88 Fe Analysis Jobs

This role involves the development and application of engineering practice and knowledge in the following technologiesDesign of mechanical systems, devices, equipment and machines; installing and maintaining mechanically functioning equipment; simulating a wide range of interactions and evaluate performance in real world scenarios; and develop prototype for manufacturability, testing and validation. - Grade Specific Focus on Mechanical and Physical Engineering. Develops competency in own area of expertise. Shares expertise and provides guidance and support to others. Interprets clients needs. Completes own role independently or with minimum supervision. Identifies problems and relevant issues in straight forward situations and generates solutions. Contributes in teamwork and interacts with customers.

Role Crash Analyst Side Impact Expert Visit our website bmwtechworks.in to know more. Follow us on LinkedIn I Instagram I Facebook I X for the exciting updates. About the UNIT/ Unit Overview Virtual Validation Unit (CAE) Location Pune Experience: 15 to 25 years Number of openings One What awaits you/ Job Profile Job requires to have g ood exposure to full vehicle side impact virtual validation and testing, improving car body designs to exhibit top class side impact crashworthiness What should you bring along Good exposure to full vehicle side impact virtual validation Familiarity with side impact regulations all across world Expert using LS-Dyna, Ansa/Metapost, Animator, Pamcrash Should have good handle on Crash meshing Have good verbal and written communication skills Side impact testing experience will be added advantage Must have technical skill LS-Dyna, Ansa, Metapost, Animator, knowledge of side impact regulations worldwide Good to have Technical skills Crash physical testing exposure

Responsibilities & Key Deliverables To perform FE Modelling, measured against the QC checklist. To perform FE Analysis Linear & Non-Linear, Contacts & Implicit. To analyse the test results, compared with the earlier simulation data. To check the percentage of Correlation with the physical Test data. To improve the DVP by reducing the gap between the physical Test vs Simulation. To provide design recommendations to meet the Acceptance criteria. Experience 8 to 12 years Industry Preferred Automotive Qualifications B. Tech (Mechanical Engineering)/M. Tech (Machine Design/Design Engineering) General Requirements To have knowledge on HyperMesh, Optistruct & Abaqus Linear and Nonlinear(Contact Analysis) To have knowledge on Nonlinear Contact Analysis using Abaqus To have hands-on Experience in using Abaqus (Implicit & Explicit) To have good attitude and communication skills

You should have a minimum of 6-20 years of experience in Heat Exchanger/Pressure Vessel Design. It is important that you are well-versed with ASME Pressure Vessel codes such as ASME SEC VIII Div. 1 & 2, Section II A & D, TEMA, API, etc. Proficiency in using PV Elite and other pressure vessel design software is required. Experience in Finite Element Analysis and ANSYS Software will be an added advantage. Your responsibilities will include checking drawings of Pressure Vessels, Heat Exchangers, Reactor Internals, etc. Therefore, knowledge of Weld symbols, Geometric dimensioning, and tolerances is essential. Strong communication skills are necessary as you will be interacting with clients, AI, and vendors globally. You should be able to work on multiple projects simultaneously and ensure the timely completion of engineering activities. Having familiarity with the specifications of major process licensors and EPC in the Oil and Gas industry is beneficial. You should be capable of understanding specifications, raising technical queries, and managing material technical delivery conditions effectively.,

