify new opportunities for application of new technologies Gather and present information to facilitate the decision making process at different levels of the organization. Focal point for concept developments and verification of requirements against expected or specific customer requirements on GKN product portfolio Define the technical requirements for future product solutions Responsible for the following documentation in Design Development Projects: Systems Requirement Definitions, Design Concept Creation, Usage of manufacturing processes to create novel design solutions, FMEA and Design Verifications Work with Team, Project Leader, other Technology Leads and stakeholders to identify dependencies, priorities, impediments, mitigation and resolution of issues Work with projects and team leader in identifying gearing opportunities for collaboration with external partners to grow technology footprint. 15+ years of design experience working in the development of technology and/or products for commercial jet engines or similar. Proven ability to mentor, guide and coach the team Experience leading multidisciplinary teams Ability of balancing the input from different engineering disciplines to reach the best compromise solutions Understanding and experience of the different steps of the Product development cycle and technology development for aero engines Working experience & strong technical Background in Design of aero engine components with all the relevant tools knowledge General engineering knowledge of solid mechanics, metallic materials, composites materials and manufacturing processes include additive. Experience in technology development, knowledge of TRL-scale and process. Experience of Systems Level Product Functions and Requirement Modelling Experience in Concept Developments and leading NPI design projects and knowledge of demonstrator/prototype development process. You have good communication skills, the ability to create effective networks and can take on a technical responsibility role (desired) strong product knowledge and experience of working across engine components

Individual contributor working in Design engineering delivering analysis tasks mainly Solid mechanics for a part / product in line with functional KPI of the organization. Supporting the structural design process to ensure required quality is achieved within direct area of responsibility Supporting continuous improvement initiatives to increase team efficiency Develop, implement, and check technical solutions and compliance documentation to ensure they are compliant with all relevant customer, regulatory, and airworthiness requirements, within agreed program, schedule, and manufacturing constraints. Identify technical problems and apply/integrate solutions. Execute and implement methods plans, toolsets and approaches that are appropriate and compliant to achieve the design and programme objectives. Identify and assess technical risk for own work and propose mitigations within assigned programmes/projects. Generate assigned project deliverables, documents, and reports according to the project signature authorizations. Support technical and customer reviews, including formal gate reviews, including the creation and preparation of technical data and presentations of product design. Process documentation such as concessions and non-conformances, and provide technical support by implementing solutions to address non-conforming products, designs, and compliance documentation. Perform all activities at a level of minimal supervision and support other engineers with peerto-peer reviews. He will make sure OTD & FTR always above the set target for his/her team Identify improvements and support the creation of work instructions, procedures, technical manuals, and guidelines. Masters Degree in Mechanical Engineering or equivalent Must have 10+ years experience in Stress/ life (Initiation/Propagation) analysis through FEM Excellent fundamentals in Solid Mechanics Experience in performing structural analysis to verify various product requirements Ability to interpret results, applying physics and propose design solutions Knowledge of tools such as Simcenter3D, HYPERMESH and ANSYS, for meshing and analysis along with demonstrated capability in using these tools effectively Good product knowledge related to aero engines. Especially IMC/TEC or any other casings Contributed to the technical development of processes, products or people.

