85 Fatigue Analysis Jobs

Role Overview: Siemens Energy is dedicated to helping customers address the world's most critical energy challenges. As a global leader in advanced engineering technologies, we aim to enhance lives and advance human achievements while also safeguarding the environment. By joining our team, you can contribute to meaningful work that benefits society and human progress. At Siemens Energy, the focus is on "Energizing society" by assisting customers in transitioning to a more sustainable world through innovative technologies and the ability to bring ideas to life. Key Responsibilities: - Able to conduct various types of FE Analysis such as static, transient, linear, nonlinear, fatigue (LCF/HCF), and thermal analyses as required. - Perform high-temperature creep calculations and assessments. - Interpret analysis results, propose design modifications, and optimize designs. - Participate in and lead structural integrity design reviews at the component level. - Prepare and document FE calculations in the form of structural integrity design reports. Qualifications Required: - Good understanding of mechanical engineering principles. - Proficiency in turbine design and manufacturing. - Strong grasp of FEA principles and methods. - Experience with FEA software like ANSYS, ABAQUS is preferred but not mandatory. - Ability to work both independently and collaboratively within a team. - Excellent problem-solving and analytical skills. Additional Company Details: Siemens is a global organization with a diverse workforce of over 379,000 individuals across more than 200 countries. We are committed to equality and encourage applications that reflect the diversity of the communities we serve. Employment decisions at Siemens are made based on qualifications, merit, and business requirements. Join us with your curiosity and creativity to help shape a better tomorrow.,

Job Requirements Performing linear and nonlinear structural analysis using ANSYS Mechanical (APDL) with minimal supervision Learn, 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. Following Internal review process Participating in the status meeting and communicating with the clients as and when required. Maintaining 100% OTD and FTY=1 Work Experience Must have 2+ years of experience in FE Analysis using ANSYS Classic Should have Good Knowledge in Linear & Non-Linear Static, Dynamic, and Thermo-mechanical analysis involving Materials, Geometric & Contact Non-linearity’s 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. Experience in NX UG tool will be a plus. Desired Tool Skills: ANSYS APDL HYPERMESH SIESTA

Responsible for performing structural analysis of aircraft components, assemblies, and systems while working as a coordinated team Structural analysis includes calculation of loads, Static analysis, Fatigue analysis, Damage-Tolerance analysis, and Vibration analysis Evaluate structural integrity of aircraft components by way of classical hand calculations and, finite element method Generate documentation to report analysis and, test results to support certification/qualification Support Gated Reviews to validate the quality and completeness of work packages Familiar with regulatory framework (FAA and Mil-Spec), for warranting safety and regulatory compliance

Dear Candidate , Greetings from Metrics Numero Talent Acquisition Team !!! MetricsNumero was founded with the goal of creating a centre of excellence that provides high-quality services in Aerospace , Mechanical, SAP, Microsoft, AI/ML, EDW-BI & Data Analytics, Cloud services Mechanical Engineering & Design, ERP and Banking solutions to a wide range of industries globally. Our driving force is to provide innovative solutions to complex business problems. We are specialized in Software Advisory & Consultation. We are a growing and dynamic MNC having head office in Kolkata, India with branch offices in Bengaluru, Kolkata and international offices in Chicago (USA) and Toronto (Canada). We are serving and delivering IT solutions to customers in India and worldwide. Experience : 7+ Years Job Location : Bangalore Preferred Skills : Must have relevant Stress Analysis experience in Aerospace Domain. Should have good experience in Aero Structure Analysis Able to analyse stress (Static or Fatigue) and perform hand calculation Experience with FEM (Hyper works /Nastran /Patran)

As a Mechanical Engineer specializing in thermal and structural analysis for Defence/Aerospace applications, you will play a crucial role in predicting temperature distribution, heat transfer, and thermal stress in mechanical components and systems. You will utilize tools such as Ansys Icepak, Solidworks flowsimulation, and Flotherm XT to conduct thermal analysis and optimize cooling strategies to ensure components operate within specified temperature limits. Collaborating with design engineers, you will optimize product designs for thermal and structural performance while adhering to project timelines. Your responsibilities will include performing structural analysis through finite element analysis (FEA), fatigue analysis, and modal analysis to assess structural integrity and ensure designs meet performance and safety criteria. You will identify opportunities for weight reduction and material optimization without compromising structural integrity or thermal performance. Additionally, you will generate technical reports and presentations summarizing analysis results, insights, and recommendations for design improvements. In this role, you will support testing and validation efforts by defining test plans, analyzing test data, and correlating results with simulation models. Evaluating the impact of thermal stresses on structural integrity, you will recommend design modifications to improve performance and reliability. It is essential to stay current with industry trends, advancements in analysis techniques, and emerging technologies to continuously enhance analysis methodologies. To qualify for this position, you must hold a Bachelor's degree in Mechanical Engineering or a related field and possess 6 to 9 years of proven experience in performing thermal and structural analysis in Defence/Aerospace sectors. Proficiency with thermal analysis tools such as Ansys workbench (Linear & Non-Linear analysis) is required, along with a strong background in finite element analysis (FEA) and other structural analysis methods. Proficiency in CAD software (SolidWorks, CREO & Ansys Space claim) for creating and modifying 3D models is essential. Strong analytical and problem-solving skills with attention to detail are crucial for success in this role. You should be able to work independently and as part of a multidisciplinary team, demonstrating effective communication skills to present technical information clearly and concisely. Your ability to prepare comprehensive technical reports, documentation, and presentations summarizing analysis methods, results, and recommendations for internal stakeholders and clients will be key to your success. Maintaining accurate records of simulations, assumptions, and boundary conditions used in analysis is also a fundamental aspect of this position.,