Project Role : Engineering Services Practitioner Project Role Description : Assist with end-to-end engineering services to develop technical engineering solutions to solve problems and achieve business objectives. Solve engineering problems and achieve business objectives using scientific, socio-economic, technical knowledge and practical experience. Work across structural and stress design, qualification, configuration and technical management. Must have skills : Aircraft Structural Analysis Good to have skills : NAMinimum 2 year(s) of experience is required Educational Qualification : 15 years full time education Summary :We are seeking an experienced Aircraft Structures Engineer to join our dynamic aerospace engineering team. The successful candidate will be responsible for the analysis, evaluation, and optimization of aircraft structural components, ensuring compliance with industry standards, safety regulations, and performance specifications.The role involves utilizing advanced engineering software and analytical methods to conduct structural analysis and stress evaluations. A strong background in aerospace structural engineering is essential, including extensive knowledge of materials, structural mechanics, and finite element analysis (FEA) tools. The ideal candidate will possess, Excellent problem-solving skills, Strong attention to detail and strong ability to manage multiple projects simultaneously Roles & Responsibilities:Serve as key team member for structural analysis and stress evaluationsIndependent technical; deliveries, training and guide teamPerform analysis using HyperWorks, ISAMI, Nastran/PatranPrepare and review stress certification dossiersCreate, validate, and integrate GFEM/DFEM modelsA350/A350F experience with OEM tools/methods preferred Professional & Technical Skills: Proficient in primary and secondary structural analysis for A320SA, A350, and A350F programs.Experienced in stress analysis of metallic and composite aircraft structures using ISAMI (CFH, MFH, CFA/MFA, MSP, CSPS, DT TI, DT EI, Unfolding, Crippling Junctions and Joints) as well as classical hand calculations.Extensive hands-on experience with HyperWorks, ISAMI, and Nastran/Patran for structural analysis and simulation.Proficient in the creation, validation, and condensation of GFEM/DFEM models.Adept at technical communication and coordination with customers, ensuring alignment with engineering requirements.Experienced in mentoring and technically guiding team members, including delivering training sessions.Competent in the preparation and peer-review of stress certification dossiers in compliance with regulatory and customer requirements.Additional skills include programming with VBA/Python and proficiency in CATIA, enhancing automation and CAD integration capabilities.Strong ability to perform and accurately interpret both automated and manual stress calculations.Demonstrated understanding of static compliance with customer and airworthiness authority requirements.Proficient in metallic/composite structure stress analysisExpertise in specific tools/methodologiesStrong manual/automated stress calculation and airworthiness complianceEffective communication, mentoring, and leadershipProgramming (VBA/Python) and CATIA knowledge is advantageous Additional Information:2-5 years' aerostructure stress analysis experience15 years full-time educationBased in Bengaluru Qualification 15 years full time education

Project Role : Engineering Services Practitioner Project Role Description : Assist with end-to-end engineering services to develop technical engineering solutions to solve problems and achieve business objectives. Solve engineering problems and achieve business objectives using scientific, socio-economic, technical knowledge and practical experience. Work across structural and stress design, qualification, configuration and technical management. Must have skills : Aircraft Structural Analysis Good to have skills : NAMinimum 5 year(s) of experience is required Educational Qualification : 15 years full time education Summary :We are seeking an experienced Aircraft Structures Engineer to join our dynamic aerospace engineering team. The successful candidate will be responsible for the analysis, evaluation, and optimization of aircraft structural components, ensuring compliance with industry standards, safety regulations, and performance specifications. The role involves utilizing advanced engineering software and analytical methods to conduct structural analysis and stress evaluations. A strong background in aerospace structural engineering is essential, including extensive knowledge of materials, structural mechanics, and finite element analysis (FEA) tools. The ideal candidate will possess, Excellent problem-solving skills, Strong attention to detail and strong ability to manage multiple projects simultaneously Roles & Responsibilities:Serve as SME and team lead (1015 members) for structural analysis and stress evaluationsTechnical customer liaison; deliver training and guide teamPerform analysis using HyperWorks, ISAMI, Nastran/PatranPrepare and review stress certification dossiersCreate, validate, and integrate GFEM/DFEM modelsA350/A350F experience with OEM tools/methods preferred Professional & Technical Skills: Proficient in primary and secondary structural analysis for A320SA, A350, and A350F programs, with strong expertise in OEM-specific tools and methodologies.Experienced in stress analysis of metallic and composite aircraft structures using ISAMI (CFH, MFH, CFA/MFA, MSP, CSPS, DT TI, DT EI, Unfolding, Crippling Junctions and Joints) as well as classical hand calculations.Skilled in leading and managing teams of 1015 engineers, ensuring project milestones and quality standards are met.Extensive hands-on experience with HyperWorks, ISAMI, and Nastran/Patran for structural analysis and simulation.Proficient in the creation, validation, and condensation of GFEM/DFEM models.Adept at technical communication and coordination with customers, ensuring alignment with engineering requirements.Experienced in mentoring and technically guiding team members, including delivering training sessions.Competent in the preparation and peer-review of stress certification dossiers in compliance with regulatory and customer requirements.Additional skills include programming with VBA/Python and proficiency in CATIA, enhancing automation and CAD integration capabilities.Strong ability to perform and accurately interpret both automated and manual stress calculations.Demonstrated understanding of static compliance with customer and airworthiness authority requirements.Proficient in metallic/composite structure stress analysisStrong manual/automated stress calculation and airworthiness complianceEffective communication, mentoring, and leadershipProgramming (VBA/Python) and CATIA knowledge is advantageous Additional Information:8+ years' aerostructure stress analysis experience15 years full-time educationBased in Bengaluru Qualification 15 years full time education