An exciting opportunities for Aerothermal Engineers have arisen to influence and shape the future of the Defence business in India. The roles involve working with business and external stakeholders to support the delivery of key programme milestones thus enabling the delivery of our Defence Combat strategy. In this role, you will be responsible for the aerothermal design and validation of modules in the gas turbine main flow-path, including Fan, Compressor, Combustor and Turbine. Working alongside the mechanical design teams you will specify the gas-washed surfaces and commit to system performance levels. Why Rolls-Royce? At Rolls-Royce, we pioneer the power that matters to our customers, to society and to the planet. Were a leading global player in the defence aero engine market. From combat to transport, trainers to helicopters, we provide 16,000 military engines and pioneering service solutions to 160 customers in 103 countries. To ensure we continue to be pioneers of our industry, Rolls-Royce has a team of over 16,500 engineers around the globe. They include everyone from world experts in their field to those who manage hundreds of people and millions of pounds worth of investments. Future Programmes UK and International is at the heart of securing the future growth of the Defence business. We are delivering tomorrows technology fast, by bringing together the companys best engineers, programme managers and business professionals. Working in partnership with Governments, primes, and new technology companies across the globe, we deliver future solutions to meet the customers emerging requirements. Work with us and well welcome you into an inclusive culture, one that invests in your continuous learning and development, and gives you access to a wide breadth and depth of experience. What you will be doing: Define requirements for gas path aerothermal, ensuring an accurate and complete flow-down and capture of higher-level requirements. Define concepts for gas path aerothermal systems that meet requirements and evaluate using appropriate analytical methods to support accurate trades and optimised concept selection. Integrate gas path aerothermal systems through interaction with all adjacent areas across the organisation to deliver optimised systems. Perform appropriate verification and validation activity to ensure that requirements have been correctly met and that gas path aerothermal related aspects meet expectations. Identify opportunities for improvement in tools, methods and processes and support capability team in development and deployment of enhanced capability. Who we are looking for: Master's or PhD in Mechanical, Thermal or Aeronautical Engineering. Other qualifications, in combination with relevant experience, may also be considered. Demonstrated experience in turbomachinery aerodynamic design and analysis. Strong technical knowledge in mechanical design methodologies and have an understanding of cross-discipline engineering concepts. Strong fundamentals in Fluid dynamics, heat transfer, aerodynamics, thermodynamics. Manage and execute complex flow solutions (reacting and non-reacting flows) using CFD and other analytical tools and methods. Exposure to tools like ICEM CFD, Space claim, design modeller, ansys meshing, Fluent, Starccm, CFX, Open foam, UG-NX, flowmaster, Matlab, Python etc will be an added advantage. Highly numerate with strong technical and analytical skills, problem-solving ability and capable of systems level thinking. Excellent communication and inter-personal skills, and will need to be able to contribute effectively in a team environment. Join us & help Rolls-Royce to become a high-performing, competitive, resilient business. The professional level and salary of the position will be dependent on the skills and experience of the successful candidate.

An exciting opportunities for Component Design Engineers have arisen to influence and shape the future of the Defence business in India. The roles involve working with business and external stakeholders to support the delivery of key programme milestones thus enabling the delivery of our Defence Combat strategy. In this role, you will create innovative, world-class Fans, Compressors, Combustor, Turbines, Power Transmission, Structures or Externals designs that operate at the extremes of technology and deliver solutions that satisfy customer requirements by balancing product attributes. You will be working with multi-disciplinary teams and using design tools such as PLM (Product Lifecycle Management), CAD (NX) and DFMEA (Design Failure Mode Effect Analysis). Your solutions need to be cost-effective, align to project milestones and take into account the full product lifecycle (such as manufacture, assembly, operation, repair, test and disposal). What we offer We offer excellent development opportunities, a competitive salary, and exceptional benefits. These include bonus, employee support assistance and employee discounts. Your needs are as unique as you are. Hybrid working is a way in which our people can balance their time between the office, home, or another remote location. Its a locally managed and flexed informal discretionary arrangement. As a minimum were all expected to attend the workplace for collaboration and other specific reasons, on average three days per week. Why Rolls-Royce? At Rolls-Royce, we pioneer the power that matters to our customers, to society and to the planet. We’re a leading global player in the defence aero engine market. From combat to transport, trainers to helicopters, we provide 16,000 military engines and pioneering service solutions to 160 customers in 103 countries. To ensure we continue to be pioneers of our industry, Rolls-Royce has a team of over 16,500 engineers around the globe. They include everyone from world experts in their field to those who manage hundreds of people and millions of pounds worth of investments. Future Programmes UK and International is at the heart of securing the future growth of the Defence business. We are delivering tomorrows technology fast, by bringing together the company’s best engineers, programme managers and business professionals. Working in partnership with Governments, primes, and new technology companies across the globe, we deliver future solutions to meet the customers emerging requirements. Work with us and we’ll welcome you into an inclusive culture, one that invests in your continuous learning and development, and gives you access to a wide breadth and depth of experience. What you will be doing: Collaborating across Engineering Disciplines, including Verification, Manufacturing and Services. Ensuring design solutions are tolerant of the environment in which they operate. Use systems engineering, robust design, optimisation, integration and innovative tools and processes to achieve the solutions. Defining the mechanical and functional system, sub-systems, and components to meet customer requirements. Responding to the issues identified during validation and supporting in-service operation of the existing system and sub-systems. Having technical responsibility of the solutions throughout the technical approval process. Who we are looking for: Bachelor's or Master's in Mechanical or Aeronautical Engineering. Other qualifications, in combination with relevant experience, may also be considered. Good understanding of Gas Turbine Engine design processes and methods. Familiar with digital design tools for 3D parametric modelling and design, analysis, and automation of design processes. Experience of Robust Design, Design for Manufacture (DfM), Systems Engineering philosophies and practical application would be advantageous. Highly numerate with strong technical and analytical skills, problem-solving ability and capable of systems level thinking. Excellent communication and inter-personal skills, and will need to be able to contribute effectively in a team environment.