The role of a Multi Body Dynamics CAE Analyst requires a technically skilled and hands-on individual who can comprehend the simulation requirements of a given MBD problem. You should be capable of identifying the relevant physics and developing or applying MBD simulation methods to solve the problem through commercially available tools or by creating custom programs using programming languages. As an Analyst, you need to work independently, be self-motivated, possess good communication, presentation, and negotiation skills, and excel as a team player. Your key responsibilities will include conducting Vehicle level multibody dynamics (MBD) simulations using tools like ADAMS-view/ADAMS-car to assess and enhance performance requirements. You will also be responsible for performing sub-system level and vehicle level MBD analysis such as Multibody Dynamics (MBD) Model build for KnC analysis, Full vehicle Ride and Handling Simulations, Load management simulations. Additionally, you will evaluate design proposals to identify performance gaps and risks, recommend design modifications, optimize performance using analytical tools, collaborate with stakeholders for project updates and enhancements, deliver detailed reports on MBD results, ensure adherence to project timelines, and more. You will engage with various internal stakeholders including HOD for project reviews, CAE BSC Performance Review, Team Lead for goal setting & review, CAE Domain Leads, and participate in discussions on Patents filing, Copyrights, and Notarizations with IPR. Your interactions with external stakeholders will include software suppliers/vendors for tech trend discussions and participation in technical events, seminars, and conferences to stay updated on industry advancements. To be successful in this role, you should hold an ME/M.Tech degree with an MBD CAE background, possess 8-10 years of hands-on CAE simulations experience in the Automotive OEM industry, and demonstrate a strong understanding of Mechanical and ICE/EV Automotive Engineering principles. You must have knowledge of CAE/CFD fundamentals, experience in developing automated workflows and improving CAE simulation efficiency, proficiency in tools like Adams view, Adams car, MATLAB, and basic programming knowledge of C++/Python. Additionally, skills in vehicle dynamics, suspension systems, steering systems designs, fatigue analysis, and project management will be essential for this role.,

Job Purpose Provides engineering solutions as part of a SSE project taskforce, in accordance with TechnipFMC standards, procedures, processes, schedules, and budget, with a continuous concern for quality, targets, and customer satisfaction. Will be responsible for structural integrity, timeliness and cost effectiveness of all designs under their control and shall ensure that all design and design activities meet the requirements of the project and are fit for purpose. Independently perform structural design and analysis and supervise structural engineers performing design and analysis. Create and review technical engineering documents. Manage project design reviews and constructability reviews. Provide sound engineering advice on subsea structural analysis and design to ensure efficient and cost-effective fabrication, handling and subsea installation. Ensure technical compliance and quality as well as ontimedelivery of all responsible deliverables. Ability to mentor and manage a team of engineers & designers. Attend meetings with project teams and interface with clients and be able to provide engineering recommendations and solutions. Drives innovative solutions to optimize subsea structures and improve efficiency. Demonstrated experience in supporting engineering for subsea projects constrained by safety, quality, delivery, and cost requirements. Travel to and attend site as required to guide, inspect or oversee fabrication of structural items. You are meant for this job if: BS degree in Engineering preferred or equivalent with 3 to 5 years of experience in the field. Sound understanding of Engineering practices, design methods & calculations. Experience in mentoring, leading a team of engineers & delivering projects. Experience in structural steel design preferably in Offshore and Subsea field (Accordance with applicable industry code DNV / ASME / API, etc.) and fatigue analysis. Experience in reviewing engineering designs, documents, layouts, calculations and interpreting FEA/ structural analysis results. Strong knowledge of engineering discipline and physical modeling techniques (solid mechanics, strength of material, fluid dynamics) is required. Strong technical basis in engineering Experience in SACS / other beam element software. Knowledge in Finite element experience on ANSYS / Abaqus software. Ability to work in a team-oriented environment. Strong written and verbal communication skills in English with ability to effectively transfer subject matter expertise. Skills Project Management Presentation Skills Analysis and Problem Solving

As a Lead Associate-FE Analysis at Genpact, you will play a crucial role in maintaining and creating Tableau dashboards while ensuring data accuracy and resolving any report extraction issues. Your rich experience in FE modeling using ANSYS (Workbench & APDL) and HYPERMESH, along with expertise in Static (Linear and Non-Linear) Analysis, Dynamic analysis, and HCF/LCF fatigue analysis will be instrumental in analyzing various mechanical components" systems and sub-systems. Additionally, knowledge of Composites and Fatigue analysis would be advantageous. Your responsibilities will include utilizing your skills in FE modeling, dynamic analysis, and fatigue analysis to enhance the performance and reliability of mechanical components. Excellent communication and presentation skills will be key in effectively conveying your findings and recommendations to stakeholders. To excel in this role, you should hold a Bachelor's degree in Mechanical Engineering or an equivalent field. Preferred skills include knowledge of ABAQUS, Patran, and Nastran, which will further strengthen your capabilities in FE analysis. Join us at Genpact, where you will have the opportunity to work with a global team of professionals dedicated to delivering innovative solutions that drive business outcomes. If you are passionate about leveraging your expertise in FE analysis to make a meaningful impact, we invite you to apply for this exciting opportunity. Genpact is committed to creating a world that works better for people, and as a Lead Associate-FE Analysis, you will be at the forefront of shaping a future where data, technology, and AI converge to transform leading enterprises. Take the next step in your career with us and be part of a dynamic team that values curiosity, agility, and the pursuit of lasting value for our clients.,

As a Lead Consultant-FE Engineer at Genpact, you will play a crucial role in maintaining and creating tableau dashboards while ensuring data accuracy and resolving any report extraction issues. Your expertise in FE modelling using ANSYS (Workbench & APDL) and HYPERMESH, as well as experience in Static (Linear and Non-Linear) and Dynamic analysis, will be essential in analyzing various mechanical components and systems. Additionally, your knowledge of HCF/LCF fatigue analysis, composites, and fatigue analysis will be highly valued. Your responsibilities will include: - Demonstrating rich experience in FE modelling using ANSYS and HYPERMESH - Conducting Static (Linear and Non-Linear) and Dynamic analysis - Performing HCF/LCF fatigue analysis - Analyzing various mechanical components and systems - Possessing knowledge of Composites, Fatigue analysis (an added advantage) - Demonstrating good communication and presentation skills Qualifications we seek in you: - Minimum Qualification: BE in Mechanical Engineering or Equivalent Preferred Skills: - Knowledge in ABAQUS, Patran, Nastran If you are passionate about leveraging your skills in engineering, analysis, and communication to drive impactful outcomes, we invite you to join our team as a Lead Consultant-FE Engineer at Genpact.,

Greetings from HCLTech..! Responsible for performing structural analysis of aircraft components, assemblies, and systems while working as an integrated team • Structural analysis includes calculation of loads, Static analysis, Fatigue analysis, Damage-Tolerance analysis, and Vibration analysis •Evaluate structural integrity of aircraft components by way of classical hand calculations and, finite element method •Generate documentation to report analysis results to support certification Basic Qualifications: •Bachelors or Masters in Mechanical/Aerospace engineering •5-10 years of relevant experience •Experience with structural analysis of metallic and composite various airframe structures • Experience is providing the Quality Notification Stress dispositions and well wersed with the repair methedologies •Experience with static and fatigue analysis •Robust understanding of engineering fundamentals such as material properties, Free-body diagrams, loads and, analysis methods • Experience in utilizing FEM software (e.g., PATRAN/NASTRAN, Hyperworks) •Candidate demonstrates excellent analytical and problem-solving skills •Good verbal and written communication skills to liaise with several Stakeholders •Ability to work across functional teams and organizations

