651 Abaqus Jobs - Page 9

As a Specialist Simulation Engineer focusing on Durability at Volvo Group, you will be responsible for leading advanced simulation activities to provide engineering insights that support robust design decisions and contribute to digital transformation within product development. Your key responsibilities will include ensuring simulation accuracy and reliability by applying best practices, developing durable design solutions meeting performance targets, conducting structural simulations, performing fatigue life predictions, leading design optimization studies, proposing new simulation methodologies, correlating simulation results with physical test data, and collaborating across global teams throughout the product development lifecycle. Additionally, you will leverage data analytics to refine simulation fidelity and influence key design decisions in the durability domain. To excel in this role, you must possess a Master's degree in Mechanical Engineering, Automotive Engineering, or a related field, along with a minimum of 12 years of CAE experience in the automotive industry focusing on product development and durability. You should have proven experience leading durability simulation programs across multiple vehicle platforms, in-depth understanding of fatigue mechanics, proficiency in tools such as MSC Nastran, ABAQUS, HyperWorks, nCode (or equivalent), and Beta-CAE, and experience with optimization techniques for mass and cost efficiency in engineering designs. Furthermore, you should have familiarity with physical testing, test-simulation correlation, and validation processes, be innovation-driven with a history of filed patents and implementation of industrialized solutions, and possess strong collaboration skills, attention to detail, and a proactive approach to continuous improvement. Soft skills such as a strong sense of ownership, excellent communication, fast learning ability, team-oriented mindset, and methodical problem-solving approach will be essential for success in this role. If you are passionate about shaping sustainable transportation solutions for the future, working with cutting-edge technologies, and being part of a collaborative team that leaves a positive impact on society, then this position at Volvo Group could be the perfect match for you.,

Job Summary: We are looking for a skilled Structural Integrity Engineer with a strong focus on steam turbine operations to ensure the structural soundness and reliability of turbine components operating under high thermal and mechanical stresses. This role supports both design validation and operational diagnostics , helping maintain optimal turbine performance while minimizing the risk of failure or unplanned downtime. What will be my responsibilities? Assess the mechanical integrity of critical steam turbine / expander components including rotors, diaphragms, blades, casings, valve bodies, bolts, and welds using detailed FEA and analytical methods. Evaluate damage mechanisms such as: Low-cycle and high-cycle fatigue (LCF/HCF) Creep and creep-fatigue interaction Thermal ratcheting and cyclic thermal stress Crack initiation and propagation (fracture mechanics) Technology development for Steam Turbine Operations based on Turbine Loading conditions, Controlling Logics, Life Assessment, etc. Collaborate with Thermal cycle, Mechanical design, Operations, and Service / Warranty teams to improve component longevity and reliability. Prepare technical documentation: Integrity Assessments, Risk Analyses, Stress Reports, and Service Recommendations. Provide engineering support during Proposal, Manufacturing / Assembly, Turbine Outages, Overhauls, and Start-up/Shutdown sequences. Stay up to date with steam turbine integrity standards, such as ASME PTC, API 579, and OEM guidelines. As per the business needs, flexibly switch to other calculation topics like Rotor dynamics, Thermodynamics, etc. Therefore, additional experience in such calculations would be a great advantage. What do I need to qualify for this job? BE/B.Tech or ME/M.Tech (Mechanical – any Govt. Engineering college) with CGPA > 8.0 Minimum 3-8 years of Engineering experience in Structural Integrity, Materials, Life Assessment criterions. Strong theoretical fundamentals in material & strength of materials – This will be the key assessment point. Strong command of FEA tools (e.g., ABAQUS, ANSYS) and fatigue/crack growth software. - Mandatory Understanding of Rotordynamics & Thermodynamics fundamentals will be beneficial. Relevant work experience in Turbomachinery will be added advantage. Knowledge of Finite Element Method (FEM) is mandatory. Ability to work in Global Team in VUCA environment. Why Join Us Be part of a cutting-edge R&D team driving innovation in thermal power. Help optimize asset performance and reduce unplanned downtime. Shape the future of safe, efficient and intelligent turbine operation through engineering excellence. Competitive compensation and career development in a forward-looking engineering environment. What else do I need to know? Siemens Energy India Limited is dedicated to quality, equality and valuating diversity and we welcome applications that reflect the diversity of the communities with in which we work. Please find more information at www.siemens.com Please find more information on our organization at: www.siemens.com/energy We are looking forward to receiving your online application. Please ensure you complete all areas of the application form to the best of your ability as we will use the data to review your suitability for the role.

Internship Opportunity: Finite Element Analysis (FEA) Intern Location: Online/Remote Duration: 8 Weeks Stipend: Unpaid | Certificate Provided Eligibility: Engineering Students (Mechanical, Aerospace, Civil, Automotive, etc.) About the Internship: Join our skill-building Finite Element Analysis (FEA) Internship Program designed to give hands-on experience in structural analysis using FEA tools and simulation software. Learn how to solve real-world mechanical problems with industry-relevant techniques. What You Will Learn: Basics of FEA: Meshing, Boundary Conditions, Loads Static Structural & Modal Analysis Hands-on Projects using tools like ANSYS, SolidWorks Simulation, or ABAQUS Engineering Design Optimization Report Writing and Result Interpretation Who Can Apply: Engineering students (Diploma/Degree) in Mechanical, Civil, Aerospace, or related branches Basic knowledge of engineering mechanics and strength of materials Passionate to learn and apply simulation in real-world projects Perks: Internship Completion Certificate Real-world Projects & Assignments Flexible Timings (Part-time) Career Guidance & Mentorship Top Performers may get LOR / Future Opportunities Apply Now: [Registration Form]: [https://intern.marsexploration.in/internship-registration-form-2025/ 🗓️ Last Date to Apply: 25 Aug 2025

