12 Fea Analysis Jobs

Hands on experience in using SolidWorks CAD tool is required for this role. You should have expertise in various manufacturing methodologies, especially in sheet metal and/or plastics injection molding. It is essential to have experience in designing mechanical and electro-mechanical assemblies, particularly working on complex assemblies in SolidWorks. You should possess excellent drafting and detailing skills, as well as be proficient in GD&T and Tolerance stack up analysis. Experience in manual design calculation and exposure to FEA analysis are important aspects of this role. Supplier interaction and cross-functional coordination for project execution and closure are also key responsibilities. You should have experience in design verification and documentation, as well as in Engineering Change Management. Knowledge of the medical device development lifecycle and standards is required. Experience in Product Teardown analysis, Function analysis, and leading technical evaluations with experts to make decisions are essential. It would be beneficial to have knowledge of VAVE methodologies and tools, as well as global design standards like IEC, UL, CSA, NEMA, or any other compliance standard. You should have experience in design verification, developing and executing protocols, and related documentation. Additionally, performing Failure Analyses and Investigation reports, working out proposals, and cost estimates of project-related costs are part of the responsibilities. Being self-motivated and proactive is important for this role, as well as taking complete ownership of the assigned projects.,

Department: Thermal Engineering Employment Type: Permanent - Full Time Location: Gurgaon - India Description At Lummus Technology, innovation thrives, and excellence is a shared pursuit. When you join the Lummus Family, you are empowered to make an impact and be part of a dynamic team that celebrates creativity, encourages professional development, and fosters collaboration. From our technology portfolio to our global workforce, Lummus is growing at a rapid pace, and we hope that you will grow with us during this exciting time. Job Overview Senior PPL Thermal Engineer provides technical services and leadership/guidance across Lummus Heat Transfer and Lummus Technology business groups and supporting licensed Fired Heater and special fired heat transfer equipment products. The technical services will be in the areas of process integration, evaluation, selection, troubleshooting and thermal/mechanical design as well as development of fired heat transfer equipment. Details of the Role Provide and maintain specific technical know-how for special fired heat transfer equipment including participation in development programs for new products and internal procedures/standards Develop or support/guide others to develop specific standards, technical specifications and internal procedures related to fired heat transfer equipment Provide leadership, training, and guidance to other team members for all matters related to fired heat transfer Provide support to general operations/projects for developing and maintaining material requisition and standards Perform, review or guide others for thermal ratings, data sheet preparation, material requisitions preparation and technical bid evaluations Review and provide guidance on non-standard or advanced heat transfer technologies offered by vendors or other parties Participate in review meetings with business lead and in meetings with PMs and clients Participate in development activities, if required Troubleshoot Fired Heater issues Review Fired Heater proposals and checks drawings, if required Perform other job assignments as required Attend site visits (vendors/clients) and participate in technical conferences Participate in patent creation as well as papers preparation and presentation. Skills, Knowledge and Expertise Basic Qualifications Master of Science degree (TU) or Bachelor of Science degree (HTO) in Chemical Engineering, Applied Physics or Mechanical Engineering At least 20 years of detail thermal engineering experience Experience in process industry Experience in field evaluation and troubleshooting of Fired Heater is a plus Deep understanding of codes and standards of TEMA, ASME, ISO and API etc. Being current on new scientific engineering methods and possesses a technical knowledge of the detail design engineering process Capability of appropriate use of computer applications and other specialized engineering tools , process simulators, CAD and mechanical design tools Experience and familiarity with CFD and FEA analysis and software a plus Proven experience in design of equipment such as TEMA exchangers, air coolers or other special exchanger types will be a plus. Capability of interpreting P&IDs, PFDs, process data sheets and other process related documents Ability to report and to coordinate Ability to improvise Flexibility Ability to hand friction and stress Ability to work in team, review the work of others and provide guidance and training Good verbal and written communication skill Ability and willingness to travel, when required, for internal meetings as well as clients/vendor meetings and conference. With a heritage spanning more than 115 years and a focus on innovation that has resulted in more than 140 technologies and 4,100 patents, Lummus is the global leader in the development and implementation of process technologies that make modern life possible. Alert ALERT - Lummus Technology is aware of a hiring scam coming from a fake email account, [HIDDEN TEXT]. This is not a valid email, nor will it be for an actual job opening. If you receive an email like this, please do not share any personal information. We encourage applicants to apply for jobs directly through our Careers Page, https://careers.lummustechnology.com/. Show more Show less

