15 Modal Analysis Jobs

Create software requirements Create Software Design as per organization process standards Develop software according to the guidelines e.g. setting up the project environment, Software requirements and software design Perform static code analysis, to comment and document the code, to correct the coding faults Create and execute test cases according to the specifications Meet the required process quality goals while performing the test Integrate the created Software modules according to the integration plan Define, execute the integration tests and document the results Meet the required process quality goals while performing the test

Web App Pentesting SAST DAST and API. Static/dynamic testing of mobile applications Static Code analysis Vulnerability Assessment Penetration Testing

Job Information Job Opening ID ZR_1879_JOB Date Opened 15/04/2023 Industry Technology Job Type Work Experience 3-5 years Job Title Sr. Engineer - Embedded C, Automotive City Pune Province Maharashtra Country India Postal Code 411002 Number of Positions 2 Create software requirements Create Software Design as per organization process standards Develop software according to the guidelines e.g. setting up the project environment, Software requirements and software design Perform static code analysis, to comment and document the code, to correct the coding faults Create and execute test cases according to the specifications Meet the required process quality goals while performing the test Integrate the created Software modules according to the integration plan Define, execute the integration tests and document the results Meet the required process quality goals while performing the test check(event) ; career-website-detail-template-2 => apply(record.id,meta)" mousedown="lyte-button => check(event)" final-style="background-color:#2B39C2;border-color:#2B39C2;color:white;" final-class="lyte-button lyteBackgroundColorBtn lyteSuccess" lyte-rendered=""> I'm interested

Role & responsibilities Responsible for undertaking finite element analysis (FEA) for welded Structures. Good experience of FEA, Meshing, Results interpretation with good structural understanding. Conduct FEA or other structural/thermal analysis, including static or dynamic stress analysis, modal analysis, and fatigue analysis. Identify potential critical challenges and failure modes including collaborating with other engineering teams to identify risks. Make recommendations to the design to improve their functional performance and reliability. Work with test engineers to perform verification and validation of the simulation results. Work with test engineers to develop/conduct FEA simulations to verify appropriateness of test methods. Prepare technical reports of results. Through understanding of Kinematics calculations of construction equipment machines. Competencies Excellent understanding of fundamental mechanics and structural finite element analysis (FEA). Experience with Ansys workbench CAE software. Ability to differentiate and utilize both system and subsystem analysis techniques to evaluate complex interactions. Ability to define DOEs and analyze the influence of design parameters to optimize the product design for a given application. Interested candidate revert me at [HIDDEN TEXT] or can reach me 9560495550.

Associate Technical Leader /Sr Project Engineer - CAE (FEA - Ansys WB skills with core engine experience) Perform linear & non-linear stress analysis, Modal & Modal scaling, fatigue analysis, Bolted joint analysis, Sealing analysis, Nonlinear contact analysis, Topology Optimization, Cylinder Head fatigue analysis to evaluate HCF/LCF/S3T margins to handle critical FIRG issue. Test Plan Creation and to support new product development, current analysis and failure analysis. Thermo-Mechanical Fatigue Analysis of Cylinder Head | Bore Deformation Analysis Thermo-Mechanical Fatigue Analysis of Exhaust Manifold. Engine Block Fatigue Analysis. Topology Optimization (Ansys Optimization / OptiStruct) Must have experience in above any one of the domain. Sound experience in various types of FEA: Linear, Non-linear, Dynamic (Modal / Harmonic / PSD), Thermal (Steady state / Transient) Good skillsets in FEA tools (ANSYS and ANSYS-Workbench preferred, Exposure to Optistruct will be advantage). Strong understanding of FE theory. Skills : - FEA, Ansys Workbench, Engine, Gasket, Cylinder head/ block, piston, Camshaft, Crankshaft, Rocker, Static , Dynamic , Fatigue, Modal, durability, vibration analysis.