Position - CAE Engineer Location: Pune, Maharashtra Email for Applications: kinjal.k@elenoenergy.com Position Summary: We are looking for an experienced CAE Engineer to join our team in Pune. The role involves developing and interpreting analysis models for various product designs using advanced CAE tools. You will work on innovative as well as modified designs based on customer requirements, federal regulations, and third-party evaluations. Key Responsibilities: Use LS-Dyna, PAMCRASH, ABAQUS, and RADIOSS software to develop and verify designs for materials including steel, aluminum, plastic, and foam. Perform simulation studies with different load cases as per customer requirements. Analyze data and recommend design improvements based on simulation findings. Present results and reports to internal and external customers. Conduct independent research related to simulation in current or new product areas. Perform design of experiments using CAE simulations. Develop knowledge-based engineering tools. Collaborate with cross-functional teams and work within Shape core manufacturing processes, vehicle design packaging, GD&T, DFMEA, product performance, and CAD methodologies. Execute additional engineering tasks as directed by the manager. Required Skills & Qualifications: Bachelor’s degree in Engineering (Mechanical/Automotive/related field). Equivalent work experience may be considered. Minimum 3 years of CAE experience , preferably in the automotive industry. Strong proficiency in Altair Hypermesh and LS-Dyna . Working knowledge of PAMCRASH, ABAQUS, and RADIOSS is a plus. Proficient in Microsoft Office applications. Strong analytical, problem-solving, and communication skills. Must demonstrate teamwork, customer focus, and leadership capabilities. Job Type: Full-time Pay: ₹324,004.88 - ₹1,023,565.09 per year Benefits: Health insurance Provident Fund Schedule: Day shift Monday to Friday Application Question(s): Do you have at least 3 years of experience in CAE simulation? Are you proficient in Altair Hypermesh and LS-Dyna? Have you worked in the automotive industry? Do you have hands-on experience with PAMCRASH, ABAQUS, or RADIOSS? Can you join immediately or within 30 days? (Mention Notice period) Please mention your current ctc Work Location: In person

The opportunity: As a Senior Fatigue engineer, your main tasks will be to execute fatigue evaluation and simulations for critical R&D projects. You will also be involved in studies and new product development, and you will support R&D teams on simulation designs and provide technical guidance. How you'll make an impact: Understand and identify the current and future Offshore Wind Connections (OWC) product challenges and implement effective solutions HV equipment fatigue evaluation and design quality control. Independently execute HV equipment fatigue evaluation. Proactively provide design suggestions in R&D projects and update relevant technologies and solutions in OWC industry. Technology leader, provide experience and expertise in projects and Support Hitachi Energy in OWC standards advocacy. Coaching the junior engineers. Design fatigue test to validate the simulation results. Drive failure analysis, RCA (Root cause analysis), and design of experiments (DOE). Living Hitachi Energy's core values of safety and integrity, which means taking responsibility for your own actions while caring for your colleagues and the business. Responsible to ensure compliance with applicable external and internal regulations, procedures, and guidelines. Your Background: Master's or PhD in applied/fatigue Mechanics, structural engineering. Over 10 years of hands-on experience in the design and analysis of naval structures, ensuring compliance with industry standards and addressing specific fatigue and structural mechanics challenges. Excellent expertise in finite element method (FEM) simulation using Abaqus or ANSYS. Ability to design and set up mechanical experiments to validate simulation results and investigate material properties and structural performance. Strong analytical and problem-solving skills, with a track record of addressing complex structural and fatigue issues. In-depth knowledge of industrial standards for electrical equipment design or naval structure fatigue design. Proficiency in both spoken & written English language is required. Qualified individuals with a disability may request a reasonable accommodation if you are unable or limited in your ability to use or access the Hitachi Energy career site as a result of your disability. You may request reasonable accommodations by completing a general inquiry form on our website. Please include your contact information and specific details about your required accommodation to support you during the job application process. This is solely for job seekers with disabilities requiring accessibility assistance or an accommodation in the job application process. Messages left for other purposes will not receive a response.,

Who We Are GT, a leading multi-physics CAE simulation software provider, develops a suite of integrated solutions that guides and accelerates the engineering transformation of todays products in the transportation, power generation, and industrial equipment industries. At Gamma Technologies, our people are the driving force behind our success. We are looking for Application Engineer: Drive Train & Vehicle Mechanics who shares our passion for authentic innovation, trusted partnerships, bold decisions and a relentless focus on customer success. What You Will Do You will assist our clients, get the most out of our software, and use the knowledge gained from these interactions to continuously enhance our software, we are searching for an experienced, imaginative, and bright application engineer to join our Mechanical Application Engineering Group. We are particularly aiming to expand our Mechanical Application Engineering team. This team assists our clients in using our GT-SUITE software platform to simulate the operation of electric motors, pumps, and compressors as well as whole 3-D vehicle systems and vehicle powertrains. Evaluate and resolve technical support requests submitted via email, phone, or other channels. Be the first line of defense in solving customer support requests and coordinating and prioritizing timely resolution independently and with the engagement of DevOps teams. Develop a comprehensive understanding of typical business challenges faced by customers and common objectives to appropriately map features and associated business benefits to address their needs. Serve as a customer advocate in shaping and driving the Drive Train &Vehicle Mechanics product roadmap, enhancements, and improvements; Conduct independent research aimed at designing and defining new software features and functionality. Facilitate customer trainings to ensure customer satisfaction and retention as well as maximum usage of our product. Identify trends and inefficiencies to enhance support processes and improve the user experience. Mentor, coach, and train new team members. Support of evaluation projects for potential new customers. Support of internal software development and validation of new models and features. Develop customer-tailored simulation workflows and methodologies using GT-SUITE. Participation in specialist conferences and working groups. What You Will Bring Masters degree in automotive, mechanical, process, aerospace engineering, etc. 3 years of work experience designing powertrains and/or engines, including measurement and instrumentation, and controls is highly preferred; entry level candidates are welcome to apply. Previous participation in SAE student competitions (g. Formula SAE, Formula Hybrid) or activities in similar societies or consortiums is also a benefit. Technical expertise in the following, used to support current and prospective customers: Gear Design Electrified Powertrains Noise, Vibration, and Harshness (NVH) Experience with the following: Transmission and geartrain applications, research, and/or commercial software tools (e.g., SABR, Romax, Masta, KISSsoft) Flexible Bodies and Finite Element methods and tools (e.g., Abaqus, Altair, Ansys, Nastran, FEARCE) 3-D MBD software (e.g., MSC Adams, Simpack) skills are an advantage Programming skills are an advantage (Matlab, Python, etc.) What we Can Offer You Dynamic and highly talented team of experts. The opportunity to bring in your own ideas, implement them and make them accessible to a large customer base. The opportunity to build a professional network in various branches of industry. The primary work location will be our Pune, India office. Weve adopted a hybrid work policy asking employees to report to the office 3 days per work week. An attractive salary and additional company benefits. We&aposre an Equal Opportunity Employer, dedicated to creating an inclusive workplace for all. Show more Show less