As a Simulation Engineer specializing in Powertrain Durability at TVS Motor Company, you will be responsible for independently managing the delivery of powertrain durability simulations for 2-wheelers. In this role, you will collaborate with design leads to comprehend project scopes, allocate resources, prioritize work, and ensure timely project completion. Your expertise in various engineering fundamentals such as Strength of Materials, Applied Mechanics, Finite Element Methods, Powertrain Simulations, and Fatigue will be crucial in this position. You should possess proficiency in conducting Linear and Non-linear static analyses, Modal, Harmonic, and PSD response simulations of components and assemblies. Your responsibilities will also include performing duty cycle-based fatigue simulations on 2-wheeler components and sub-assemblies, proposing design optimizations based on FEA analysis, and considering manufacturing and packaging constraints for design changes. Additionally, you will be expected to establish correlations between test results and simulations, guarantee 100% quality and on-time delivery, and focus on weight and cost reduction through optimization techniques. To excel in this role, hands-on experience with tools such as HyperMesh, HyperView, Nastran/Optistruct, and FEMFAT/Hyperlife/n-code is essential. Your functional competencies should encompass product knowledge, product engineering and development, as well as automotive fundamentals. Moreover, your behavioral competencies will be tested through your communication skills, ability to work collaboratively in teams, interpersonal effectiveness, personal leadership, job completion rigor, customer-centric approach, and time management skills. Furthermore, you will be expected to exhibit leadership competencies by leading innovation and diverse teams, showcasing adaptability, and demonstrating strategic thinking. TVS Motor Company, known for its reputation as a global two and three-wheeler manufacturer committed to sustainable mobility, offers you the opportunity to be part of a dynamic and customer-centered organization. If you are looking to be a part of a company that values innovation, customer satisfaction, and global leadership in mobility solutions, TVS Motor Company is the place for you. For more information, visit www.tvsmotor.com.,

As the Platform Team Lead for Vehicle Design & Integration (Premium Motorcycles) at Hero Motocorp, you will be responsible for leading the design & integration team for VED systems for the GB premium/high performance motorcycle platforms under your supervision. This includes overseeing the Structures, Wheel, Brakes, and Suspension systems, as well as ensuring the Vehicle Integration of all systems/components on the motorcycle. Your role will involve identifying critical-to-quality parameters, detailing the design & release of all VED systems for the project, and developing a validation plan to meet customer expectations. Additionally, you will need to understand the various use cases and loading conditions during vehicle running & handling and translate them into a validation specification. It is crucial for you to be an expert in understanding and maintaining HMCL stage gate requirements, regulatory standards, and safety compliance. You will also be expected to create and update standard R&D documentation such as Design Guidelines (HEG), DFMEA, and problem-solving tools. Your day-to-day responsibilities will include ensuring the delivery of VED project deliverables within set CTQ Parameters, providing VED technical leadership for the platforms within the entire HMCL organization, managing the VED Platform team to achieve maximum NPD efficiency, conducting system layout & design reviews, offering technical guidance for VED work from a vehicle platform perspective, and working towards ensuring the smooth implementation of LEAP/LEAD/MP activities. To be eligible for this role, you should have a BE/ BTech in Mechanical/Automotive Engineering from a renowned institute. Your technical skills should encompass project management, people management, communication & influencing skills, understanding of DFMEA, DFM / DFA / DFS and GD&T, knowledge of vehicle systems such as structures, Suspension, Brakes, Wheels, and Vehicle Integration, innovation capabilities, FEA analysis proficiency, test and validation planning expertise, and understanding of Layout/vehicle dynamics of motorcycles. Additionally, having experience in handling suppliers and internal/external customers, along with a passion for motorcycling and automotive engineering, would be advantageous. Working at Hero Motocorp, the world's largest manufacturer of motorcycles and scooters for the last 22 years, will provide you with the opportunity to collaborate with bright innovators dedicated to excellence. You will be part of India's esteemed legacy, contributing to a brand celebrated by 110 million Indians and expanding its global presence as a manufacturing powerhouse. If you are someone who aspires to achieve big dreams with unwavering conviction, Hero Motocorp is the ideal workplace for you. Join us in shaping the future of mobility, driving innovation, and striving for the best in the industry. Hero MotoCorp, headquartered in New Delhi, is a global leader in manufacturing motorcycles and scooters, with a presence in 47 countries across Asia, Africa, Latin America, and the Middle East. Committed to developing modern, technologically advanced, and eco-friendly mobility solutions, Hero MotoCorp aims to achieve its next 100 million sales by 2030. With a focus on sustainability, innovation, and global expansion, Hero MotoCorp offers a dynamic work environment where you can unleash your full potential and be part of a pioneering team driving positive change in the world of transportation.,