Associate Technical Leader /Sr Project Engineer - CAE (FEA - Ansys WB skills with core engine experience) Perform linear & non-linear stress analysis, Modal & Modal scaling, fatigue analysis, Bolted joint analysis, Sealing analysis, Nonlinear contact analysis, Topology Optimization, Cylinder Head fatigue analysis to evaluate HCF/LCF/S3T margins to handle critical FIRG issue. Test Plan Creation and to support new product development, current analysis and failure analysis. Thermo-Mechanical Fatigue Analysis of Cylinder Head | Bore Deformation Analysis Thermo-Mechanical Fatigue Analysis of Exhaust Manifold. Engine Block Fatigue Analysis. Topology Optimization (Ansys Optimization / OptiStruct) Must have experience in above any one of the domain. Sound experience in various types of FEA: Linear, Non-linear, Dynamic (Modal / Harmonic / PSD), Thermal (Steady state / Transient) Good skillsets in FEA tools (ANSYS and ANSYS-Workbench preferred, Exposure to Optistruct will be advantage). Strong understanding of FE theory. Skills : - FEA, Ansys Workbench, Engine, Gasket, Cylinder head/ block, piston, Camshaft, Crankshaft, Rocker, Static , Dynamic , Fatigue, Modal, durability, vibration analysis.

Geometry Debugging: Ability to understand the 2D and 3D geometries and modify/correct them for the FE modeling using NX and other CAD softwares - Discuss with customer for any inputs and queries on the CAD geometries to avoid any ambiguities in project planning and execution FE Model Build: Convert the geometry files to the shell, T-shell and solid FE models as per the requirement using Hypermesh and ANSA - Should have strong skills in generating very high quality FE models as per project/program requirements - Possess mandatory knowledge on all the quality standards of the FE modeling with strong understanding of Engineering Judgement - Provide proper estimations and target timelines for the projects involving FE modeling with necessary resource planning and allocations Static & Modal Analysis in NASTRAN: Perform Modal,static and dynamic analysis using NASTRAN as per the project needs - Carefully assess the results and provide post processed reports with engineering/technology perspective solutions for the customer - Should have strong hand-calculation skills in Engineering Mechanics, Solid Mechanics and Rotor Dynamics Crash/Impact Evaluations: Extensive experience in working on Crash/dynamic analysis problems using LS-Dyna for 3D/2D FE models - Ability to handle any impact problem independently by creating input decks, and solving them using LS-Dyna solver with good debugging skills - Possess good knowledge on SMP and MPP solvers and their use-cases - Expertise on Post processing the output results and properly documenting them as per the problem needs for the customer. Learning and Development: Should be able to learn the technical details of systems quickly and impart their expertise to the development of project SME: Take active roles as SME to participate in the technical discussions in Cyient to provide suggestions and directions as and when required Training: Always willing to train the next generation of engineers in technical and professional domains for sustained development of the team Mentorship: Guide and mentor junior resources and interns on the tools of engineering imparting domain knowledge to perform project tasks with minimal supervision Customer Interaction: Proactively communicate with the Onsite customers/stake holders to help with the smooth execution of the projects, building confidence in both parties

About The Role : Primary Skill: Proficient in FEA using Ansys mechanical, Hypermech, Nastran 3 D Cad knowledge is must Experience in geomtry preparation and meshing Knowledge of industry's best practices in FEA Secondary Skill: Knowledge in programming languages like python

Entity:- Accenture Industry X Practice:- Aero Engineering (Aerostructure) Title:-Engineering Services Senior Analyst - L10 Role:- Stress Analysis Job location:- Bangalore About Industry X:- Industry X combines Accenture's powerful digital capabilities with deep engineering and manufacturing expertise. We use the power of data and digital to help our clients reimagine the products they make, and how they make them. By connecting engineering and manufacturing operations every step of the way - from how products are designed and engineered, sourced and supplied, manufactured, to how they are serviced and renewed, we help them achieve greater productivity, drive growth and meet their sustainability commitments Know more:- www.youtube.com/watch?v=XaLxTEI3atI WHAT'S IN IT FOR YOU? Performs static stress analysis or fatigue and damage tolerance analysis of aircraft structures using a broad range of standard hand, legacy and harmonized methods, responsible for checking various types of aircraft components and assemblies:Door Surround Structures, Side and Lower Shells, Pax and Cargo Floors, Skins, stringers, various clips, fasteners, joints and fittings etc. To support Sizing & Justification phase. What you would do in this role Experience in Sizing and justification of metallic/Composite primary and secondary aircraft structural components. Experience in Door Surround Structures/Side shells/PAX floors. Experience in GFEM/DFEM(2D and3D) creation, validation, and condensation Good knowledge of airframe static stress analysis including analytical calculation methods (HSB/Niu/Bruhn) and finite element-based analysis. Stress analysis of Metallic and Composite Aircraft Structural components using FEM, ISAMI and Hand Calculations. Experience in ISAMI based analysis (CFH, MFH, CFA, CSPS, LUG, DT TI and EI, Notch sensitivity/Open Hole, Unfolding). Experience in Buckling and Modal Analysis. Experience in engineering tools, (ISAMI, Hypermesh, NASTRAN, PATRAN, MS Office). Experience Sizing/Justification of aircraft components by providing the solution to the problem. Good Knowledge on CATIA and experience in reading assembly drawings Strong Technical Report (Stress Dossier) writing skills. Training and Guiding the Juniors to execute the tasks. Stress tasks quality check Qualification Who are we looking for? 5 to 9 years of Aerostructure Stress Analysis Experience Location:Bangalore Education:BE/M.Tech in Mechanical, Aerospace, Aeronautical Engineering or relevant subject Ability to work individually and Guide the team. Supporting continuous improvement initiatives to increase team efficiency. Highly preferred primary and secondary structure experience with good knowledge of tools and methods. Hypermesh, Nastran/Patran, ISAMI Having VBA/Python programming is an added advantage. Accenture is an equal opportunities employer and welcomes applications from all sections of society and does not discriminate on grounds of race, religion or belief, ethnic or national origin, disability, age, citizenship, marital, domestic or civil partnership status, sexual orientation, gender identity, or any other basis as protected by applicable law.