Job Description Overview This role is a technical lead role within ICC, Hyderabad that will co-ordinate with Data Science and Analytics team on creation of new digital capabilities and sustaining existing digital capabilities. This role will act as the key technical expert dedicated to Foods Packaging Modeling & Simulation development (70%). This role also has the managerial responsibility of leading all DSA-ICC associates (30%). This role will act as one of the key technical specialists for packaging modeling & simulation. This role also will serve as local simulation team Lead to drive overall deliverables. The role will be responsible for performing simulations using FEM, DEM, CFD and other techniques and providing insights that influence the design and development of R&D applications, with focus on Foods Packaging applications. This role will also Collaborate with internal and external stakeholders in a global setting and will support Troubleshooting & Problem Solving to Diagnose and resolve issues related to simulation models and results. This role also is responsible for developing 3DX Apps, Graphical User Interfaces (GUI) and simulation templates. This role will also provide leadership to all simulation and modelling teams ( including other associates ). Responsibilities Lead a team of Modelling, Simulation and other SMES of DSA team ( Including Bev Pkgs Teams) based out of Hyderabad. Provide Strategic direction in alignment with global teams and ensure timely delivery of Committed projects. Functional Responsibilities Deliver Foods Packaging Simulation models and apps per Simulation Roadmap and Timeline above Deliver modeling and simulation projects using 3DX, other general purpose and specialized numerical software. Collaborate with Dassault experts directly on delivering perfect packaging simulation templates and apps Design and develop innovative experiments to validate and improve models. Support other senior simulation engineers on assigned simulation tasks including CAD creation, CAD cleaning, meshing, pre-processing, post processing, creating visuals of data Work with external partners, software vendor, university, engineering firms, to develop technologies needed to fulfil PepsiCo need. Additional responsibilities in combining physics-based simulation, sensor technology, data analytics (AI/ML) to deliver digitized innovation projects (digital twin), Support Computational Chemistry projects by data collection and literature research New technology introduction and implementation Qualifications PhD. with simulation concentration and 8+ years of work experience, MS with 10+ years experience Background in mechanical engineering, solid mechanics or related field Packaging experience with cardboard boxes, films, pallets, is a big plus but not necessary Hands-on experience with commercial software - CFD (ANSYS FLUENT, STAR-CCM+), FEA (ABAQUS, ANSYS Mechanical), DEM (ROCKY, EDEM), COMSOL. Knowledge about computational chemistry (hands on software experience with MOE, Shrodinger a plus) Experience designing and conducting physical testing required to formulate and/or calibrate models, i.e., Wind tunnel, mechanical testing, thermal measurements, Data Acquisition, High speed imagery, etc. Experience with Python, MATLAB, R, JMP a plus. Experience with VR/AR assets creation using KeyShot, Unity, Unreal, or Omniverse a plus. Knowledge and experience in food/beverage production and process engineering a plus – extrusion, drying, frying, mixing, filling, food safety. Strong project management and communication skills. Ability to collaborate with internal and external partners in a global setup. Robust understanding of engineering principle with experience in the area of fluid dynamics, thermodynamics and heat transfer. Experience with state-of-the-art modeling software that capable to model multi-physics problem involving multi-phase fluid flow and heat transfer in engineering and manufacturing processes. Knowledge of how to use simulation to evaluate new and novel technologies for PepsiCo’s innovation in processing/packaging.

Key Responsibilities: Develop, validate, and apply numerical models to solve problems related to dynamic impact, nonlinear FEA, fracture mechanics, and applied mechanics. Collaborate with cross-functional teams, including experimentalists, researchers, scientists, and project leaders located globally, to address research and development challenges. Create models using appropriate numerical methods and software and expand modeling capabilities as required. Translate real-world problems into solvable modeling objectives and provide actionable insights. Communicate and present project updates to stakeholders across global locations. Document results and findings via internal reports and external publications. Stay at technological forefront in modeling, simulation, and applied mechanics. Required Skills: Strong background in solid mechanics and Finite Element Analysis (FEA) with a deep understanding of solid mechanics concepts and theory. Hands-on experience with commercial FEA software, including (but not limited to) ABAQUS, LS-DYNA, ANSYS Mechanical, MATLAB, and Tecplot . Expertise in modeling dynamic impact problems, material nonlinearities, and fracture mechanics. Proficiency in programming languages such as C/C++, Unix, Shell, and Python. Strong analytical, diagnostic, and problem-solving skills. Ability to break down complex real-world problems into solvable modeling objectives. Versatility in adapting to various technology areas; a balanced combination of technical depth and breadth. Self-motivated with a long-term interest in technical growth. Desired Skills: Experience with open-source FEA software frameworks , such as MOOSE or FEniCS , is ana dded advantage Exposure to Artificial Intelligence (AI), Machine Learning (ML), and Data Analytics techniques particularly as applied to modeling, simulation, or materials science. Familiarity with statistical methods, machine learning frameworks (e.g., TensorFlow, PyTorch), ordata visualization tools . Experience working in an industrial R&D environment . Knowledge of data-driven modeling, optimization, or predictive analytics . Flexibility to thrive in a dynamic work environment and adapt to changing priorities. Ability to integrate physics-based models with data-driven approaches to enhance predictive capabilities. Soft Skills: Highly collaborative and capable of fostering open engagement with colleagues to achieve project goals. Strong technical curiosity with a desire to continually learn and grow in diverse technology areas. Ability to translate complex technical concepts into simplified explanations for broader audiences. Self-driven with a proven ability to manage independent workstreams. Effective communication skills for remote collaboration with global teams via phone and video calls. Education and Experience: PhD, Master s, or Dual Degree in Mechanical Engineering, Civil Engineering or Materials Science with an emphasis on solid mechanics and Finite Element Analysis from IITs, IISc, or reputed foreign universities Candidates with more than 4 years of relevant work experience post-Masters/Dual Degree or more than 2 year of experience post-PhD are welcome to apply.