Roles and Responsibilities: Collaborate with offshore and global teams to understand project scope, including analysis domain, boundary conditions, material models, and types of analysis. Act as a key coordinator across multiple groups such as Design, Structures and Aerodynamics, and to gather project-specific inputs. Manage multiple projects independently, demonstrating strong prioritization and time management skills. Review and interpret technical presentations and analysis results, and effectively communicate findings to customers. Lead and support Design and Technical Discipline reviews. Ensure 100% quality and timely delivery, especially in handling NCs, QNs, and OTCs. Conduct project review meetings to share lessons learned and best practices to enhance team performance and quality. Provide alternative solutions for field issues and support root cause analysis. Drive process improvements through the development of automation tools. Perform design modifications and validate them using Finite Element Analysis (FEA). Exhibit strong technical, project management, interpersonal, and problem-solving skills. Mandatory skills: 6 years of experience in stress analysis of mechanical aerospace components using ANSYS APDL/Workbench, HyperMesh, or OptiStruct. Proficient in F&DT and lifing processes for structural components. Experience handling NCs, QNs, and OTCs. Solid understanding of FEA theory, solid mechanics, machine design, and fatigue analysis. Skilled in 2D & 3D finite element modeling (Hexahedral & Tetrahedral elements). Expertise in linear and non-linear static stress analysis, modal, harmonic, and transient dynamic analysis using ANSYS tools. Knowledge of strength, stability, durability, and damage tolerance analysis. Ability to develop/modify APDL macros and build/update FE models in HyperMesh. Desired Skills: Familiarity with structural component lifing tools. Experience in scripting languages such as MATLAB, VB, TCL/Tk, or Python. Knowledge of hand calculations, engineering standards, and design codes. Basic proficiency in CAD tools. Roles and Responsibilities Roles and Responsibilities: Collaborate with offshore and global teams to understand project scope, including analysis domain, boundary conditions, material models, and types of analysis. Act as a key coordinator across multiple groups such as Design, Structures and Aerodynamics, and to gather project-specific inputs. Manage multiple projects independently, demonstrating strong prioritization and time management skills. Review and interpret technical presentations and analysis results, and effectively communicate findings to customers. Lead and support Design and Technical Discipline reviews. Ensure 100% quality and timely delivery, especially in handling NCs, QNs, and OTCs. Conduct project review meetings to share lessons learned and best practices to enhance team performance and quality. Provide alternative solutions for field issues and support root cause analysis. Drive process improvements through the development of automation tools. Perform design modifications and validate them using Finite Element Analysis (FEA). Exhibit strong technical, project management, interpersonal, and problem-solving skills. Mandatory skills: 6 years of experience in stress analysis of mechanical aerospace components using ANSYS APDL/Workbench, HyperMesh, or OptiStruct. Proficient in F&DT and lifing processes for structural components. Experience handling NCs, QNs, and OTCs. Solid understanding of FEA theory, solid mechanics, machine design, and fatigue analysis. Skilled in 2D & 3D finite element modeling (Hexahedral & Tetrahedral elements). Expertise in linear and non-linear static stress analysis, modal, harmonic, and transient dynamic analysis using ANSYS tools. Knowledge of strength, stability, durability, and damage tolerance analysis. Ability to develop/modify APDL macros and build/update FE models in HyperMesh. Desired Skills: Familiarity with structural component lifing tools. Experience in scripting languages such as MATLAB, VB, TCL/Tk, or Python. Knowledge of hand calculations, engineering standards, and design codes. Basic proficiency in CAD tools.

Roles and Responsibilities: Perform FEA on aero engine components using ANSYS Classic/Workbench, following standard simulation practices. Deliver analysis results on time with full compliance to team lead expectations, especially for NCs, QNs, and OTCs. Conduct static and non-linear analysis of metallic/ composite aero components including material, geometric, and contact behaviors. Create detailed stress analysis reports and perform self-review to ensure quality and accuracy. Should work on Aero engine components using ANSYS classic/ Workbench Execute a standard FEA process for aero engine components and deliver results on time set by team lead with 100%, especially NCs, QNs, and OTCs. Exhibit a proactive attitude, strong communication skills, and self-learning capability. Understand and follow structural analysis quality processes and engineering workflows. Apply strong fundamentals in mechanical engineering, solid mechanics, fatigue, and machine design. Perform design modifications and validate them using Finite Element Analysis (FEA). Exhibit strong technical, interpersonal and problem-solving skills. Provide alternative solutions for field issues and support root cause analysis. Mandatory skills: 3 to 5 years of experience in stress analysis of mechanical aerospace components using ANSYS APDL/Workbench/HyperMesh/OptiStruct. Proficient in F&DT and lifing processes for structural components. Experience handling NCs, QNs, and OTCs. Solid understanding of FEA theory, solid mechanics, machine design, and fatigue analysis. Skilled in 2D & 3D finite element modeling (Hexahedral & Tetrahedral elements). Expertise in linear and non-linear static stress analysis, modal, harmonic, and transient dynamic analysis using ANSYS tools. Knowledge of strength, stability, durability, and damage tolerance analysis. Ability to modify APDL macros, update FE models in Hypermesh Desired Skills: Familiarity with structural component lifing tools. Experience in scripting languages such as MATLAB, VB, TCL/Tk, or Python. Knowledge of hand calculations, engineering standards, and design codes. Basic proficiency in CAD tools. Roles and Responsibilities Roles and Responsibilities: Perform FEA on aero engine components using ANSYS Classic/Workbench, following standard simulation practices. Deliver analysis results on time with full compliance to team lead expectations, especially for NCs, QNs, and OTCs. Conduct static and non-linear analysis of metallic/ composite aero components including material, geometric, and contact behaviors. Create detailed stress analysis reports and perform self-review to ensure quality and accuracy. Should work on Aero engine components using ANSYS classic/ Workbench Execute a standard FEA process for aero engine components and deliver results on time set by team lead with 100%, especially NCs, QNs, and OTCs. Exhibit a proactive attitude, strong communication skills, and self-learning capability. Understand and follow structural analysis quality processes and engineering workflows. Apply strong fundamentals in mechanical engineering, solid mechanics, fatigue, and machine design. Perform design modifications and validate them using Finite Element Analysis (FEA). Exhibit strong technical, interpersonal and problem-solving skills. Provide alternative solutions for field issues and support root cause analysis. Mandatory skills: 3 to 5 years of experience in stress analysis of mechanical aerospace components using ANSYS APDL/Workbench/HyperMesh/OptiStruct. Proficient in F&DT and lifing processes for structural components. Experience handling NCs, QNs, and OTCs. Solid understanding of FEA theory, solid mechanics, machine design, and fatigue analysis. Skilled in 2D & 3D finite element modeling (Hexahedral & Tetrahedral elements). Expertise in linear and non-linear static stress analysis, modal, harmonic, and transient dynamic analysis using ANSYS tools. Knowledge of strength, stability, durability, and damage tolerance analysis. Ability to modify APDL macros, update FE models in Hypermesh Desired Skills: Familiarity with structural component lifing tools. Experience in scripting languages such as MATLAB, VB, TCL/Tk, or Python. Knowledge of hand calculations, engineering standards, and design codes. Basic proficiency in CAD tools.