Entity:- Accenture Industry X Practice:- Aero Engineering (Aerostructure) Title:-Engineering Services Senior Analyst - L10 Role:- Stress Analysis Job location:- Bangalore About Industry X:- Industry X combines Accenture's powerful digital capabilities with deep engineering and manufacturing expertise. We use the power of data and digital to help our clients reimagine the products they make, and how they make them. By connecting engineering and manufacturing operations every step of the way - from how products are designed and engineered, sourced and supplied, manufactured, to how they are serviced and renewed, we help them achieve greater productivity, drive growth and meet their sustainability commitments Know more:- www.youtube.com/watch?v=XaLxTEI3atI WHAT'S IN IT FOR YOU? Performs static stress analysis or fatigue and damage tolerance analysis of aircraft structures using a broad range of standard hand, legacy and harmonized methods, responsible for checking various types of aircraft components and assemblies:Door Surround Structures, Side and Lower Shells, Pax and Cargo Floors, Skins, stringers, various clips, fasteners, joints and fittings etc. To support Sizing & Justification phase. What you would do in this role Experience in Sizing and justification of metallic/Composite primary and secondary aircraft structural components. Experience in Door Surround Structures/Side shells/PAX floors. Experience in GFEM/DFEM(2D and3D) creation, validation, and condensation Good knowledge of airframe static stress analysis including analytical calculation methods (HSB/Niu/Bruhn) and finite element-based analysis. Stress analysis of Metallic and Composite Aircraft Structural components using FEM, ISAMI and Hand Calculations. Experience in ISAMI based analysis (CFH, MFH, CFA, CSPS, LUG, DT TI and EI, Notch sensitivity/Open Hole, Unfolding). Experience in Buckling and Modal Analysis. Experience in engineering tools, (ISAMI, Hypermesh, NASTRAN, PATRAN, MS Office). Experience Sizing/Justification of aircraft components by providing the solution to the problem. Good Knowledge on CATIA and experience in reading assembly drawings Strong Technical Report (Stress Dossier) writing skills. Training and Guiding the Juniors to execute the tasks. Stress tasks quality check