The opportunity: As a Senior Fatigue Engineer, your main responsibility will be to execute fatigue evaluation and simulations for critical R&D projects. In addition, you will play a key role in studies and new product development within the Offshore Wind Connections (OWC) industry. Your expertise will be crucial in supporting R&D teams with simulation designs and offering technical guidance. Your Responsibilities: - Understand and identify current and future challenges in Offshore Wind Connections (OWC) products, and implement effective solutions for HV equipment fatigue evaluation and design quality control. - Independently execute HV equipment fatigue evaluation. - Proactively provide design suggestions in R&D projects and stay updated on relevant technologies and solutions within the OWC industry. - Act as a technology leader, offering your experience and expertise in projects and supporting Hitachi Energy in advocating for OWC standards. - Mentor junior engineers and oversee the design of fatigue tests to validate simulation results. - Conduct failure analysis, Root Cause Analysis (RCA), and Design of Experiments (DOE). - Ensure compliance with applicable external and internal regulations, procedures, and guidelines. - Embrace Hitachi Energy's core values of safety and integrity by taking responsibility for your actions and caring for your colleagues and the business. Your background: - Hold a Master's or PhD in applied/fatigue Mechanics or structural engineering. - Possess over 10 years of hands-on experience in designing and analyzing naval structures, ensuring compliance with industry standards, and addressing fatigue and structural mechanics challenges. - Demonstrate excellent expertise in finite element method (FEM) simulation using Abaqus or ANSYS. - Ability to design and set up mechanical experiments to validate simulation results and investigate material properties and structural performance. - Strong analytical and problem-solving skills with a proven track record of addressing complex structural and fatigue issues. - In-depth knowledge of industrial standards for electrical equipment design or naval structure fatigue design. - Proficient in written and spoken English with good collaboration and communication skills to excel in a multi-cultural environment. Qualified individuals with disabilities may request reasonable accommodations to access the Hitachi Energy career site. If you require assistance due to a disability, you can complete a general inquiry form on the website, providing your contact information and specific details about the accommodation needed to support you during the job application process. This accommodation is specifically for job seekers with disabilities requiring accessibility assistance. Requests for other purposes will not receive a response.,

The Opportunity As a Senior Fatigue engineer, your main tasks will be to execute fatigue evaluation and simulations for critical R&D projects. You will also be involved in studies and new product development, and you will support R&D teams on simulation designs and provide technical guidance. How You’ll Make An Impact Understand and identify the current and future Offshore Wind Connections (OWC) product challenges and implement effective solutions HV equipment fatigue evaluation and design quality control. Independently execute HV equipment fatigue evaluation. Proactively provide design suggestions in R&D projects and update relevant technologies and solutions in OWC industry. Technology leader, provide experience and expertise in projects and Support Hitachi Energy in OWC standards advocacy. Coaching the junior engineers. Design fatigue test to validate the simulation results. Drive failure analysis, RCA (Root cause analysis), and design of experiments (DOE). Living Hitachi Energy’s core values of safety and integrity, which means taking responsibility for your own actions while caring for your colleagues and the business. Responsible to ensure compliance with applicable external and internal regulations, procedures, and guidelines. Living Hitachi Energy’s core values of safety and integrity, which means taking responsibility for your own actions while caring for your colleagues and the business Your Background Master's or PhD in applied/fatigue Mechanics, structural engineering. Over 10 years of hands-on experience in the design and analysis of naval structures, ensuring compliance with industry standards and addressing specific fatigue and structural mechanics challenges. Excellent expertise in finite element method (FEM) simulation using Abaqus or ANSYS. Ability to design and set up mechanical experiments to validate simulation results and investigate material properties and structural performance. Strong analytical and problem-solving skills, with a track record of addressing complex structural and fatigue issues. In-depth knowledge of industrial standards for electrical equipment design or naval structure fatigue design. Proficiency in both spoken & written English language is required. Hitachi Energy is a global technology leader in electrification, powering a sustainable energy future through innovative power grid technologies with digital at the core. Over three billion people depend on our technologies to power their daily lives. With over a century in pioneering mission-critical technologies like high-voltage, transformers, automation, and power electronics, we are addressing the most urgent energy challenge of our time – balancing soaring electricity demand, while decarbonizing the power system. Headquartered in Switzerland, we employ over 50,000 people in 60 countries and generate revenues of around $16 billion USD. We welcome you to apply today.

Location: Chennai, Tamil Nadu, India Job ID: R0067751 Date Posted: 2025-07-30 Company Name: HITACHI ENERGY TECHNOLOGY SERVICES PRIVATE LIMITED Profession (Job Category): Engineering & Science Job Schedule: Full time Remote: No Job Description: The opportunity: As a Senior Fatigue engineer, your main tasks will be to execute fatigue evaluation and simulations for critical R&D projects. You will also be involved in studies and new product development, and you will support R&D teams on simulation designs and provide technical guidance. Your Responsibilities: Understand and identify the current and future Offshore Wind Connections (OWC) product challenges and implement effective solutions HV equipment fatigue evaluation and design quality control. Independently execute HV equipment fatigue evaluation. Proactively provide design suggestions in R&D projects and update relevant technologies and solutions in OWC industry. Technology leader, provide experience and expertise in projects and Support Hitachi Energy in OWC standards advocacy. Coaching the junior engineers and design fatigue test to validate the simulation results. Drive failure analysis, RCA (Root cause analysis), and design of experiments (DOE). Responsible to ensure compliance with applicable external and internal regulations, procedures, and guidelines. Living Hitachi Energy’s core values of safety and integrity, which means taking responsibility for your own actions while caring for your colleagues and the business. Your background: Master's or PhD in applied/fatigue Mechanics, structural engineering Over 10 years of hands-on experience in the design and analysis of naval structures, ensuring compliance with industry standards and addressing specific fatigue and structural mechanics challenges. Excellent expertise in finite element method (FEM) simulation using Abaqus or ANSYS. Ability to design and set up mechanical experiments to validate simulation results and investigate material properties and structural performance. Strong analytical and problem-solving skills, with a track record of addressing complex structural and fatigue issues. In-depth knowledge of industrial standards for electrical equipment design or naval structure fatigue design Fluency in English -written and spoken. Good collaboration and communication skills to thrive in multi-cultural environment. Qualified individuals with a disability may request a reasonable accommodation if you are unable or limited in your ability to use or access the Hitachi Energy career site as a result of your disability. You may request reasonable accommodations by completing a general inquiry form on our website. Please include your contact information and specific details about your required accommodation to support you during the job application process. This is solely for job seekers with disabilities requiring accessibility assistance or an accommodation in the job application process. Messages left for other purposes will not receive a response.