As the ideal candidate for this role, you will be responsible for planning and executing root cause analysis for general field issues. This includes actively identifying causes and implementing cost-effective solutions, utilizing SCADA and meteorological data for performance assessments. You will also be required to conduct aeroelastic load calculations specific to site conditions to validate assessments and perform load assessment tasks within service projects. Your role will involve optimizing controller functions, contributing to the design of different components in a multidisciplinary team, and documenting results in technical reports. Additionally, you will support service projects and adhere to Nordex project management guidelines while also aiding in the continuous improvement of toolchain and methodologies. To qualify for this position, you should hold an M.Sc. or equivalent in Mechanical Engineering, Physics, or a related field with a specialization in dynamics, simulation, or renewable energy. Previous experience in project management related to aerodynamic simulation is essential. Proficiency in dynamic simulations of complex systems using tools like Bladed, Alaska, HawcStab, Flex5, and familiarity with fatigue analysis methodologies and structural dynamics is required. Any additional skills in automation tools would be beneficial. Being a strong team player with excellent interpersonal skills, effective communication abilities, and adaptability to a dynamic work environment are crucial for success in this role.,

Dear Candidate, Job Title: Aerostructure Stress Analyst Positions : Stress Analysis Engineer Work Location : Bengaluru India Employment Type: Full-Time Experience Level : 3-5 Years Department: Product Engineering Services (PES) Aero Structural Analysis Job Summary We are seeking a highly motivated Aerostructure Stress Analyst to join our engineering team. The ideal candidate will be responsible for performing structural analysis of aircraft components and assemblies to ensure safety, performance, and compliance with aerospace standards. This role involves working closely with design, manufacturing, and certification teams to support the development and validation of airframe structures. Key Responsibilities Perform hand calculations and classical stress analysis to support design decisions. Conduct static, fatigue, and damage tolerance analysis of metallic and composite aerostructures Knowledge of Aircraft Primary & Secondary Structures. Robust understanding of engineering fundamentals such as material properties, Free-body diagrams, loads and, analysis methods Performing structural analysis of aircraft components, assemblies, and systems while working as an integrated team Structural analysis includes calculation of loads, Static analysis, Fatigue analysis and Vibration analysis Develop and validate Finite Element Models (FEM) using tools like NASTRAN, ANSYS, or HyperMesh