Job_Description":" Must Have : FEA Fundamentals - Meshing skills, Contact modeling, Results interpretation; Report preparation Basic understanding on Strength of Materials, Fatigue assessments, Sructural Analyses, understanding of Electromagnetics fundamentals Nice to Have : Scripting/ automation skills ","

Work with Us. Change the World. At AECOM, we're delivering a better world. Whether improving your commute, keeping the lights on, providing access to clean water, or transforming skylines, our work helps people and communities thrive. We are the world's trusted infrastructure consulting firm, partnering with clients to solve the worlds most complex challenges and build legacies for future generations. There has never been a better time to be at AECOM. With accelerating infrastructure investment worldwide, our services are in great demand. We invite you to bring your bold ideas and big dreams and become part of a global team of over 50,000 planners, designers, engineers, scientists, digital innovators, program and construction managers and other professionals delivering projects that create a positive and tangible impact around the world. We're one global team driven by our common purpose to deliver a better world. Join us. Refers to the field of engineering dealing with the analysis and design of structures that support or resist loads. Commonly involved in the design and assessment of Railway and Highway bridges for UK Middle East and Australia Region. Duties and Responsibilities The candidate will be responsible for a variety of engineering tasks in the initial planning, design and modification phase of projects. Performing assessment of bridges to National Highways and Network Rail Structural analysis and Design of Bridges and Viaduct Structures, Flyovers, Underpasses, Culverts and Retaining walls. Experience with bridge and related structural design schemes. Experience in road and/or rail projects with UK, Middle East and Australia projects. Excellent technical skills design. Able to correlate and interpret the data shared by supporting interdisciplinary teams. Problem solving skills, able to propose alternative solutions for problems encountered. Experience in complete life cycle of a design project within Highway/Railway environment. Able to work in a diverse team spread across different geographical locations. Able to provide guidance to Entry level Engineers. Able to work under minimum guidance / Supervision. Able to handle multiple projects and lead highly capable design teams. Understanding in various software packages ideally including MIDAS, Autodesk Structural Bridge Design, LUSAS with experience in Finite Element Analysis preferred. Qualifications Master of Engineering degree (or equivalent education) in an appropriate engineering discipline from an accredited college or university. 3+ years of design experience in structural Engineering, experience working in the rail and road bridges and associated structural engineering schemes assessment to detailed design. Exposure to International standards such as Euro Code, British Standards, AASHTO, AREMA, DMRB and Australian Standards Additional Information AECOM provides a wide array of compensation and benefits programs to meet the diverse needs of our employees and their families. We also provide a robust global well-being program. Were the worlds trusted global infrastructure firm, and were in this together- your growth and success are ours too. As an Equal Opportunity Employer, we believe in each persons potential, and well help you reach yours. Join us and lets get started. #LI-FS1

Tasks Qualification Required B.E. (Mechanical or equivalent), M.Tech (preferred) Relevant Experience Required: 1. 5+ Years of experience in CAE Simulations. 2. Should have done method development in LS-DYNA.3. Should have good understanding of material characterization and modelling.4. Should have Knowledge on joining technologies.5. Experience in working with international environment will be added advantage. Skill Requirements: 1)LS DYNA 2) ANSA/Hypermesh 3)NX 4)Simufact(optional) Job Responsibilities: To carry out method development for different joining techniques for powertrain and battery components. Qualifications Years of Experience - 8-10Years Education : B-tech / M-tech Mechanical Engineering.