Description The opportunity: As a Senior Fatigue engineer, your main tasks will be to execute fatigue evaluation and simulations for critical R&D projects. You will also be involved in studies and new product development, and you will support R&D teams on simulation designs and provide technical guidance. Your Responsibilities: Understand and identify the current and future Offshore Wind Connections (OWC) product challenges and implement effective solutions HV equipment fatigue evaluation and design quality control. Independently execute HV equipment fatigue evaluation. Proactively provide design suggestions in R&D projects and update relevant technologies and solutions in OWC industry. Technology leader, provide experience and expertise in projects and Support Hitachi Energy in OWC standards advocacy. Coaching the junior engineers and design fatigue test to validate the simulation results. Drive failure analysis, RCA (Root cause analysis), and design of experiments (DOE). Responsible to ensure compliance with applicable external and internal regulations, procedures, and guidelines. Living Hitachi Energy’s core values of safety and integrity, which means taking responsibility for your own actions while caring for your colleagues and the business. Your background: Master's or PhD in applied/fatigue Mechanics, structural engineering Over 10 years of hands-on experience in the design and analysis of naval structures, ensuring compliance with industry standards and addressing specific fatigue and structural mechanics challenges. Excellent expertise in finite element method (FEM) simulation using Abaqus or ANSYS. Ability to design and set up mechanical experiments to validate simulation results and investigate material properties and structural performance. Strong analytical and problem-solving skills, with a track record of addressing complex structural and fatigue issues. In-depth knowledge of industrial standards for electrical equipment design or naval structure fatigue design Fluency in English -written and spoken. Good collaboration and communication skills to thrive in multi-cultural environment. Qualified individuals with a disability may request a reasonable accommodation if you are unable or limited in your ability to use or access the Hitachi Energy career site as a result of your disability. You may request reasonable accommodations by completing a general inquiry form on our website. Please include your contact information and specific details about your required accommodation to support you during the job application process. This is solely for job seekers with disabilities requiring accessibility assistance or an accommodation in the job application process. Messages left for other purposes will not receive a response.

Education: BE / BTech or Masters Degree in Metallurgy, Material Chemistry or Plastic and Polymer Engineering Experience: minimum 3 years to 8 years Work Experience : In addition to knowledge of ferrous and non-ferrous alloys, expertise in selecting and implementing sustainable materials with reduced environmental impact. Knowledge of material degradation mechanisms and methods to design for endurance under high-stress environments. Prior experience of leading design of critical subsystems and components using novel/cutting edge materials. Experience with additive manufacturing techniques and advanced fabrication techniques. Knowledge of fields such as 3D printing of metals, nanomaterials & composites Prior exposure to simulation tools like ANSYS, Abaqus, or COMSOL Multiphysics for material property and component behavior analysis. Experience with FEA (Finite Element Analysis) for failure analysis and optimization. Knowledge of failure analysis characterization using tools such as Scanning Electron Microscopy (SEM), X-Ray Diffraction (XRD), and fracture mechanics to analyze material failures. Familiarity with ASTM and ISO standards for material testing, including tensile, impact, and fatigue tests. Knowledge of compliance with ASME, NACE, and aerospace or defense-specific material standards. Exposure to Six Sigma or Lean methodologies Understanding of OSHA and REACH regulations for materials handling and environmental safety. CAD & Software: o Exposure to tools like SolidWorks, CATIA, and Autodesk Inventor for component design. o Simulation expertise using ANSYS, Abaqus, or COMSOL Multiphysics. o Familiarity with materials selection software such as CES EduPack or MatWeb. o Prior exposure to software tech such as MATLAB or Python for material property analysis and predictive modeling. Interested candidates can forward your resume to mary@chosebconsultanthr.com/9790438392 Job Types: Full-time, Permanent Pay: ₹50,000.00 - ₹120,000.00 per month Benefits: Health insurance Provident Fund Work Location: In person

Location: Chennai, Tamil Nadu, India Job ID: R0067773 Date Posted: 2025-07-31 Company Name: HITACHI ENERGY TECHNOLOGY SERVICES PRIVATE LIMITED Profession (Job Category): Engineering & Science Job Schedule: Full time Remote: No Job Description: The opportunity: As a Senior Fatigue engineer, your main tasks will be to execute fatigue evaluation and simulations for critical R&D projects. You will also be involved in studies and new product development, and you will support R&D teams on simulation designs and provide technical guidance. How you’ll make an impact: Understand and identify the current and future Offshore Wind Connections (OWC) product challenges and implement effective solutions HV equipment fatigue evaluation and design quality control. Independently execute HV equipment fatigue evaluation. Proactively provide design suggestions in R&D projects and update relevant technologies and solutions in OWC industry. Technology leader, provide experience and expertise in projects and Support Hitachi Energy in OWC standards advocacy. Coaching the junior engineers. Design fatigue test to validate the simulation results. Drive failure analysis, RCA (Root cause analysis), and design of experiments (DOE). Living Hitachi Energy’s core values of safety and integrity, which means taking responsibility for your own actions while caring for your colleagues and the business. Responsible to ensure compliance with applicable external and internal regulations, procedures, and guidelines. Living Hitachi Energy’s core values of safety and integrity, which means taking responsibility for your own actions while caring for your colleagues and the business Your Background: Master's or PhD in applied/fatigue Mechanics, structural engineering. Over 10 years of hands-on experience in the design and analysis of naval structures, ensuring compliance with industry standards and addressing specific fatigue and structural mechanics challenges. Excellent expertise in finite element method (FEM) simulation using Abaqus or ANSYS. Ability to design and set up mechanical experiments to validate simulation results and investigate material properties and structural performance. Strong analytical and problem-solving skills, with a track record of addressing complex structural and fatigue issues. In-depth knowledge of industrial standards for electrical equipment design or naval structure fatigue design. Proficiency in both spoken & written English language is required . Qualified individuals with a disability may request a reasonable accommodation if you are unable or limited in your ability to use or access the Hitachi Energy career site as a result of your disability. You may request reasonable accommodations by completing a general inquiry form on our website. Please include your contact information and specific details about your required accommodation to support you during the job application process. This is solely for job seekers with disabilities requiring accessibility assistance or an accommodation in the job application process. Messages left for other purposes will not receive a response.