Entity: Production & Operations Job Family Group: Engineering Group Job Description: About bp: bp Technical Solutions India (TSI) center in Pune, strives to build on bps existing engineering and technical strengths to deliver high quality services to its hydrocarbons and new energy businesses worldwide. TSI brings together diverse engineering capability to provide technical services across a range of areas including engineering, maintenance, optimization, data processes, projects and subsurface, to deliver safe, affordable and lower emission energy, while continuously innovating how we work. At bp, were reimagining energy for people and our planet. Were leading the way in reducing carbon emissions and developing more balanced methods for solving the energy challenge. Were a team with varied strengths of engineers, scientists, traders and business professionals determined to find answers to problems. And we know we cant do it alone. Were looking for people who share our passion for reinvention, to bring fresh opinions, ambition, and to challenge our thinking in our goal to achieve net zero! Let Me Tell You About The Role Provision of mechanical engineering expertise and judgment in service of the global programs, operating facilities, brownfield site projects and assets, collaborating with offshore and onshore facilities regional squads to ensure efficient resolution of all issues that require field engineering input. Ensure pragmatic solutions are implemented for management of risk, production efficiency improvement, maintenance, defect elimination and engineering standardization in support of safe, reliable and compliant operations What you will deliver: Provide mechanical engineering (ME) expertise to TAR, Site Projects, Production & Refinery Units and Squads to support safe, reliable, compliant, and efficient operations. Develop effective, safe, and cost conscious technical solutions for assigned Connexus Queries and Regional Actions within specified timeframes, following ongoing instructions, and lead their implementation through eMOC (electronic management of change) with clear communication to key collaborators throughout the process Perform and review sophisticated or non-routine mechanical engineering calculations and analyses. Perform technical review & approval of new equipment purchases Guides in handling the integrity of equipment including piping, pressure vessels, bolting, valves, and heat exchangers. Perform risk and cost benefit analyses to ensure safe and clear value delivery Support TAR and Site Projects Units by coordinating contractor support and addressing sophisticated, multi-discipline technical issues, with a primary focus on mechanical engineering. Lead risk assessments, represent the subject area in HAZIDs, HAZOPs, LOPA, Project HSSE Reviews, and provide feedback on critical equipment deferrals and asset risk management. Provide mechanical engineering expertise in conducting and leading incident and defect investigations. Review and prove that inspection, testing, maintenance, and condition supervising tasks in SAP align with the technical requirements of Equipment Strategies, and handle content updates of these strategies. Analyze equipment performance using process, operator surveillance, maintenance, inspection and condition-monitoring data to ensure equipment is delivering the required performance aligned with the Equipment Strategy, RBM and RBA/RBI work processes and make recommendations for improvement of equipment performance, as required. Record relevant takeaways in shared learning systems, integrate them into local activities, and bring up high-priority lessons. Respond to emerging work based on experience and knowledge when urgent action is needed. Actively supply to BP technical networks and communities of practice, be involved in technical learning-takeaways establish and maintain connections with specialists and engineers across I&E and other areas of bp. Coach and mentor junior team members and set agreed development achievements and actions. What You Will Need To Be Successful Must have educational qualifications: Degree in Mechanical Engineering or equivalent Preferred education/certifications: Chartered Engineer or Professional Engineer or equivalent Minimum years of proven experience: 8 years in oil and gas/petrochemical/refining/chemical or equivalent Total years of experience : 8 15 Years Must have skills (To be hired with): Strong experience and shown understanding of engineering, maintenance and operation of static mechanical equipment, piping in oil & gas processing facilities. Confirmed application of governing codes, industry standards (API, ASME, ISO) and local laws. Confirmed practical application of engineering standards for various mechanical equipment. Field expertise with good track record of multi-discipline integration. Pragmatic decision maker, willing to challenge and ensure engineering values are delivered. Track record of delivery and able to demonstrate effective project technical management and leadership skills. Ability to communicate optimally with all levels of the team, contractors, and leadership. Additional Information: Experience in the use of the following tools would be effective: Implicit Finite Element Analysis tools (ANSYS, Abaqus) Pipe Stress Analysis (Caesar II) Pressure Vessel Design and Analysis Tools (Plant manager, Compress, Finglow) Good to have experiences/skills: Skilled in remote partnership and teamwork Knowledge of process safety and risk management Experience with valve selection, design, operational issues, solving and repair Experience in working with OEMs and vendors on equipment packages Strong experience with piping designs and supports, stress analysis using Caesar, flanged joint designs, integrity assessment and repairs Experience with brownfield modifications, equipment skid packages design, front end engineering, scoping, technical evaluation You will work with Maintenance, Reliability Engineering, other Engineering subject areas Operations personnel Refinery Teams Would you like to discover how our diverse, hard-working people are owning the way in making energy cleaner and better and how you can play your part in our best-in-class team Why join bp At bp, we support our people to learn and grow in a diverse and challenging environment. We believe that our team is strengthened by diversity. We are committed to encouraging an inclusive environment in which everyone is respected and treated fairly. There are many aspects of our employees lives that are meaningful, so we offer benefits to enable your work to fit with your life. These benefits can include flexible working options, a generous paid parental leave policy, and excellent retirement benefits, among others! We will ensure that individuals with disabilities are provided reasonable accommodation to participate in the job application or interview process, to perform essential job functions, and to receive other benefits and privileges of employment. Please contact us to request accommodation. Travel Requirement Up to 10% travel should be expected with this role Relocation Assistance: This role is eligible for relocation within country Remote Type: This position is not available for remote working Skills: Anomaly assessment and management, Defect Elimination, Equipment criticality assessment, Equipment maintenance and inspection strategies, FAT and commissioning, Fatigue Analysis, Fitness for Service, Flanged joint, Integrity Management, Mechanical seals and support systems, Monitoring and data interpretation, Piping, hoses and tubing, Piping vibration, Pressure systems regulatory requirements, Pressure Vessels, Selection and design of pipeline equipment, Stress analysis for integrity and leakage, Valves used for isolation, Wind Turbines Legal Disclaimer: We are an equal opportunity employer and value diversity at our company. We do not discriminate on the basis of race, religion, color, national origin, sex, gender, gender expression, sexual orientation, age, marital status, socioeconomic status, neurodiversity/neurocognitive functioning, veteran status or disability status. Individuals with an accessibility need may request an adjustment/accommodation related to bps recruiting process (e.g., accessing the job application, completing required assessments, participating in telephone screenings or interviews, etc.). If you would like to request an adjustment/accommodation related to the recruitment process, please contact us. If you are selected for a position and depending upon your role, your employment may be contingent upon adherence to local policy. This may include pre-placement drug screening, medical review of physical fitness for the role, and background checks. Show more Show less

Job Title Lead Simulation Job Description Lead Simulation Lead Simulation has responsibility to understand product design requirements, carry out relevant mechanical simulations and provide solutions/ recommendations based on simulation to improve/ optimize product performance. Lead Simulation ensures that he/she abreast with information related to projects, interacts with project team, architects to ensure simulation requirements are captured proactively. He/She needs to network within R&D team to understand opportunities where Simulation can play important role and help to bring simulation first culture for First Time Right solutions. He/ She should be familiar with latest trends in simulation, he should bring outside in perspective to improve and strengthen simulation capabilities within HIC R&D. He/ She should ensure that design improvement/ optimization recommendations provided are in line with manufacturing constraints. In depth knowledge of the Mechanical domain established by an additional training or Masters degree in Mechanical Engineering. Your role: Responsible as a SME (Subject Matter Expert) for simulation of Mobile Surgery products at HIC Responsible to be part of design review team to identify gaps/capability as needed for functional requirements of design. Responsible to provide hand calculations/ simulations for digital verification of design Delegates, coaches and verifies the implementation by Engineers. Provides recommendation for mutual consistency and efficient integration of the separate modules in modular, easy-to-maintain units that meets the product specification. Understands consequences of design by conducting simulations and communicates to the architecture. Ensures that there is proper documentation for his/her simulations. Keeps abreast of technical developments in own field through study of the literature, and technical contacts, and propagates it. Accurate results interpretation and reporting recommendations for design change Brings industry practice and various product perspective for discussion and decision Gains product knowledge at component level, sub-system level and System level to understand design CTQs and its impact Proactive approach and work with designers to gain good understanding of product development pahse and introduce simulation steps Prepare design manual for Simulation tasks Release Designer's guide on simulation methods and results Owns the complete responsibility of component design simulation results Defines, executes and takes the lead in concept and feasibility studies with a limited scope to investigate the usability of new technologies. Contributes to technology roadmaps and other strategic related activities. Takes technological or process related improvements initiatives within the scope of at least the mechanical development group. Contributes to the Work Breakdown Structure/ the planning process of his/her area. Draws up personal schedule and reports on progress. Inspires his team members to get the job done. Performs work in line with the processes that have been agreed in the department. You're the right fit if: Master's Degree in Mechanical Engineering from reputed institute with + 7 years of experience as Simulation Engineer. Working knowledge (10+ yrs) on simulation of complex products involving fabricated, machined, casting and sheet metal parts. Working experience of simulation of complex subassemblies. Experience ins Structural Analysis, Fatigue Analysis Good exposure to MBD - Multi-body dynamics Expertise on various analysis types through simulation and its results interpretation- Static, Dynamic , Harmonic, Thermal, Vibration etc. Knowledge of state-of-the-art in programming and design methods & tools (Simulation - ANSYS, Hyper mesh ). Expertise in pre-processing and Post-processing of ANSYS Experience in AI implementation in FEA would be an added advantage Experience in working in teams. Expertise on results interpretations with engineering fundamentals Ability to present the results, comparison, analogy for senior leadership review Ability to do modular, sub-modular method of analyzing to support conclusions. Knowledge of HW/SW interfaces. Knowledge of reliability required Knowledge and understanding of other disciplines with which co?operation takes place. Knowledge of a specific area of technology or product feature. Good command of English (both written and verbal). Disciplined team worker, ability to work independently and to act pro-actively Analytical, creative, and abstract thinker. Accurate, quality minded and improvement attitude Ability to coach, support and direct the Engineers in a subgroup. Ability to communicate on different levels and is aware of the means and the effect of communication. Is capable to introduce efficiency improvements on project level (change management). Organizational Context Major contacts: Mechanical Architect and Designers Project Manager Supplier Quality Engineer(SQE)/Manufacturing Engr(ME)/Procurement Engr(PE) Subsystem Integration & Test Managers or Test & Release Architects Engineering manager/Department Head Suppliers/External experts and technology institutes How we work together We believe that we are better together than apart. For our office-based teams, this means working in-person at least 3 days per week. Onsite roles require full-time presence in the company's facilities. Field roles are most effectively done outside of the company's main facilities, generally at the customers or suppliers locations. This role is an office-based role. About Philips We are a health technology company. We built our entire company around the belief that every human matters, and we won't stop until everybody everywhere has access to the quality healthcare that we all deserve. Do the work of your life to help the lives of others. . Learn more about . . Discover . . Learn more about . If you're interested in this role and have many, but not all, of the experiences needed, we encourage you to apply. You may still be the right candidate for this or other opportunities at Philips. Learn more about our culture of impact with care . #LI-PHILIN