The ideal candidate should possess a minimum of 6-10 years of experience in Heat Exchanger/Pressure Vessel Design. You should be well-versed in ASME Pressure Vessel codes such as ASME SEC VIII Div.1 & 2, Section II A & D, TEMA, and API. Proficiency in PV Elite and other pressure vessel design software is required. Additionally, hands-on experience in FE Analysis and ANSYS Software is a must. Your responsibilities will include checking drawings of Pressure Vessels, Heat Exchangers, Reactor Internals, etc. It is essential to have knowledge of Weld symbols, Geometric dimensioning, and tolerances. Strong communication skills are necessary as you will be expected to effectively communicate with clients, AI, and vendors globally. The ability to work on multiple projects simultaneously and adhere to engineering schedules is vital. Familiarity with the specifications of major process licensors and EPC in the Oil and Gas field is advantageous. You should be capable of understanding specifications, raising technical queries, and ensuring material technical delivery conditions are met.,

Job Description (Meshing): Role: • Understanding the client’s design and analysis requirements. • Giving estimates to the designer/client. • Meshing the models in Hypermesh and setting decks for Optistruct. Required Skills: • The candidate should have 3 – 5 years of hands on experience on Hypermesh. • Should have worked on Heavy equipment structural domain. • The candidate should be in a position to work independently with minimum guidance from the team lead. • Giving estimates to the designer/client. Desired Skills: • Good written and oral communication skills. • Experience in Rail Transportation /Aerospace/Automotive/Heavy Engineering. Experience in analysis by using Optistruct solver. Education Qualification: B.E/B.Tech., in Mechanical Engineering with atleast 60% of marks.

Job Description (Analysis): Role: • Understanding the client’s design and analysis requirements. • Giving estimates to the designer/client. • Developing analysis methodology based on physics of the problem. • Meshing the models in Hypermesh and setting decks for Optistruct. • Analysing the models in Optistruct. • Knowledge of Fatigue. • Good at solving convergence issues. Required Skills: • The candidate should have 4 – 8 years of hands on experience on Hypermesh/Optistruct/Fatigue tools. • Should have worked on Heavy equipment structural domain. • The candidate should be in a position to work independently with minimum guidance from the team lead. • Giving estimates to the designer/client. Desired Skills: • Good written and oral communication skills. • Experience in Rail Transportation /Automotive/Heavy Engineering. • Knowledge of Abaqus is desirable Education Qualification: M.E/M.Tech., in Mechanical Engineering Roles and Responsibilities Candidate should work on FE analysis of Heavy Engineering machines by using Hypermesh and Optistruct softwares.

Role Purpose The purpose of this role is to design, develop and troubleshoot solutions/ designs/ models/ simulations on various softwares as per clients/ project requirements Do 1. Design and Develop solutions as per clients specifications Work on different softwares like CAD, CAE to develop appropriate models as per the project plan/ customer requirements Test the protype and designs produced on the softwares and check all the boundary conditions (impact analysis, stress analysis etc) Produce specifications and determine operational feasibility by integrating software components into a fully functional software system Create a prototype as per the engineering drawings & outline CAD model is prepared Perform failure effect mode analysis (FMEA) for any new requirements received from the client Provide optimized solutions to the client by running simulations in virtual environment Ensure software is updated with latest features to make it cost effective for the client Enhance applications/ solutions by identifying opportunities for improvement, making recommendations and designing and implementing systems Follow industry standard operating procedures for various processes and systems as per the client requirement while modeling a solution on the software 2. Provide customer support and problem solving from time to time Perform defect fixing raised by the client or software integration team while solving the tickets raised Develop software verification plans and quality assurance procedures for the customer Troubleshoot, debug and upgrade existing systems on time & with minimum latency and maximum efficiency Deploy programs and evaluate user feedback for adequate resolution with customer satisfaction Comply with project plans and industry standards 3. Ensure reporting & documentation for the client Ensure weekly, monthly status reports for the clients as per requirements Maintain documents and create a repository of all design changes, recommendations etc Maintain time-sheets for the clients Providing written knowledge transfer/ history of the project Mandatory Skills: App. maintenance & Monitering(BASE Core). Experience: 3-5 Years.