Job Title: Multi-Disciplinary Design & Simulation Engineer (CAD/CAE/Computation Expert) Location: Gurugram, Haryana Employment Type: Full-Time / Part-Time / Project-Based Company: Stuvalley Technology Pvt. Ltd. About the Role Stuvalley Technology Pvt. Ltd. is seeking highly skilled and software-proficient professionals with strong expertise in design, simulation, analysis, and mathematical modeling. The ideal candidate will have hands-on experience in tools such as CATIA, ANSYS, MATLAB, AutoCAD, ETAP, and others, and should be from a Mechanical, Electrical, Civil, Computer Science, Mathematics, or Physical Sciences background. This is an exciting opportunity for professionals who are passionate about applying their technical skills across academic, industrial, and research-based projects. Key Responsibilities Develop and optimize 2D/3D CAD models using CATIA, NX (Unigraphics), AutoCAD, and related tools Perform Finite Element Analysis (FEA), motion simulation, or thermal/stress analysis using ANSYS, MATLAB Simulink, etc. Conduct power system simulations using ETAP or similar platforms Work on structural, civil, or electrical design using domain-specific tools Prepare engineering calculations, models, and technical documentation Collaborate with multi-disciplinary teams for project-based design solutions Contribute to training, consulting, or R&D work as needed Software & Domain Expertise Mechanical Engineering CATIA, NX, SolidWorks, AutoCAD, ANSYS, Abaqus, MATLAB, Pro/E (Creo), Fusion 360 Electrical Engineering ETAP, AutoCAD Electrical, EPLAN, PSCAD, PSpice, MATLAB Simulink Civil Engineering AutoCAD Civil 3D, Revit, STAAD Pro, SAP2000, ETABS Computer Science/Mathematics MATLAB, Python, R, AnyLogic, Simulink, Mathematica, Maple Physics/Chemistry COMSOL Multiphysics, ChemCAD, Origin, LabVIEW, Ansys Fluent Qualifications Bachelors, Masters, or PhD in a relevant engineering or science discipline Strong command of relevant design and simulation tools Ability to integrate engineering principles into digital workflows Strong analytical, documentation, and communication skills Preferred Experience Exposure to academic research, consulting, or product development Involvement in multi-disciplinary or cross-functional projects Experience mentoring or training others in technical tools A portfolio demonstrating prior simulation/design work is desirable How to Apply Interested candidates may send their updated CV and portfolio (if available) to [HIDDEN TEXT] Please mention Application: CAD/Simulation Expert in the subject line. Show more Show less

The Opportunity As a Senior Fatigue engineer, your main tasks will be to execute fatigue evaluation and simulations for critical R&D projects. You will also be involved in studies and new product development, and you will support R&D teams on simulation designs and provide technical guidance. Your Responsibilities Understand and identify the current and future Offshore Wind Connections (OWC) product challenges and implement effective solutions HV equipment fatigue evaluation and design quality control. Independently execute HV equipment fatigue evaluation. Proactively provide design suggestions in R&D projects and update relevant technologies and solutions in OWC industry. Technology leader, provide experience and expertise in projects and Support Hitachi Energy in OWC standards advocacy. Coaching the junior engineers and design fatigue test to validate the simulation results. Drive failure analysis, RCA (Root cause analysis), and design of experiments (DOE). Responsible to ensure compliance with applicable external and internal regulations, procedures, and guidelines. Living Hitachi Energy’s core values of safety and integrity, which means taking responsibility for your own actions while caring for your colleagues and the business. Your Background Master's or PhD in applied/fatigue Mechanics, structural engineering Over 10 years of hands-on experience in the design and analysis of naval structures, ensuring compliance with industry standards and addressing specific fatigue and structural mechanics challenges. Excellent expertise in finite element method (FEM) simulation using Abaqus or ANSYS. Ability to design and set up mechanical experiments to validate simulation results and investigate material properties and structural performance. Strong analytical and problem-solving skills, with a track record of addressing complex structural and fatigue issues. In-depth knowledge of industrial standards for electrical equipment design or naval structure fatigue design Fluency in English -written and spoken. Good collaboration and communication skills to thrive in multi-cultural environment. Hitachi Energy is a global technology leader in electrification, powering a sustainable energy future through innovative power grid technologies with digital at the core. Over three billion people depend on our technologies to power their daily lives. With over a century in pioneering mission-critical technologies like high-voltage, transformers, automation, and power electronics, we are addressing the most urgent energy challenge of our time – balancing soaring electricity demand, while decarbonizing the power system. Headquartered in Switzerland, we employ over 50,000 people in 60 countries and generate revenues of around $16 billion USD. We welcome you to apply today.

Please share your profile on - Harsha.bhatewara@ggsengg.com Education - BE/ B Tech OR ME / M Tech Job Location - Magarpatta, Pune Minimum Experience - 4+ yrs Job Description for CAE Analysis Engineer- Perform finite element modeling & analysis for simulation-driven mechanical product development and provide virtual validation support in the areas of Life Prediction. Job profile:- Modeling and analysis using Hypermesh & Abaqus/Optistruct. Primary Skills :- Hypermesh & Abaqus/Optistruct experience Good Understanding of automotive or off-highway vehicle components Welded structures FEA, fatigue analysis experience, and also has worked on the bolted joint. Hands-on experience in Optistruct and should have experience in debugging the convergence issues. Experience in handling assembly level analysis, weldments/sheet metal part Bolted joint modeling. The job location is Pune. Secondary Skills :- Extensive use of computer-aided engineering tools, specifically for FEA, Strong analytical and problem-solving skills Strong communication skills Exposure to co-simulation will be added advantage