The Mechanical Engineer will be responsible for implementing project designs and developments, creating component libraries, and developing new specifications or modifying existing ones for standard reusable accessories and components of main equipment such as Inverters, transformers, and Panels. You will work within a central data repository and report to the team manager of INOPC PGGA PCS - Power System Engineering team. Your responsibilities will include leading and executing conceptual and detailed mechanical designs for Structural steel skids, Metal Enclosures/Containers, Portable substations, and MV/LV panel housings. You will perform structural analysis and FEA simulation on containers/skids, considering various loads such as Dead load, live load, Wind load, and seismic load as per applicable standards ASCE-7. Additionally, you will develop and validate lifting and transportation plans using analytical methods and tools, design HVAC systems for battery/storage containers, apply ISO and IEC standards in design, and prepare design documentation, drawings, and engineering BOMs. In collaboration with electrical and controls teams, you will work on electromechanical integration and engage with Global Stakeholders to understand their requirements. You will provide technical input during manufacturing, assembly, and testing processes, conduct CFD analysis for battery containers, support motion studies, rendering, and VR walkthroughs for design reviews and customer presentations, and ensure compliance with relevant regulations, procedures, and guidelines. To qualify for this role, you should have a Bachelor's degree in mechanical engineering or a related field, along with 5 to 10 years of experience. Experience in layout design, switchgear/metering cabinet design, understanding of electrical clearances and safety norms for MV/LV applications, familiarity with the manufacturing process of control panels, distribution systems, UPS, and battery-based power systems is required. Proficiency in AutoCAD for 2D drawings, layout development, and detailed design SLD is essential, as well as experience in SolidWorks for 3D Part & Assembly modeling, FEA analysis, CFD analysis, Motion Study, Animation, Rendering, and VR walkthroughs. Hitachi Energy values safety and integrity, and as a Mechanical Engineer, you are expected to uphold these core values by taking responsibility for your actions, caring for your colleagues, and the business. If you are an individual with a disability requiring accessibility assistance or accommodation during the job application process, you may request reasonable accommodations by completing a general inquiry form on the Hitachi Energy website. Please include your contact information and specific details about your required accommodation to support you during the application process. This accommodation is exclusively for job seekers with disabilities, and messages for other purposes will not receive a response.,

You will be participating in a Walk-in Drive for Gas Distribution in the Semiconductor Domain on the 12th of July 2025 at Bangalore ITPL. The event will take place from 9:30 AM to 2 PM at HCLTech, Unit-B ITPL, Aviator Building, Whitefield Road, SEZ, Whitefield, Bengaluru, Karnataka 560066. You can contact Hemalatha or Kalaivani at kalaivani.t@hcltech.com or hemalatha_a@hcltech.com for further information. As a Mechanical Engineer in this role, your key responsibilities will include developing, designing, or modifying mechanical engineering layouts/schematics and/or detailed drawings/specifications of difficult scope under guidance. You will collaborate with cross-functional teams for extended design roles related to Simulation requirements, interpreting simulation data, and providing valuable solutions for further optimizations. Additionally, you will be involved in product design & drafting of various components using CAD tools such as UG NX, Creo, and Inventor, as well as specifying and reviewing engineering documentation. Your primary job responsibilities will revolve around gas distribution system design, component selections, and the design, development, and implementation of custom mechanical tooling and fixturing. You will also be responsible for selecting OEM components like regulators, valves, UHP fittings, and vacuum sensors, as well as performing engineering analysis of difficult scope with limited supervision. Hands-on experience in the assembly of vacuum chamber/exhaust/gas delivery systems or subsystems, preparing DOE, and validating the assembly with the required outcome will be crucial. To qualify for this position, you should hold a B.Tech/M.Tech in Mechanical Engineering with relevant industry work experience, preferably in the Semiconductor sector. Demonstrating conceptual and practical expertise in your discipline, as well as basic knowledge of related disciplines, will be essential. You should possess knowledge of mechanical engineering design, heat transfer, engineering drawings, GD&T/ASME standards, SEMI, ANSI, ISO standards, materials & manufacturing processes, numerical methods, AutoCAD, TCE, SolidWorks, UG NX/Inventor, and analysis. In terms of business expertise, you are expected to have knowledge of best practices and understand how your area integrates with others in the market. You may act as a resource for colleagues with less experience, lead small projects with manageable risks and resource requirements, and solve complex problems by taking a new perspective on existing solutions based on the analysis of multiple sources of information. Your impact will be felt across a range of customer, operational, project, or service activities within your team and other related teams, working within broad guidelines and policies. Your interpersonal skills will be crucial as you explain difficult or sensitive information and work towards building consensus within the team.,