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. Performs in accordance with department and/or projects instructions, schedules, processes, and HSE requirements Technically correct engineering analysis Optimized engineering solutions Technical assistance within projects, and manufacturing, fabrication, and installation sites. Writes and issues technical specifications and reports related to own activities within Subsea projects and/or operations. Supervises more junior engineering personnel by checking their calculations, design conception, and engineering solutions and ensures quality and efficiency of deliverables. Works on design basis for projects and/or manufacturing operations. Interfaces with other engineering disciplines and possibly with project functional disciplines, such as procurement and planning. You are meant for this job if: BS degree in Engineering preferred or equivalent with 2 to 4 years of experience in the field Strong technical basis in engineering Project management skills Presentation and some coaching skills Good organizational and problem-solving skills Service/Customer oriented Ability to work in a team-oriented environment Good command of English Skills Additional Skills

Job Purpose Hyderabad Analysis team consists of SMEs with varied experience levels in Local, Global and Piping analysis disciplines. This team caters to both local and global business needs. Teams purpose is to provide timely reliable analysis expertise for project and product engineering requirements. Level of expertise required is dynamic. Focus is on the following main areas. Sales order project execution New Product development Field issues New process development Standardization efforts This is lead analysis engineer role and is based in Hyderabad. The role requires to perform FEA analysis of subsea production system and Surface Equipment products. Analyst creates, reviews and analyzes designs to ensure compliance to technical specifications, functionality and constructability. Responsible for guiding a group of analysts. Needs to take part in design review meetings as an analysis expert. Provides the highest level of expertise on technical-technological solutions and engineering innovations. Defines engineering solutions Identifies and analyses risks associated with engineering tasks. Efficiently contributes to the client relations through presentations, meetings, interfaces, etc. Supports the knowledge development within the discipline by providing guidance, trainings and mentoring to engineers. Esures that engineering documents meet the general quality requirements, codes, and standards. Ensures that the discipline engineering deliverables are compliant with contract requirements (including budget), project QHSE plan and TechnipFMC and discipline engineering processes and standards. Approves design basis and coordinates design activities within discipline (including sub-contractors activities). Interfaces with other Lead Engineers and project functions You are meant for this job if: BE or MTech in Mechanical Engineering Minimum 10+ years of relevant industry experience with background in analyzing subsea/surface equipment preferred Ansys tool knowledge is must Knowledge of industry specific design codes like ASME, API, DNV, NORSK and ISO Experience in Oil and Gas equipment finite element analysis Should be able to do hands-on Finite Element analysis Experience in high pressurized equipment/Boiler vessels/Heavy Engineering Must be able to verify and substantiate FEA results with classical hand calculation methods Proficient in Non-Linear analysis Proficient in Structural and Thermal analysis Experience with welded and bolted structure analysis Must be able to work hands-on and guide team members Must be able to estimate, plan and meet individual work requirements Should be able to perform technical design reviews and recommend improvements Must be able to participate in technical review meetings and discussions Must be able to write, review and approve technical reports and documents Ensure lessons learnt and best practices are captured adequately into Analysis techniques, project / product design.

Exposure to Aero Repairs/Concession Activities Proficiency in MS Office (Word, Excel, PPT) Hands-on experience with Tools NASTRAN, PATRAN & ISAMI Education Requirements BE / MTech in Aerospace or Mechanical Engineering Skills Required to Succeed in This Job Experience in Aero-structure, preferably with wing and high-lift devices Knowledge of concession treatment process Ability to provide stress assessment for various manufacturing non-conformities Strong knowledge in Strength of Materials, Aircraft Materials, and stress justification using hand calculations (classical methods) Experience working on AIRBUS A350 or legacy programs Familiarity with AIRBUS concession processes and methods Knowledge of AIRBUS-specific tools like ISAMI Experience with SAP PR3/PAC Fatigue and Damage Tolerance experience is an added advantage Able to meet tight deadlines and handle customer demands Willing to work early or late shifts based on project needs

Requirement: Structures & Durability analysis Domain: IHM, Off-R oad vehicles Job Description: 1.Graduate or Post Graduate Degree in Mechanical Stream 2.Experience of 6 to 10 years in FEA package s along with understanding of FEA concepts, systems and application. 3.Sound knowledge of strength of material, Machine design, FEA Fundamentals, Engineering concepts and applications 4.Hands-on experience on FE modelling and connections using Hypermesh with Aba qus profile.. 5.Should possess hands on experience in FEA using ANSYS WB &, Hypermesh or other FEA software like NASTRAN, OPTISTRUCT 6.Detailed documentation of results and post-processing / interpretation of analysis results. 7.Good oral communication skills ( must be able to communicate with the customers)