Location: Chennai, Tamil Nadu, India Job ID: R0067751 Date Posted: 2025-07-30 Company Name: HITACHI ENERGY TECHNOLOGY SERVICES PRIVATE LIMITED Profession (Job Category): Engineering & Science Job Schedule: Full time Remote: No Job Description: The opportunity: As a Senior Fatigue engineer, your main tasks will be to execute fatigue evaluation and simulations for critical R&D projects. You will also be involved in studies and new product development, and you will support R&D teams on simulation designs and provide technical guidance. Your Responsibilities: Understand and identify the current and future Offshore Wind Connections (OWC) product challenges and implement effective solutions HV equipment fatigue evaluation and design quality control. Independently execute HV equipment fatigue evaluation. Proactively provide design suggestions in R&D projects and update relevant technologies and solutions in OWC industry. Technology leader, provide experience and expertise in projects and Support Hitachi Energy in OWC standards advocacy. Coaching the junior engineers and design fatigue test to validate the simulation results. Drive failure analysis, RCA (Root cause analysis), and design of experiments (DOE). Responsible to ensure compliance with applicable external and internal regulations, procedures, and guidelines. Living Hitachi Energy’s core values of safety and integrity, which means taking responsibility for your own actions while caring for your colleagues and the business. Your background: Master's or PhD in applied/fatigue Mechanics, structural engineering Over 10 years of hands-on experience in the design and analysis of naval structures, ensuring compliance with industry standards and addressing specific fatigue and structural mechanics challenges. Excellent expertise in finite element method (FEM) simulation using Abaqus or ANSYS. Ability to design and set up mechanical experiments to validate simulation results and investigate material properties and structural performance. Strong analytical and problem-solving skills, with a track record of addressing complex structural and fatigue issues. In-depth knowledge of industrial standards for electrical equipment design or naval structure fatigue design Fluency in English -written and spoken. Good collaboration and communication skills to thrive in multi-cultural environment. Qualified individuals with a disability may request a reasonable accommodation if you are unable or limited in your ability to use or access the Hitachi Energy career site as a result of your disability. You may request reasonable accommodations by completing a general inquiry form on our website. Please include your contact information and specific details about your required accommodation to support you during the job application process. This is solely for job seekers with disabilities requiring accessibility assistance or an accommodation in the job application process. Messages left for other purposes will not receive a response.

Looking for challenging role? If you really want to make a difference - make it with us Can we energize society and fight climate change at the same time? At Siemens Energy, we can. Our technology is key, but our people make the difference. Brilliant minds innovate. They connect, create, and keep us on track towards changing the world’s energy systems. Their spirit fuels our mission. Our culture is defined by caring, agile, respectful, and accountable individuals. We value excellence of any kind. Sounds like you? Siemens Energy India Limited is seeking a responsible, professional, and self-motivated individual to join the Gas Turbine R&D, Gurgaon as a ‘Gas Turbine - Engine Integration (SAS & Heat Transfer) Engineer’. This position provides an exciting opportunity to work in a fast-paced, dynamic, global product development environment. This position is for an experienced professional, who will be responsible for assessment of flows (Secondary air system model), thermals and displacements (Whole engine model) to support R&D projects of Gas turbines. The selected candidate will join an aspiring team of engine integration engineers working on the existing GT product and/or the next generation of Siemens Gas turbines. This position will report to the whole engine module manager at Gurgaon. Your new role – challenging and future- oriented: Development and analysis of Secondary air system (SAS) & Whole engine (WE) models to estimate mass flows, temperature & displacements of gas turbine. Complete ownership of the Secondary air system & Whole engine models for different gas turbine variants. Responsible for model results and successful completion of design or gate reviews for new product initiatives and service upgrades. Perform quick design trade studies via. Secondary air system and Whole engine model assessment. Incorporate best practices from Siemens gas turbines regarding engine operations and controls. Develop instrumentation and testing plans to support engine development program, and calibrate/validate SAS & WE models based on the measured instrumentations. Post-processing of Secondary air system results to be applied in Whole engine thermo-mechanical model for metal temperature predictions and clearance’s optimization. Collaborate with different design groups to drive design changes in order to optimize engine performance. We don’t need superheroes, just super minds: Bachelor / Master’s Degree in Mechanical/Aerospace engineering discipline from recognized university. More than 3 years of experience in the design and development of Gas turbine components in context to Secondary air system, whole engine modeling, clearances & sealing design. Basic understanding of gas turbine components and operations, including key design criteria in context to Secondary air system & Whole engine models. Experience with Fluid Mechanics & Heat Transfer techniques in Gas turbines. Knowledge of fluid and structure interactions to simulate SS and transient conjugate thermal analysis. Proficiency in one or multiple computational modeling tools for thermo-mechanical or computational fluid dynamics analysis (e.g., SC03, CFX, Ansys, Abaqus, NASTRAN, ProE, NX etc.). Problem-solving ability. Data analysis skills. Verbal and written communication skills. Positive Interpersonal skills (i.e., team player, quick learner, ability to adapt changes with growth mind set etc.). We’ve got quite a lot to offer. How about you? This role is based at Site (Gurgaon). You’ll also get to visit other locations in India and beyond, so you’ll need to go where this journey takes you. In return, you’ll get the chance to work with teams impacting entire cities, countries – and the shape of things to come. We’re Siemens. A collection of over 379,000 minds building the future, one day at a time in over 200 countries. We're dedicated to equality, and we welcome applications that reflect the diversity of the communities we work in. All employment decisions at Siemens are based on qualifications, merit and business need. Bring your curiosity and imagination and help us shape tomorrow.

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.

Software used : Ansa, Nastran, Abacus, Ncode, Meta post Analysis : Linear, Non Linear, Fatigue Analysis, Non Linear Abacus Analysis Full Vehicle, Chassis Durability, Chassis/ Frame Experience : 5 + Years Location : Pune/ Chennai Interested candidates can share their resumes to vibin.george@tataautocomp.com