An exciting opportunity for Component Design Engineers have arisen to influence and shape the future of the Defence business in India. The roles involve working with business and external stakeholders to support the delivery of key programme milestones thus enabling the delivery of our Defence Combat strategy. In this role, you will create innovative, world-class Fans, Compressors, Combustor, Turbines, Power Transmission, Structures or Externals designs that operate at the extremes of technology and deliver solutions that satisfy customer requirements by balancing product attributes. You will be working with multi-disciplinary teams and using design tools such as PLM (Product Lifecycle Management), CAD (NX) and DFMEA (Design Failure Mode Effect Analysis). Your solutions need to be cost-effective, align to project milestones and take into account the full product lifecycle (such as manufacture, assembly, operation, repair, test and disposal). Why Rolls-Royce? At Rolls-Royce, we pioneer the power that matters to our customers, to society and to the planet. Were a leading global player in the defence aero engine market. From combat to transport, trainers to helicopters, we provide 16,000 military engines and pioneering service solutions to 160 customers in 103 countries. To ensure we continue to be pioneers of our industry, Rolls-Royce has a team of over 16,500 engineers around the globe. They include everyone from world experts in their field to those who manage hundreds of people and millions of pounds worth of investments. Future Programmes UK and International is at the heart of securing the future growth of the Defence business. We are delivering tomorrows technology fast, by bringing together the companys best engineers, programme managers and business professionals. Working in partnership with Governments, primes, and new technology companies across the globe, we deliver future solutions to meet the customers emerging requirements. Work with us and well welcome you into an inclusive culture, one that invests in your continuous learning and development, and gives you access to a wide breadth and depth of experience. What you will be doing: Collaborating across Engineering Disciplines, including Verification, Manufacturing and Services. Ensuring design solutions are tolerant of the environment in which they operate. Use systems engineering, robust design, optimisation, integration and innovative tools and processes to achieve the solutions. Defining the mechanical and functional system, sub-systems, and components to meet customer requirements. Responding to the issues identified during validation and supporting in-service operation of the existing system and sub-systems. Having technical responsibility of the solutions throughout the technical approval process. Who we are looking for: Bachelor's or Master's in Mechanical or Aeronautical Engineering. Other qualifications, in combination with relevant experience, may also be considered. Good understanding of Gas Turbine Engine design processes and methods. Familiar with digital design tools for 3D parametric modelling and design, analysis, and automation of design processes. Experience of Robust Design, Design for Manufacture (DfM), Systems Engineering philosophies and practical application would be advantageous. Highly numerate with strong technical and analytical skills, problem-solving ability and capable of systems level thinking. Excellent communication and inter-personal skills, and will need to be able to contribute effectively in a team environment. Join us & help Rolls-Royce to become a high-performing, competitive, resilient business. The professional level and salary of the position will be dependent on the skills and experience of the successful candidate.