Well versed with ANSA for pre processing and META for post processing. Should have worked in durability domain for 3-9 Years. Good knowledge in Abaqus W.R.T deck preparation and convergence. Should have good knowledge in any one of Closures/BIW/Chassis-Sus pension/Trims Strength, stiffness and durability Loadcases. Should have fatigue knowledge, n-Code will be an added advantage. Knowledge in Nastran will be an added advantage. Should have good understanding of Basics of FEA, Engineering principles, Strength o f materials, engineering mechanics. Independently work with client requirements ,Review results ,Prepare reports & suggest with modifications /Suggestions wherever required ,Good understanding mindset to corelate physical tests with CAE working model.

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 : Fatigue & Damage Tolerance F&DT Good to have skills : NAMinimum 3 year(s) of experience is required Educational Qualification : 15 years full time education Summary :As a Manufacturing Engineering Practitioner, you will define processes to fabricate, assemble, inspect, and test new products and machines based on production engineering and design principles. You will also define supporting tools and fixtures needed for production, develop procedures, product specifications, and define quality standards and inspection methods. Roles & Responsibilities:- Expected to perform independently and become an SME.- Required active participation/contribution in team discussions.- Contribute in providing solutions to work-related problems.- Develop innovative manufacturing processes to improve efficiency.- Collaborate with cross-functional teams to optimize production workflows. Professional & Technical Skills: - Must To Have Skills: Proficiency in Fatigue & Damage Tolerance F&DT.- Strong understanding of structural analysis and material properties.- Experience in CAD software for designing manufacturing processes.- Knowledge of industry standards and regulations for product quality assurance. Additional Information:- The candidate should have a minimum of 3 years of experience in Fatigue & Damage Tolerance F&DT.- This position is based at our Bengaluru office.- A 15 years full-time education is required. Qualification 15 years full time education

Skill required: Tech for Operations - User Experience (UX) Design Designation: User Exp Engineering Analyst Qualifications: Any Graduation Years of Experience: 1 to 3 About Accenture Combining unmatched experience and specialized skills across more than 40 industries, we offer Strategy and Consulting, Technology and Operations services, and Accenture Song all powered by the worlds largest network of Advanced Technology and Intelligent Operations centers. Our 699,000 people deliver on the promise of technology and human ingenuity every day, serving clients in more than 120 countries. Visit us at www.accenture.com What would you do "You will be part of the Technology for Operations team that acts as a trusted advisor and partner to Accenture Operations. The team provides innovative and secure technologies to help clients build an intelligent operating model, driving exceptional results. We work closely with the sales, offering and delivery teams to identify and build innovative solutions.The Tech For Operations (TFO) team provides innovative and secure technologies to help clients build an intelligent operating model, driving exceptional results. Works closely with the sales, offering and delivery teams to identify and build innovative solutions. Major sub deals include AHO(Application Hosting Operations), ISMT (Infrastructure Management), Intelligent AutomationA process of enhancing user satisfaction with a product by improving the usability, accessibility, and pleasure provided in the interaction with the product. Understand the principles of User Experience (UX or UE), including understand perceptions of utility, ease of use, and efficiency. What are we looking for "an experience UI/UX designer to meet high end requirementscandidate will work with leadership to design work." Roles and Responsibilities: "In this role you are required to do analysis and solving of increasingly complex problems Your day to day interactions are with peers within Accenture You are likely to have some interaction with clients and/or Accenture management You will be given minimal instruction on daily work/tasks and a moderate level of instruction on new assignments Decisions that are made by you impact your own work and may impact the work of others In this role you would be an individual contributor and/or oversee a small work effort and/or team Please note that this role may require you to work in rotational shifts Qualification Any Graduation