The Mechanical Engineer role at our company involves implementing project designs, developing component libraries, creating specifications, and modifying existing standards for various equipment such as Inverters, transformers, and Panels. Reporting to the team manager of INOPC PGGA PCS - Power System Engineering team, you will play a vital role in these activities. Your responsibilities will include leading and executing conceptual and detailed mechanical designs for structures like steel skids, metal enclosures, portable substations, and panel housings. You will conduct structural analysis and FEA simulations on containers/skids, considering various loads including dead load, live load, wind load, and seismic load. Additionally, you will develop lifting and transportation plans, design HVAC systems, apply relevant design standards, prepare documentation, collaborate with other teams, provide technical input during manufacturing, and conduct various analyses to ensure design efficiency. To succeed in this role, you should hold a Bachelor's degree in mechanical engineering or a related field with 5 to 10 years of experience. You must have expertise in layout design, switchgear/metering cabinet design, understanding of electrical clearances and safety norms for MV/LV applications, and familiarity with manufacturing processes of control panels, distribution systems, and power systems. Proficiency in AutoCAD for 2D drawings, layout development, and detailed design is required, along with experience in SolidWorks for 3D modeling, drafting, FEA analysis, and other related tasks. As part of Hitachi Energy, you will be expected to embody the core values of safety and integrity, taking responsibility for your actions while caring for colleagues and the business. If you require accommodations due to a disability, you can request them through a specific form on our website to support you during the job application process.,

As a Mechanical Engineer in the Semiconductor domain, you will be responsible for the gas distribution system design and components selections. Your role will involve designing, developing, and implementing custom mechanical tooling, fixturing, and associated processes to facilitate the handling, assembly, and disassembly of parts throughout the product life cycle. You will establish standards across operational processes and have a key part in selecting OEM components such as regulators, valves, UHP fittings, and vacuum sensors. Your key responsibilities will include developing, designing, or modifying mechanical engineering layouts, schematics, and detailed drawings under guidance. You will collaborate with cross-functional teams for extended design roles, interpret simulation data, and provide valuable solutions for further optimizations. Additionally, you will be involved in product design and drafting using CAD tools, specifying and reviewing engineering documentation, and implementing concepts for various product issues and mechanical solutions. To excel in this role, you should hold a B. Tech/M. Tech in Mechanical Engineering with relevant industry experience, preferably in the Semiconductor sector. You are expected to demonstrate expertise in mechanical engineering design, heat transfer, engineering drawings, GD&T/ASME standards, SEMI, ANSI, ISO standards, materials, manufacturing processes, numerical methods, CAD tools, and analysis. In addition, you should possess problem-solving skills, the ability to work within broad guidelines and policies, and the capacity to impact a range of customer, operational, project, or service activities within your team and related teams. Your leadership capabilities will be showcased as you act as a resource for colleagues with less experience and potentially lead small projects with manageable risks and resource requirements. If you are a self-driven individual with a passion for mechanical engineering and a desire to work in the dynamic Semiconductor industry, this opportunity at HCLTech in Bangalore could be the perfect fit for you. Join us in our journey of innovation and excellence as we push the boundaries of technology and engineering.,

Role & responsibilities FEA with Analysis Experience - 1 to 2 Years Ansys CFD If anyone interested do share your cv @ sulochana@harita.co.in or reach out to mobile @6374558623