HCL looking candidate for below JD Job Title - FEA Analyst Exp - 4 to 8 Yrs Primary Skills - ANSYS APDL/ HM, ANSA - Experience in Fatigue analysis, Vibration analysis, Static analysis. Preferably in Powertrain domain.. - Good understanding of Powertrain technology, materials knowledge, awareness of powertrain parts and accessories. - Strong commitment to deliver on time with consistent and strict adherence to quality - Capable of handling non-linear analysis and interpret results to provide design solutions. - Knowledge on optimization, python coding and Matlab are preferable - Be independent, pro-active and continuously strive to improve. - Perform calculation and simulation on powertrain components and systems. - Establish correlation activities to verify the FEA models - Software skill required : Ansys APDL Hypermesh/ANSA Good in presentation and communication skills

About Bp At bp Technical Solutions India (TSI) center in Pune, you will contribute to building on bp's existing engineering and technical strengths to deliver high-quality services to its hydrocarbons and new energy businesses worldwide. TSI brings together diverse engineering capability to provide technical services across a range of areas including engineering, maintenance, optimization, data processes, projects, and subsurface, aiming to deliver safe, affordable, and lower emission energy, while continuously innovating how we work. At bp, we are reimagining energy for people and our planet. We are at the forefront of reducing carbon emissions and developing more balanced methods for addressing the energy challenge. We are a team of engineers, scientists, traders, and business professionals, all dedicated to finding solutions to complex problems. We understand the importance of collaboration and seek individuals who are passionate about reinvention, to bring fresh perspectives, ambition, and to challenge our thinking as we strive to achieve net zero! Intent As a Senior Vibration Engineer, your role is vital in assisting bp's Pressure System Integrity Engineers and Mechanical Engineers in effectively providing activities related to vibration and condition-based monitoring of pipework systems and other equipment on the BP assets. You will work in alignment with the Energy Institute (EI) Guidelines for the Avoidance of Vibration Induced Failure in Process Pipework (AVIFF), BP technical practices and procedures, and other relevant codes and standards to enhance the integrity and reliability of BP's assets. Key Aspects of the Role: Safety: Execute activities safely under the guidance of the Pressure System Engineer and Mechanical Engineer, utilizing Integrity Management (IM) standards and processes to ensure the safety of all operations. Risk Management: Uphold the integrity of operational barriers and deliver a high-quality vibration management program to mitigate risks associated with equipment failure due to vibration. Cost Efficiency: Collaborate with BP teams to foster a cost-competitive environment, enhancing business margins while maintaining a strong commitment to safety and asset integrity. Decision Rights: Equipment Strategy: Collaborate with BP Pressure System Integrity Engineers (PSIE) and Mechanical Engineers to determine the necessity of a specific equipment strategy for vibration monitoring and analysis. Anomaly Assessment and Tracking: Jointly decide with BP PSIE and Mechanical Engineers on the appropriate level of notification for vibration anomalies and the routing of IM anomaly-related activities. Work Management: Work in conjunction with BP PSIE and Mechanical Engineers to make decisions regarding the approval or rejection of work deferral requests, ensuring that work management aligns with operational priorities and risk assessments. Responsibilities - Conduct and review quantitative assessments to evaluate the risk of failure due to vibration in main lines, small-bore connections, and thermowells. - Investigate potential vibration issues identified by BP or during inspections and perform subsequent qualitative assessments as needed. - Develop comprehensive vibration management plans, including scheduling annual and ad hoc surveys. - Perform critical vibration assessments on BP's operational plants and provide expert advice on the implications of the assessment results. - Prepare work packs that align with client policies and procedures. - Analyze survey and monitoring data using appropriate techniques and equipment, or review contractor-provided results, to ensure accuracy and reliability. - Generate technical reports detailing findings and analyses for client review. - Monitor and track vibration anomalies within the BP database, coordinating necessary corrective actions. - Participate in and document discussions at relevant meetings with third parties and BP representatives. - Oversee vibration contractors to ensure the use of proper measurement techniques and adherence to project specifications. - Provide pre- and post-visit briefings to third parties and document the proceedings. - Recommend and procure necessary equipment for current and future projects, ensuring the expansion of the work portfolio. - Formulate Method Statements to guide the installation of vibration equipment and outline testing methodologies. - Manage BP's vibration equipment inventory, maintain usage logs, and verify that all equipment meets specifications and calibration standards. - Mentor junior staff to develop their competencies and meet expected performance levels. - Oversee the daily operations of the department to achieve corporate goals and objectives. - Create and update work procedures and essential documentation to comply with corporate standards. - Act as the Single Point of Accountability (SPA) for addressing all vibration-related issues and inquiries at BP. Education Must have education requirements: - Bachelor's degree in mechanical/structural engineering or equivalent discipline. Experience And Job Requirements Minimum years of relevant experience: - 10+ years of experience specifically in field vibration measurements (pipework or machinery). Must Have Experiences/skills - Knowledge of the EI guidelines (AVIFF) including its Technical modules T5, T6, T7, T10, T11, T12 & T13. - Knowledge of fatigue assessment in accordance with BS7608. - Knowledge of pipework vibration and static mechanical equipment vibration management. - Knowledge of Thermowell Resonance. - Knowledge of the common causes of vibration in the oil/gas sector (Mechanical Excitation, Pulsation, Acoustic VIFF, etc.). - Ability to work in a team to solve problems and be a good communicator, both written and verbal in English. - Proficiency in Microsoft Office. - Ability to read PID, ISO, Hook-Up Drawings and preparation of vibration survey reports. Good to have experiences/skills - Familiarity with Asset Management packages, Vibration Analysis packages like SKF/Bentley Nevada/CSI, Smart Office, ME scope, and Engineering analysis software like Bentley PULS, CAESAR II, ANSYS. Shift Support Working hours (India/AGT shift) to support Business Partners. Why Join Our Team At bp, we encourage our team members to learn and grow in a diverse and challenging environment. We believe that our team is strengthened by diversity and are committed to creating an inclusive environment where everyone is respected and treated fairly. Travel Requirement Up to 10% travel should be expected with this role. Relocation Assistance This role is eligible for relocation within the country. Remote Type This position is not available for remote working. Skills Anomaly assessment and management, Defect Elimination, Equipment criticality assessment, Equipment maintenance and inspection strategies, FAT and commissioning, Fatigue Analysis, Fitness for Service, Flanged joint, Integrity Management, Mechanical seals and support systems, Monitoring and data interpretation, Piping, hoses and tubing, Piping vibration, Pressure systems regulatory requirements, Pressure Vessels, Selection and design of pipeline equipment, Stress analysis for integrity and leakage, Valves used for isolation, Wind Turbines. Legal Disclaimer If you are selected for a position and depending upon your role, your employment may be contingent upon adherence to local policy. This may include pre-placement drug screening, medical review of physical fitness for the role, and background checks.,