Entity:- Accenture Industry X Practice:- Aero Engineering (Aerostructure) Title:- Engineering Services Specialist - L9 Role:- Stress Analysis Job location:- Bangalore About Industry X:- Industry X combines Accenture's powerful digital capabilities with deep engineering and manufacturing expertise. We use the power of data and digital to help our clients reimagine the products they make, and how they make them. By connecting engineering and manufacturing operations every step of the way - from how products are designed and engineered, sourced and supplied, manufactured, to how they are serviced and renewed, we help them achieve greater productivity, drive growth and meet their sustainability commitments Know more:- www.youtube.com/watch?v=XaLxTEI3atI WHAT'S IN IT FOR YOU? Performs static stress analysis or fatigue and damage tolerance analysis of aircraft structures using a broad range of standard hand, legacy and harmonized methods, responsible for checking various types of aircraft components and assemblies:Door Surround Structures, Side and Lower Shells, Pax and Cargo Floors, Skins, stringers, various clips, fasteners, joints and fittings etc. To support Sizing & Justification phase. What you would do in this role Experience in Sizing and justification of metallic/Composite primary and secondary aircraft structural components. Experience in Door Surround Structures/Side shells/PAX floors. Experience in GFEM/DFEM(2D and3D) creation, validation, and condensation Good knowledge of airframe static stress analysis including analytical calculation methods (HSB/Niu/Bruhn) and finite element-based analysis. Stress analysis of Metallic and Composite Aircraft Structural components using FEM, ISAMI and Hand Calculations. Expertise in ISAMI based analysis (CFH, MFH, CFA, CSPS, LUG, DT TI and EI, Notch sensitivity/Open Hole, Unfolding). Expertise in Buckling and Modal Analysis. Strong technical aptitude, including applicable engineering tools, (ISAMI, Hypermesh, NASTRAN, PATRAN, MS Office). Expertise in Sizing/Justification of aircraft components by providing the mitigation solution for critical components. Good Knowledge on CATIA and experience in reading assembly drawings Strong Technical Report (Stress Dossier) writing and checking skills. Building, Leading, and guiding the team to execute the tasks. Stress quality check and Delivery responsibility. Training the resources to fill the knowledge gap. Qualification Who are we looking for? Overall 9 to 12 years of experience in Aerostructure domain Minimum 9 years of Aerostructure Stress Experience Location:Bangalore Education:BE/M.Tech in Mechanical, Aerospace, Aeronautical Engineering or relevant subject Ability to Guide, work and lead the team. Supporting continuous improvement initiatives to increase team efficiency. Ability to liaise and with the teams across the department including Design and Stress. Highly preferred A350/A350F primary and secondary structure experience with good knowledge of tools and methods. Hypermesh, Nastran/Patran, ISAMI Having VBA/Python programming is an added advantage. Accenture is an equal opportunities employer and welcomes applications from all sections of society and does not discriminate on grounds of race, religion or belief, ethnic or national origin, disability, age, citizenship, marital, domestic or civil partnership status, sexual orientation, gender identity, or any other basis as protected by applicable law.

Entity:- Accenture Industry X Practice:- Aero Engineering (Aerostructure) Title:- Engineering Services Specialist - L9 Role:- Stress Analysis Job location:- Bangalore About Industry X:- Industry X combines Accenture's powerful digital capabilities with deep engineering and manufacturing expertise. We use the power of data and digital to help our clients reimagine the products they make, and how they make them. By connecting engineering and manufacturing operations every step of the way - from how products are designed and engineered, sourced and supplied, manufactured, to how they are serviced and renewed, we help them achieve greater productivity, drive growth and meet their sustainability commitments Know more:- www.youtube.com/watch?v=XaLxTEI3atI WHAT'S IN IT FOR YOU? Performs static stress analysis or fatigue and damage tolerance analysis of aircraft structures using a broad range of standard hand, legacy and harmonized methods, responsible for checking various types of aircraft components and assemblies:Door Surround Structures, Side and Lower Shells, Pax and Cargo Floors, Skins, stringers, various clips, fasteners, joints and fittings etc. To support Sizing & Justification phase. What you would do in this role Experience in Sizing and justification of metallic/Composite primary and secondary aircraft structural components. Experience in Door Surround Structures/Side shells/PAX floors. Experience in GFEM/DFEM(2D and3D) creation, validation, and condensation Good knowledge of airframe static stress analysis including analytical calculation methods (HSB/Niu/Bruhn) and finite element-based analysis. Stress analysis of Metallic and Composite Aircraft Structural components using FEM, ISAMI and Hand Calculations. Expertise in ISAMI based analysis (CFH, MFH, CFA, CSPS, LUG, DT TI and EI, Notch sensitivity/Open Hole, Unfolding). Expertise in Buckling and Modal Analysis. Strong technical aptitude, including applicable engineering tools, (ISAMI, Hypermesh, NASTRAN, PATRAN, MS Office). Expertise in Sizing/Justification of aircraft components by providing the mitigation solution for critical components. Good Knowledge on CATIA and experience in reading assembly drawings Strong Technical Report (Stress Dossier) writing and checking skills. Building, Leading, and guiding the team to execute the tasks. Stress quality check and Delivery responsibility. Training the resources to fill the knowledge gap.