Role & responsibilities Responsibilities for this position include, but are not limited to, the following. Design Activities for PMI and NPD Projects: 1.New Creations Contribute to new part creations ( BOM/Test specifications ) for Steering Units 2.Component Designing: Develop and refine hydraulic steering components and systems for optimal performance and durability. Collaborate with cross-functional teams to enhance product efficiency. Demonstrate technical expertise and creativity for PMI & NPD projects globally. Ensure designs meet functional, reliability, and performance standards. Review Change/Risk assessments for Change Requests and Waivers 3.AI-Driven Design: Utilize AI tools for efficient part and BOM (Bill of Materials) and Test specification creation to optimize design processes FEA Analysis & LCA Calculations: 1.Finite Element Analysis (FEA): Conduct structural analysis, stress testing, and optimization to validate designs. Utilize advanced FEA tools to improve component reliability and efficiency. 2.LCA Ownership & Reporting: Data Analytics for ESG Reporting Lead LCA calculations and reporting for NPD and PMI projects within the BU, using tools to track and report sustainability metrics Support SCIP and FMD requests as on required. Performance Monitoring & IATF audit compliance: Track and analyze KPIs and process metrics to ensure alignment with organizational goals for Business Unit and Lead IATF audits Provide actionable insights for performance improvement. Background & Skills The ideal candidate possesses these skills. Education Required: Bachelor's in Mechanical Engineering from reputed college Additional certifications in Hydraulic Systems or component Designs is plus Experience Required: 2-5 years of relevant hydraulic industry experience Technical Skills Required : Sustainable Design Principles Understanding eco-friendly materials, energy-efficient designs, and circular economy concepts, preferred ESG Compliance & Regulations – Familiarity with global sustainability standards like ISO 14001, and carbon footprint assessments, preferred Preferred candidate profile Design & FEA Analysis Hands-on experience with UG NX CAD software (course completion preferred). Strong understanding of hydraulic steering product design or similar hydraulic components, including geometric tolerances and DFMEA. Extensive knowledge of hydraulic circuits and bill of materials. Familiarity with change management processes and conducting risk assessments. Hands-on Finite Element Analysis (FEA) for component validation, preferred. PLM PLM (Product Life Cycle Management ); Active Workspace knowledge/experience preferred ESG

We are looking for a skilled Structural Design Engineer with hands-on experience in designing high-raised industrial sheds and solar mounting structures . The candidate should possess strong structural analysis skills, be proficient with relevant design software, and have a solid understanding of applicable codes and standards. 1. Structural Design of High-Raised Sheds: Structural design and analysis of steel buildings including warehouses, factory sheds, and PEB structures. Detailing of components such as columns, rafters, trusses, purlins, sag rods, and bracing. Ensure compliance with IS codes and project-specific requirements. Coordinate with architects, fabricators, and execution teams to ensure successful project implementation. 2. Solar Mounting Structure Design: Design and optimization of rooftop and ground-mounted solar support structures (steel/aluminum). Perform structural calculations, layout preparation, and wind load analysis. Support geotechnical assessments and foundation designs (pile/raft/micropile). Review and finalize fabrication/shop drawings and support the construction team with design clarifications. 3. Software & Tools Proficiency: Hands-on experience with structural software like STAAD.Pro, AutoCAD, SketchUp , and FEA analysis tools . Use MS Excel for structural calculations, documentation, and reporting. 4. Documentation & Coordination: Prepare structural calculation reports, general arrangement (GA) drawings, and fabrication drawings. Participate in technical discussions and design reviews with clients, consultants, and internal teams. Review and comment on vendor drawings for structural adequacy and compliance. Key Skills Required: Strong knowledge of steel structure design for PEB and solar applications. Familiarity with IS 800, IS 875, IS 456, NBC , and other relevant standards. Understanding of solar structure loading (wind, seismic, dead/live loads). Excellent communication and interdepartmental coordination skills. Ability to manage multiple projects and meet tight deadlines. Preferred Qualifications: Bachelors Degree in Civil or Structural Engineering. Experience working with solar EPC or industrial construction companies is an advantage. Knowledge of fabrication methods and erection practices. Awareness of renewable energy sector trends and structural design optimization.

Role & responsibilities FEA with Analysis Experience - 1 to 2 Years Ansys CFD Interested candidates can share their resume to mahesh.b@harita.co.in Walkin Venue: Venue 1: BHIVE Workspace (Harita Techserv Pvt Ltd) No.112, AKR Tech Park, B Block, 7th Mile Hosur Road, Krishna Reddy Industrial Area, Bengaluru, Karnataka 560068 Venue 2: Harita Techserv Pvt Ltd 9th Floor, No. 117, Arihant E Park, 1, Lattice Brg Rd, Baktavatsalm Nagar, Adyar, Chennai, Tamil Nadu 600020 Landmark: Next to Greater Chennai Corporation