Do you aspire to join a prominent engineering consulting company that creates value for customers, people, and societies globally Are you interested in being a part of the expanding offshore wind industry If you are an experienced engineer capable of providing solutions for customers in the offshore wind foundation market, then this opportunity is for you! Our Industry and Energy Team in Chennai is seeking Steel Structural Engineers to join our Offshore structures team. As part of the Wind Energy & Renewables department, you will collaborate with enthusiastic colleagues worldwide, contributing to the rapidly growing offshore wind energy business at COWI. Your role will involve designing steel structures, developing layouts, and general arrangements aligned with project requirements, while ensuring compliance with the latest health and safety standards for offshore wind foundation design. Additionally, you will lead a team of steel engineers, collaborate with various stakeholders, and contribute to technical proposals. To excel in this position, you should possess a Bachelor's or Master's degree in Civil, Structural, Marine Engineering, or a related discipline, along with over 10 years of experience in steel structure design. Your expertise in structural engineering principles, software proficiency, and communication skills will be essential for success in this role. At COWI, we emphasize collaboration, continuous improvement, and adaptation to challenges. We offer training and support to facilitate your integration into projects smoothly. Additionally, we value diversity, inclusion, and personal development, providing a supportive work environment where employees can thrive and grow. If you are looking for a rewarding opportunity to contribute to sustainable solutions in a dynamic work environment, join us at COWI in Chennai and be part of designing the future of offshore wind energy.,

As a Structural Engineer based in Hyderabad, you will be responsible for ensuring the quality assurance within the provisions and guidelines of the project's Quality Assurance system. Your primary focus will be on maintaining personal safety and adhering to safe working practices on the project, while also understanding and following Occupational Health & Safety procedures. To excel in this role, you should have experience working in a structural engineering team within a large multidisciplinary project team. Your previous experience should include minimum facility platform design encompassing substructure, topsides, and bridges. You must possess a comprehensive understanding of structural analysis, covering dynamic loading and resistance, collapse analysis, spectral fatigue analysis, fire and explosion design, reliability-based analysis, and dropped object analysis. Technical expertise is crucial for this position, requiring more than 5-15 years of experience, with a minimum of 3 years of experience using the SACS suite of software. Your background should include conceptual studies, Front-End Engineering Design (FEED), and detailed design of substructures, decks, and bridges, especially in offshore projects like Fixed Offshore Platforms, FPSO, or FLNG. Experience in Jacket design will be considered an added advantage. Having at least 5 years of experience in the Oil and Gas industry is essential for this role. A Bachelor of Engineering degree in Civil/Structural is mandatory for applicants interested in this position.,

Job Description Seeking a highly skilled Aerospace Structural Simulation Engineer with expertise in CAD , CAE tools (CAESAM Desktop for ISAMI) , and physics-based simulations . The ideal candidate will contribute to engineering design , in-service repair analysis , and stress assessment for wing perimeter structures in aerospace applications. Key Responsibilities: Perform structural simulations and stress analysis using CAE tools such as CAESAM Desktop for ISAMI . Support in-service repair evaluations for wing perimeter structures , ensuring compliance with airworthiness standards. Develop and validate physics-based computer simulations for structural integrity and performance. Collaborate with design teams to integrate simulation results into engineering design workflows. Create and maintain detailed CAD models and engineering documentation . Conduct damage tolerance and fatigue analysis for repair scenarios. Qualifications: Bachelor's or Master's degree in Aerospace Engineering , Mechanical Engineering , or related field. 3-7 years of experience in aerospace structural analysis and simulation . Proficiency in CAD tools (e.g., CATIA, Siemens NX) and CAE platforms (especially CAESAM , ISAMI ). Strong understanding of aerospace materials , load paths , and repair methodologies . Experience with computer-aided engineering (CAE) and physics-based simulation tools . Familiarity with aircraft certification standards and in-service support . Preferred Skills: Experience with finite element analysis (FEA) tools like ANSYS , NASTRAN , or HyperMesh . Knowledge of aircraft structural repair manuals (SRMs) . Exposure to digital twin or model-based systems engineering (MBSE) is a plus.