Role : FEA Engineer (Ansys) Experience : 4-9 Years Work location : Whitefield, Bangalore, work from office 5 days a week. Education Qualification : BE/B.Tech in Mechanical Engineering Mode of interview : 1 st Level Virtual and 2 nd Level F2F at our Bangalore office. Requirements: Proficient in ANSYS Workbench and ANSYS Classic. Experienced in Static, Nonlinear, Dynamic, Explicit, Rotor Dynamics, and Composite Analysis. Skilled in SpaceClaim and DesignModeler. Strong background in hand calculations and weld calculations. Excellent written and verbal communication skills. Capable of working independently without support from peers. Committed to maintaining company-defined quality standards. Strong presentation and communication skills. Well-versed in ASME, API, EN, and BS standards. Knowledge of HyperMesh and Abaqus is a plus. Ability to parameterize models and develop macros. Roles & Responsibilities: 1. Simulation and Analysis Perform structural, thermal, dynamic, and fatigue analysis using FEA tools Develop and validate finite element models for components, assemblies, and full systems. Conduct linear and nonlinear analysis, including static, transient, and modal analysis. Perform crash, impact, and durability simulations, depending on industry requirements. 2. Model Preparation and Meshing Create high-quality finite element meshes to ensure accurate and efficient simulations. Simplify complex geometries while maintaining model accuracy. Apply appropriate boundary conditions, loads, and constraints. 3. Design Optimization Work closely with design and product development teams to optimize product structures. Suggest material changes, thickness adjustments, and structural modifications to improve performance. Support lightweighting and cost-reduction initiatives. 4. Documentation and Reporting Prepare detailed technical reports, including methodology, assumptions, and results. Present findings to stakeholders and provide design recommendations. Maintain FEA documentation for future reference and regulatory compliance. About Creative Synergies Group: Global technology services company 40+ Fortune 500 clients 95% revenue from US, Europe, Japan based customers. Current Verticals: Transportation, Energy/Process Industry, Industrial Products, Hi-Tech Product Engineering Services (PES): Digital, Embedded, Mechanical Services Plant Engineering Services (Oil & Gas/ Process / Chemical Industries) Manufacturing Engineering Services (Discrete Manufacturing Industries) Founded by former Michigan State University professor, former Wipro (NYSE: WIT) EDS Chief Executive and serial entrepreneur Dr. Mukesh Gandhi Locations: Headquartered in the U.S., multiple centers of delivery excellence in India (Bengaluru, Pune), branch offices in Germany, the U.K, the Netherlands, and Japan. Culture: Creative is run on a culture of positivity, entrepreneurial spirit, customer centricity, teamwork, and meritocracy

Job Requirements 15+ years experience in Condition Monitoring of Turbo Machines and Rotating Equipment conversant in Online and Periodic offline monitoring of heavy duty Turbo Machines such as Compressors and Turbines Expert in Reliability, Engineering and Technical specialist support, Maintenance, troubleshooting, Condition and performance monitoring, advanced diagnostics, in large Oil and Gas, LNG, Petrochemical plants. ISO 18436 CAT-3 certified , experience System 1 Evo, Operation and Maintenance support, monitoring asset condition and performance, vibration analysis, fault finding, reliability, availability calculations and monthly reporting of equipment health and surveillance with corrective actions, improvements, to bad actor eliminations, and reliability and performance enhancement solution implementation. Technical authority and support in SAFE chart analysis, cause and effect analysis, Risk analysis according to RAM matrix, Review of PFD and P&IDs, HAZOP analysis, FEA analysis, Alarm and trip logics, Startup-shutdown sequence, control and trip sequence of Major Rotating equipment, systems, auxiliaries. Proficient in Rotor Dynamic and stability Analysis, rotor integrity tests, installation, commissioning, acceptance testing and approval. FAT & SAT procedure and acceptance criteria. Compliance to international standards, local regulations and standards, company policies and procedures. Experience in Root cause (failure) analysis (RCA), MTBF, FME(C)A, criticality analysis, RCM, Review of existing maintenance (REM) practices for setting strategy, Major equipment trip analysis and reporting with solutions recommendations, improved reliability, and performance enhancements. Examples of typical tasks that need to be executed Support and maintain day-to-day reliable operations and minimize equipment out of service. Develop and manage rotating PM (Preventive Maintenance) programs, evaluating equipment performance, recommending improvements and new technologies. Review and update the critical spare part list under your area and performing cataloguing activities. Provide technical supports to repair and overhaul of rotating equipment such as dismantling, diagnosing, assembling, testing and issue related technical reports. Support field installation, maintenance and repair of rotating equipment. Preforming technical investigation for repair jobs to identify root cause of failure, corrective repair actions and share the lesson learned to stake holders. Providing technical input for purchasing specifications including technical proposal evaluation. Providing technical support to the operation team during the entire lifecycle of the rotating equipment, analyzing their performances, operative conditions and boundaries, in order to guarantee reliable and safe operations. Performing reliability studies and preparing proposals for MOC to improve system effectiveness in terms of reliability. Managing a team for analysis of vibration data to investigate, troubleshoot rotating equipment problems using Prognost, GE System1 & MHM Build and manage the database of rotating equipment as condition monitoring perspective. Periodic monitoring of changes in levels of machinery vibration and fault diagnoses. Monitoring all field parameters related to lube oil system, seal system and others i.e. identifying if seal leaks, low lube oil level, abnormal sounds, oil leaks, process leak in such a way looking in overall condition of the rotating asset by proper condition monitoring. Collaboration with customer reliability specialists and central planners to prioritize repairs to identified equipment deficiencies. Preparation of weekly & monthly flash reports for machine condition. Reports any major changes in equipment condition and generate remedial action report. Assist in site acceptance test runs and commissioning new rotating equipment. Conduct Lube oil analysis of critical rotating equipments and generating recommendation reports Troubleshooting of bad actor equipment at plant. Troubleshooting and monitoring mechanical seals (wet seals and DGS) performance. Work Experience On-line Monitoring Off-line Monitoring Bearing Analysis Maintenance Basic RCFA Oil Analysis Rotor Dynamics Modal Analysis MTBF Reliability Ultrasound Bump Test Dynamic Balancing Asset Optimization Troubleshooting Laser Alignment NDT Basics Tests Thermography