An exciting opportunities for Component Design Engineers have arisen to influence and shape the future of the Defence business in India. The roles involve working with business and external stakeholders to support the delivery of key programme milestones thus enabling the delivery of our Defence Combat strategy. In this role, you will create innovative, world-class Fans, Compressors, Combustor, Turbines, Power Transmission, Structures or Externals designs that operate at the extremes of technology and deliver solutions that satisfy customer requirements by balancing product attributes. You will be working with multi-disciplinary teams and using design tools such as PLM (Product Lifecycle Management), CAD (NX) and DFMEA (Design Failure Mode Effect Analysis). Your solutions need to be cost-effective, align to project milestones and take into account the full product lifecycle (such as manufacture, assembly, operation, repair, test and disposal). Why Rolls-Royce? At Rolls-Royce, we pioneer the power that matters to our customers, to society and to the planet. Were a leading global player in the defence aero engine market. From combat to transport, trainers to helicopters, we provide 16,000 military engines and pioneering service solutions to 160 customers in 103 countries. To ensure we continue to be pioneers of our industry, Rolls-Royce has a team of over 16,500 engineers around the globe. They include everyone from world experts in their field to those who manage hundreds of people and millions of pounds worth of investments. Future Programmes UK and International is at the heart of securing the future growth of the Defence business. We are delivering tomorrows technology fast, by bringing together the companys best engineers, programme managers and business professionals. Working in partnership with Governments, primes, and new technology companies across the globe, we deliver future solutions to meet the customers emerging requirements. Work with us and well welcome you into an inclusive culture, one that invests in your continuous learning and development, and gives you access to a wide breadth and depth of experience. What we offer We offer excellent development opportunities, a competitive salary, and exceptional benefits. These include bonus, employee support assistance and employee discounts. Your needs are as unique as you are. Hybrid working is a way in which our people can balance their time between the office, home, or another remote location. Its a locally managed and flexed informal discretionary arrangement. As a minimum were all expected to attend the workplace for collaboration and other specific reasons, on average three days per week. What you will be doing: Collaborating across Engineering Disciplines, including Verification, Manufacturing and Services. Ensuring design solutions are tolerant of the environment in which they operate. Use systems engineering, robust design, optimization, integration and innovation tools and processes to achieve the solutions. Defining the mechanical and functional system, sub-systems, and components to meet customers' requirements. Responding to the issues identified during validation and supporting in-service operation of the existing system and sub-systems. Having technical responsibility of the solutions throughout the technical approval process. Who we are looking for: Bachelor's or Master's in Mechanical or Aeronautical Engineering. Other qualifications, in combination with relevant experience, may also be considered. Good understanding of Gas Turbine Engine design processes and methods. Familiar with digital design tools for 3D parametric modelling and design, analysis, and automation of design processes. Experience of Robust Design, Design for Manufacture (DfM), Systems Engineering philosophies and practical application would be advantageous. Highly numerate with strong technical and analytical skills, problem-solving ability and capable of systems level thinking. Excellent communication and inter-personal skills, and will need to be able to contribute effectively in a team environment.

Roles and Responsibilities: Work with offshore and global teams to understand project scope including analysis domain, boundary condition, material models, type of analysis etc. Active Coordinator for multiple groups that include Design, Aerodynamics and Structures teams for Project specific inputs Ability to work autonomously and prioritize multiple projects Review technical presentations, interpret the results and present the same to Customer Expertise in dealing with Design and Technical Discipline reviews Responsible for ensuring 100% quality and on-time delivery Conduct project review meetings to share the lessons learned and best practices to the team to improve the quality Responsible for providing alternative solutions on field issues Responsible for process improvements by developing Automation tools Work on complex CAE problems to assist product development Prepare Technical proposals and Business cases for new process improvement areas Perform Design Modifications as per need and validating the same with FEA Demonstrate Excellent Technical, Project Management, Interpersonal and Problem solving skills Mandatory skills: Minimum 6 years of experience in Stress analysis of Aero engine components (Rotors, Cases, Stators and Externals) using commercial Finite Element Analysis tool. Expertise in handling various structural analysis tools preferably ANSYS Classic, Ansys Workbench, Hypermesh etc 2D & 3D Finite Element modeling of simple, moderate and complex components (Hexahedral & tetrahedral elements) using ANSYS-APDL or Workbench Linear and non-linear static stress analysis (Geometric, Material and contact Linearity) using ANSYS-APDL or Workbench Modal, Harmonic and transient Dynamic stress analysis using ANSYS-APDL or Workbench Strength, stability and Durability of components Damage tolerance analysis to estimate fracture life Should able to develop/modify APDL Macros Should able to build/update FE Models in HyperMesh. Desired Skills: Experience in scripting using Matlab, VB,TCL/Tk, Python is an added advantage Knowledge of Hand Calculations, Standards and Design codes is an added advantage Basic Knowledge of CAD tools is and added advantage Roles and Responsibilities Execute Stress analysis projects of Aero engine components (Rotors, Cases, Stators and Externals) using ANSYS-APDL or Workbench independently.

Job description: Roles and Responsibilities Minimum 3+ years of experience in Stress analysis-Aero Engine. Should have a basic knowledge in FEA 2D & 3D Finite Element modelling of simple, moderate and complex components Linear and non-linear static stress analysis (Geometric, Material and contact Linearity) HCF/LCF ,fracture mechanics, Modal, Harmonic and transient Dynamic stress analysis Strength, stability and Durability of components Damage tolerance analysis to estimate fracture life Should able to build/update FE Models in Hyper-Mesh. Strong analytical and problem-solving skills. Excellent communication and presentation abilities. Required Qualifications Experience in mechanical design & analysis of aircraft engine models Postgraduate in Mechanical Engineering or Aerospace engineering with excellent academic background In-depth understanding of mechanical engineering fundamentals Proficiency in application of ANSYS ,HYPERMESH, Unigraphics, software and Siesta is added advantage Strong oral and written communication skills Ability to meet stringent deadlines and commitments