Job Description Highly skilled Stress & Design Engineer with expertise in ISAMI , CATIA , and in-service repair for wing perimeter structures . The ideal candidate will have a strong background in computer-aided engineering (CAE) , CAD modeling , and physics-based simulations , with hands-on experience in structural analysis and repair design for aerospace components. Key Responsibilities: Perform stress analysis and repair design for wing perimeter structures using ISAMI and CAESAM Desktop tools. Develop and validate CAD models using CATIA V5 , ensuring accuracy and compliance with aerospace standards. Conduct physics-based simulations to assess structural integrity and performance under operational loads. Support in-service repair activities by evaluating damage, proposing repair solutions, and preparing engineering documentation. Collaborate with cross-functional teams including design, manufacturing, and maintenance engineering. Ensure all designs and analyses meet regulatory and airworthiness requirements. Maintain detailed records of design iterations, analysis results, and repair procedures. Required Skills & Qualifications: Bachelor's or Master's degree in Aerospace, Mechanical, or Structural Engineering. 5-8 years of experience in aerospace structural design and stress analysis . Proficiency in: ISAMI and CAESAM Desktop CATIA V5 CAD modeling and computer-aided engineering Physics simulations and structural analysis Experience in in-service repair and aircraft maintenance engineering . Strong understanding of aerospace materials , load cases , and fatigue analysis . Preferred Qualifications: Experience with Airbus programs (e.g., A320, A350). Familiarity with airworthiness regulations and repair certification processes . Knowledge of finite element analysis (FEA) tools and methods.

About bp At bp Technical Solutions India (TSI) center in Pune, you will have the opportunity to be part of a team that is dedicated to leveraging bps existing engineering and technical strengths to provide high-quality services to its hydrocarbons and new energy businesses globally. TSI brings together a diverse range of engineering capabilities to offer technical services in areas such as engineering, maintenance, optimization, data processes, projects, and subsurface. Our goal is to deliver safe, affordable, and lower emission energy solutions while continuously innovating our methods of work. At bp, we are committed to reimagining energy for people and our planet. We are at the forefront of efforts to reduce carbon emissions and develop more sustainable approaches to tackling the energy challenge. As part of our team, which comprises engineers, scientists, traders, and business professionals, you will play a crucial role in finding solutions to complex problems. We understand that we cannot achieve our goals alone. We are seeking individuals who share our passion for reinvention and can contribute fresh perspectives, ambition, and the willingness to challenge conventional thinking as we strive to achieve net zero emissions. Role Synopsis: As a Rotating Equipment Engineer at bp TSI, you will be an integral part of the discipline engineering team, providing deep engineering expertise, oversight, judgment, and support to the Production & Operations (P&O) bp Solutions (bpS) - Site Projects Team. You will bring your experience in supporting site-based projects in oil and gas/refinery operations, with a focus on the selection, installation, commissioning, troubleshooting, and maintenance of rotating machinery packages. Your responsibilities will include interpreting P&IDs, datasheets, and technical specifications to ensure alignment with project requirements and industry standards. You will also be involved in executing capital projects, supporting turnaround and shutdown activities, coordinating with multidisciplinary teams, and driving the delivery of project milestones with a hands-on approach to resolving equipment-related issues. What you will deliver: In this role, you will provide Rotating Equipment engineering expertise to the P&O bp Solutions Site Projects teams. You will support hazard identification and risk assessment studies, provide technical oversight and approval of design engineering deliverables, review technical bid analysis, ensure compliance with engineering practices and standards, and conduct quality control checks on equipment delivery. Your responsibilities will also include assisting in the preparation of acceptance tests, recording and sharing relevant learnings, and guiding projects in conducting the right level of Rotating engineering work. What you will need to be successful: To be successful in this role, you must have a Bachelor's Degree in Mechanical Engineering or equivalent, along with 8 to 15 years of relevant experience in oil and gas/petrochemical/refining/chemical industries. You should have strong technical knowledge and experience in the engineering, maintenance, and operation of Rotating equipment, including troubleshooting support, reliability, and equipment lifecycle issues. Additionally, you should possess working knowledge of international standards and codes related to rotating equipment design and selection, along with excellent interpersonal skills and a track record of improving safety and reliability. Why Join our team: By joining our team at bp, you will have the opportunity to learn and grow in a diverse and challenging environment. We believe in the strength of diversity and are committed to creating an inclusive environment where everyone is respected and treated fairly. We offer a range of benefits, including an open and inclusive culture, work-life balance, learning and development opportunities, life and health insurance, medical care packages, and more. Please note that this role may require up to 10% travel and is not eligible for remote working.,

As a Steel Structural Engineer, your primary responsibility will be to design steel structures including internal/external platforms, boat landings, topsides, access arrangements, anode cages, etc. Your designs should be innovative and effective while meeting project requirements. You will also be tasked with developing layouts and general arrangements of secondary steel, creating analytical models, conducting calculations, preparing reports, and defining specifications in compliance with the latest health and safety standards for offshore wind foundation design. In this role, you will lead a team of steel engineers and collaborate with BIM engineers, Project Managers, Discipline Leads, and other stakeholders on conceptual, FEED, and detailed design projects. Additionally, you will play a key role in knowledge transfer and contribute to technical proposals. To excel in this position, you should hold a Bachelor's or Master's degree in Civil, Structural, Marine Engineering, or a related field. You must have 8-15 years of experience in designing steel structures and connections. Your track record should demonstrate your application of structural engineering principles, hand calculations/sketches, and knowledge of fabrication/construction processes to develop efficient designs that adhere to design standard requirements such as European, NORSOK, American, Indian, or other international standards. The ideal candidate will possess the ability to work independently and lead a team of engineers to deliver work packages. Effective communication skills in English are essential, as you will be coordinating across disciplines and engaging with stakeholders both in person and remotely. Proficiency in reviewing 3D CAD models in software like Tekla, Revit, Navisworks, or similar tools is preferred. Moreover, familiarity with advanced engineering concepts such as Fatigue, Dynamics, Non-Linear analyses, and experience with software packages like Robot, STAAD-PRO, IDEA StatiCa, Abaqus, or equivalent will be advantageous.,

As an FEA Analyst in the Oil & Gas domain, you will be responsible for conducting Structural/Thermo-structural/Fatigue analysis using your deep expertise. Your primary duties will include having a solid understanding of strength of materials, failure criteria, and engineering mechanics. You should be skilled in using Ansys Workbench, developing macros with Ansys APDL, and proficient in Structural (Linear and Non-Linear), Thermo-structural, and Fatigue Analysis. The ability to work with large assemblies and exposure to API 6A is desirable but not mandatory. Your role will involve performing FEA activities such as Pre-Processing, Solution, and Post-Processing, as well as conducting Hand Calculations and preparing simulation reports. To excel in this role, you are expected to bring expertise in FEA Fundamentals, a strong command of engineering tools and systems, excellent stakeholder engagement and communication skills, as well as a critical thinking and problem-solving mindset. If you are passionate about making a difference in the Oil & Gas domain through your FEA analysis skills, we invite you to apply for this opportunity. If you meet the qualifications and are excited about this role, please submit your application or share your updated profile including details such as Current CTC, Expected CTC, and Notice period to venkateshp@hcltech.com.,