The selected candidate is expected to carry out the following activities: Structure Design including Hull, Foundation, and Outfitting. Conduct design calculations in compliance with standards such as IACS, DNV, API, AISC, EuroCode, etc. Prepare structural drawings and perform FE Analysis using software like ANSYS, SACS, SESAM, NASTRAN, FEMAP. Undertake hand calculations to enhance analysis, generate code checks, and assess structural behaviors. Collaborate with surveyors and third-party consultants. Review outsourced engineering studies, reports, and procedures. Possess knowledge of shipbuilding and repair practices. Provide onsite support for installation and fabrication. The responsibilities also extend to Team Management: Enhance team capabilities through regular training and support in recruitment processes. Demonstrate experience in managing clients. Serve as a technical lead on projects to ensure quality delivery. Coordinate with the Central organization to prioritize workloads and allocate tasks to the local team. Guide graduate engineers in structural analysis. Qualification: BE / B.Tech in Mechanical or Naval Architecture from a reputed institute with 5 to 10 years of relevant experience. Desired profile of the candidate: Preference for candidates with experience in shipyards or design offices of consulting engineering companies. Proficiency in structure, outfitting, equipment layout, and strength calculation. Fluency in English, both written and spoken. Highly self-motivated, ambitious, and effective team player. Establish and implement best work practices within the department. Job Location: Thane,

Responsibilities & Key Deliverables As a Senior Engineer in CAE at Mahindra & Mahindra Ltd, you will play a pivotal role in enhancing our vehicle safety standards through advanced simulation techniques. Your primary responsibilities will include: Creating fully functional crash finite element (FE) models that can accurately simulate real-world crash scenarios including frontal, side, rear, and pedestrian tests using leading CAE software such as LSDYNA, Hypermesh, Lsprepost, and Primer. Gaining in-depth understanding of vehicle crash behaviour to inform design improvements, ensuring optimum durability while reducing mass. Working collaboratively with design teams to implement efficient modifications that enhance crash performance and accumulate iterations within tight deadlines. Mentoring junior engineers or fresh PGETs, guiding them in executing crash Design Verification Plan (DVP) simulations effectively. Conducting thorough analyses of crash test data to enhance the correlation between crash simulations and physical tests, driving improvements in CAE methodologies. Demonstrating project planning and prioritisation, managing resource allocation, and adhering to rigorous project timelines. Applying basic finite element analysis (FEA) knowledge, bolstered by strong mechanical engineering fundamentals. Delivering competent crash analysis in line with US, European, Australian, and Indian crash safety standards. Possessing knowledge of non-linear, dynamic explicit FE-analysis, while addressing time-step considerations, materials, elements, mass scaling, and energy balance to ensure the integrity of simulations. Experience You should bring a wealth of practical experience to this position, specifically: 4 to 6 years of proven experience in the automotive sector, with a strong focus on crash simulations and CAE processes. Proficiency in CAE tools, specifically LSDYNA, Hypermesh, Primer, D3plot, and Lsprepost, enhancing your ability to deliver high-quality modelling and analysis. Demonstrated experience in project management, showcasing your ability to drive projects from inception to conclusion while maintaining high safety standards and performance evaluation. Industry Preferred Your expertise is especially valued in the automotive industry, where your contributions can significantly impact vehicle design and performance. Working in a dynamic environment that encompasses: Leading initiatives to integrate advanced simulation methodologies. Collaborating with diverse teams focused on innovation and efficiency in automotive development. Your background in automotive engineering will provide the foundation for understanding the unique challenges and demands of this industry. Qualifications We seek a candidate with the following educational qualifications: BTech or MTech in Engineering, preferably from an esteemed institution like IITs (with a minimum GATE score of 90%) or other reputed engineering colleges. Your academic foundation will support your ability to excel in complex engineering challenges and contribute to cutting-edge vehicle design projects. General Requirements General requirements for the role include: Excellent communication skills to articulate complex technical information to diverse audiences. A collaborative mindset, with a strong emphasis on teamwork and cross-disciplinary collaboration. Proactive problem-solving skills combined with the ability to think critically under pressure. A commitment to continual learning and professional development in the ever-evolving field of automotive engineering.