Job Title: Multi-Disciplinary Design & Simulation Engineer (CAD/CAE/Computation Expert) Location: Gurugram, Haryana Employment Type: Full-Time / Part-Time / Project-Based Company: Stuvalley Technology Pvt. Ltd. About the Role Stuvalley Technology Pvt. Ltd. is seeking highly skilled and software-proficient professionals with strong expertise in design, simulation, analysis, and mathematical modeling. The ideal candidate will have hands-on experience in tools such as CATIA, ANSYS, MATLAB, AutoCAD, ETAP, and others, and should be from a Mechanical, Electrical, Civil, Computer Science, Mathematics, or Physical Sciences background. This is an exciting opportunity for professionals who are passionate about applying their technical skills across academic, industrial, and research-based projects. Key Responsibilities Develop and optimize 2D/3D CAD models using CATIA, NX (Unigraphics), AutoCAD, and related tools Perform Finite Element Analysis (FEA), motion simulation, or thermal/stress analysis using ANSYS, MATLAB Simulink, etc. Conduct power system simulations using ETAP or similar platforms Work on structural, civil, or electrical design using domain-specific tools Prepare engineering calculations, models, and technical documentation Collaborate with multi-disciplinary teams for project-based design solutions Contribute to training, consulting, or R&D work as needed Software & Domain Expertise Mechanical Engineering CATIA, NX, SolidWorks, AutoCAD, ANSYS, Abaqus, MATLAB, Pro/E (Creo), Fusion 360 Electrical Engineering ETAP, AutoCAD Electrical, EPLAN, PSCAD, PSpice, MATLAB Simulink Civil Engineering AutoCAD Civil 3D, Revit, STAAD Pro, SAP2000, ETABS Computer Science/Mathematics MATLAB, Python, R, AnyLogic, Simulink, Mathematica, Maple Physics/Chemistry COMSOL Multiphysics, ChemCAD, Origin, LabVIEW, Ansys Fluent Qualifications Bachelor’s, Master’s, or PhD in a relevant engineering or science discipline Strong command of relevant design and simulation tools Ability to integrate engineering principles into digital workflows Strong analytical, documentation, and communication skills Preferred Experience Exposure to academic research, consulting, or product development Involvement in multi-disciplinary or cross-functional projects Experience mentoring or training others in technical tools A portfolio demonstrating prior simulation/design work is desirable How to Apply Interested candidates may send their updated CV and portfolio (if available) to info@stuvalley.com Please mention “Application: CAD/Simulation Expert” in the subject line.

Job Code: Compressor -Design Engineer Job Summary : Technology & Product Development of Refrigerator / Home Appliances Job Location : Greater Noida ( Willing to Travel 20-60% Oversea and Domestic as per requirement ) Department : Refrigerator R&D Reporting to : Team Leader/Part Leader Desired Profile Must Have : Experience of Management system Reviews, Good Presentation Skills, Candidates should possess good communication skills [ Verbal & Writing ] Inter personnel skills and good analytical thinking, Ability to work independently and as part of a team & Better Interaction with CFT. Job Description Overview: The Compressor design engineer is responsible for the design, development, testing, and optimization of reciprocating inverter compressors specifically for refrigerator applications. This role involves leveraging deep knowledge of thermodynamic principles, mechanical engineering, and control systems to enhance compressor efficiency, reliability, and energy efficiency. The engineer will lead efforts in field failure analysis, value innovation, and reliability improvement, working closely with cross-functional teams to ensure that compressors meet stringent performance and regulatory standards. Key Responsibility : Should have knowledge of 3D Design Tools (Ex: UG/NX, CREO, SolidWork) & should have capability to make part and assembly designing of complete system. Design & development New reciprocating inverter compressor models for refrigerator applications, focusing on improving energy efficiency, noise reduction, and reliability. Modify existing compressor designs to incorporate advanced inverter technologies and optimize performance under varying load conditions. Perform detailed thermal and mechanical analyses to ensure optimal performance and durability. Use simulation tools (e.g., ANSYS, MATLAB) to model compressor behavior under different operating conditions. Plan and execute comprehensive testing protocols to evaluate compressor performance, including efficiency, vibration, noise levels, and reliability. Analyze test data to identify areas for improvement and troubleshoot issues. Ensure all designs comply with relevant industry standards (e.g., UL, CE, DOE) and safety regulations. Conduct thorough field failure analysis to identify root causes of compressor malfunctions and failures. Collect and analyze data from field returns and customer feedback to inform design improvements. Develop corrective actions and preventive measures to enhance product reliability. Lead initiatives to innovate compressor designs, focusing on cost reduction, performance enhancement, and new feature integration. Explore and implement novel materials, manufacturing processes, and design concepts to create competitive advantages. Collaborate with R&D teams to develop next-generation compressor technologies Provide technical support to product development, manufacturing, and customer service teams. Design Skills: UG NX, CAE Tools – Hyper mesh, ANSYS, Abaqus, Nastran , PMP , Six Sigm[GB/ BB] Experience : 02~06 Years Education: Bachelor / Master of Technology (Design) preferably from NIT’s / IIT’s Interested candidates can share their cv's at "siddhartha.singh@lge.com"

Develop and execute FEA simulation, Create detailed finite element models from CAD geometry (meshing, boundary conditions, materials, and load applications). Document methodologies, assumptions, and results in clear technical reports.

Bachelor in Mechanical Engineering [B.Tech/ B.E], or Master in Engineering [M.Tech/ M.E] from a reputed institute Good command of English (written and spoken) Work Experience Required: At least 4-8 years of relevant experience in structural Nonlinear Simulation. Preferred: Dealing with electromechanical products preferably connectors and assemblies. Experience in working with European/German MNC is preferred ESSENTIAL FUNCTIONS General Hands on working knowledge of any of the commercial FEA solvers like Abaqus / Ansys/ Nastran/ Isight Hands on experience with any of the Pre-processing application Simcenter 3D/ Abaqus CAE Define analysis requirements of Mechanical/ Electro-mechanical systems including Finite element analysis for Nonlinear, Optimization and DOE simulation. Hands on experience in working with New Product Design Development (NPI/NPD) of electromechanical products. Python/ Matlab or any other scripting language for automated workflow creation, Optimization and new methodology implementation is added advantage. Coordinate and work with other analysts across other departments to analysis methodologies and design constraints. Flexible approach to work and the ability to adapt to change. Able to work in a team environment with ability to work on your own, Self-motivated attitude. Meet the organization goals and targets and achieve by executing the plans meticulously. Major simulation areas of interest: Hands on experience in Structural Nonlinear analysis (Contact, Plastic, Elastomers analysis)- preferred Hands on experience in performing Parametric Optimization or DOE analysis - Preferred. Knowledge on Plastic material and flow simulation will be added advantages. Candidate should be proficient in hand calculations and good with engineering fundamentals. Hands on experience in Explicit analysis will be added advantages Contacts (Terminals) mating force through linear or non-linear contact simulation and predict endurance life of the product. General Skills: Very good communication presentation skills in English and preferred if German language is known. Very high level of self-initiated and self-organized person to develop and motivate the team members and drive the results out of them and define career path for the team for long term growth. Planning of work and execution on time ability to handle unplanned activities in crucial times. Thinking and acting globally and willingness for short term travel to Global locations.