Project Role : Manufacturing Engineering Practitioner Project Role Description : Define processes to fabricate, assemble, inspect and test new products and machines based on production engineering and design principles. Define the supporting tools and fixtures needed for production. Develop procedures, product specifications and define the quality standards and inspection methods. Must have skills : Aircraft Structural Analysis Good to have skills : NA Minimum 3 year(s) of experience is required Educational Qualification : Bachelors or Masters degree in Mechanical or Aerospace or Structural engineering Summary :As an Aircraft Structural Analysis Manufacturing Engineering Practitioner, you will be responsible for defining processes to fabricate, assemble, inspect, and test new products and machines based on production engineering and design principles. Your typical day will involve developing procedures, product specifications, and defining quality standards and inspection methods for aircraft structural analysis. WHAT'S IN IT FOR YOU? Performs static stress analysis or fatigue and damage tolerance analysis of aircraft structures using a broad range of standard hand, legacy and harmonized methods, responsible for checking various types of aircraft components and assemblies:Door Surround Structures, Side and Lower Shells, Pax and Cargo Floors, Skins, stringers, various clips, fasteners, joints and fittings etc. To support Sizing & Justification phase. What you would do in this role Experience in Sizing and justification of metallic/Composite primary and secondary aircraft structural components. Experience in Door Surround Structures/Side shells/PAX floors. Experience in GFEM/DFEM(2D and3D) creation, validation, and condensation Good knowledge of airframe static stress analysis including analytical calculation methods (HSB/Niu/Bruhn) and finite element-based analysis. Stress analysis of Metallic and Composite Aircraft Structural components using FEM, ISAMI and Hand Calculations. Experience in ISAMI based analysis (CFH, MFH, CFA, CSPS, LUG, DT TI and EI, Notch sensitivity/Open Hole, Unfolding). Experience in Buckling and Modal Analysis. Experience in engineering tools, (ISAMI, Hypermesh, NASTRAN, PATRAN, MS Office). Experience Sizing/Justification of aircraft components by providing the solution to the problem. Good Knowledge on CATIA and experience in reading assembly drawings Strong Technical Report (Stress Dossier) writing skills. Training and Guiding the Juniors to execute the tasks. Stress tasks quality check Who are we looking for? 5 to 9 years of Aerostructure Stress Analysis Experience Location:Bangalore Education:BE/M.Tech in Mechanical, Aerospace, Aeronautical Engineering or relevant subject Ability to work individually and Guide the team. Supporting continuous improvement initiatives to increase team efficiency. Highly preferred primary and secondary structure experience with good knowledge of tools and methods. Hypermesh, Nastran/Patran, ISAMI Having VBA/Python programming is an added advantage. Qualification Bachelors or Masters degree in Mechanical or Aerospace or Structural engineering