Responsibilities & Key Deliverables As a Senior Engineer in CAE at Mahindra & Mahindra Ltd, you will play a pivotal role in enhancing our vehicle safety standards through advanced simulation techniques. Your primary responsibilities will include: Creating fully functional crash finite element (FE) models that can accurately simulate real-world crash scenarios including frontal, side, rear, and pedestrian tests using leading CAE software such as LSDYNA, Hypermesh, Lsprepost, and Primer. Gaining in-depth understanding of vehicle crash behaviour to inform design improvements, ensuring optimum durability while reducing mass. Working collaboratively with design teams to implement efficient modifications that enhance crash performance and accumulate iterations within tight deadlines. Mentoring junior engineers or fresh PGETs, guiding them in executing crash Design Verification Plan (DVP) simulations effectively. Conducting thorough analyses of crash test data to enhance the correlation between crash simulations and physical tests, driving improvements in CAE methodologies. Demonstrating project planning and prioritisation, managing resource allocation, and adhering to rigorous project timelines. Applying basic finite element analysis (FEA) knowledge, bolstered by strong mechanical engineering fundamentals. Delivering competent crash analysis in line with US, European, Australian, and Indian crash safety standards. Possessing knowledge of non-linear, dynamic explicit FE-analysis, while addressing time-step considerations, materials, elements, mass scaling, and energy balance to ensure the integrity of simulations. Experience You should bring a wealth of practical experience to this position, specifically: 4 to 6 years of proven experience in the automotive sector, with a strong focus on crash simulations and CAE processes. Proficiency in CAE tools, specifically LSDYNA, Hypermesh, Primer, D3plot, and Lsprepost, enhancing your ability to deliver high-quality modelling and analysis. Demonstrated experience in project management, showcasing your ability to drive projects from inception to conclusion while maintaining high safety standards and performance evaluation. Industry Preferred Your expertise is especially valued in the automotive industry, where your contributions can significantly impact vehicle design and performance. This role will immerse you in a dynamic environment that emphasizes: Leading initiatives to integrate advanced simulation methodologies, pushing the boundaries of conventional practices in automotive engineering. Collaborating with diverse teams focused on innovation and efficiency in automotive development, where every voice is valued in the creative process. Your solid background in automotive engineering will provide a foundational understanding of the unique challenges and demands of the automotive industry, allowing you to thrive in this fast-paced arena. Qualifications The successful candidate will possess the following educational qualifications: BTech or MTech in Engineering, preferably from esteemed institutions such as IITs or other reputed engineering colleges, ensuring a solid grounding in complex engineering principles. A minimum GATE score of 90% to underscore your academic capabilities and preparation for tackling intricate engineering challenges. Your academic achievements will serve as a cornerstone for excelling in the demanding and innovative environment of automotive design projects. General Requirements General requirements for the role include: Outstanding communication skills to articulate complex technical information effectively to diverse audiences, bridging the gap between engineering and practical application. A collaborative mindset, championing teamwork and cross-disciplinary collaboration to achieve shared goals. Proactive problem-solving skills, complemented by the ability to think critically under pressure, ensuring responsive and effective solutions. A strong commitment to continual learning and professional development, staying abreast of emerging trends and technologies in the ever-evolving field of automotive engineering.

The ideal candidate for this position should possess a minimum of 6-10 years of experience in Heat Exchanger and Pressure Vessel Design. You should be well-versed in ASME Pressure Vessel codes, including ASME SEC VIII Div.1 & 2, Section II A & D, TEMA, API, etc. Proficiency in using PV Elite and other pressure vessel design software is essential. Additionally, hands-on experience in FE Analysis and ANSYS Software is required. Your responsibilities will include checking drawings of Pressure Vessels, Heat Exchangers, Reactor Internals, etc. A good understanding of Weld symbols, Geometric dimensioning, and tolerances is necessary. Strong communication skills are vital as you will be expected to interact effectively with clients, AI, and vendors globally. The ability to work on multiple projects concurrently and maintain the schedule of engineering activities is crucial for this role. You should also be familiar with the specifications of major process licensors and EPC in the field of OIL and Gas. Furthermore, you should be capable of understanding specifications, raising technical queries, and ensuring compliance with Material technical delivery conditions.,

Cigna Medical Group is looking for Automation Engineer Analyst to join our dynamic team and embark on a rewarding career journeyAnalyzing processes and systems to identify areas for automation.Designing and implementing automation solutions using programming languages such as Python, Java, or C++.Configuring and programming automated systems and robots.Testing and debugging automation systems to ensure they meet specifications and requirements.Collaborating with cross-functional teams, including software engineers and hardware engineers.Documenting automated processes and systems.Developing and executing training programs for users.Maintaining and upgrading automation systems as needed.Troubleshooting and resolving issues with automation systems.Strong problem-solving and debugging skills.Excellent written and verbal communication skills.