201 Nastran Jobs

Responsibilities & Key Deliverables Manage and design Siemens PLM, computing support via HPC and other RnD related software like Nastran, Hypermesh, NX etc. and their configurations. Design and architect cloud-based solutions using AWS, Azure, Google Cloud, or other cloud platforms. Develop and implement cloud migration strategies, cloud governance frameworks, and cloud best practices. Ensure the optimal performance, reliability, and security of the IT systems and software used by the RnD team. Lead and mentor the RnD IT staff and provide technical guidance and support. Coordinate with other teams and departments to align the RnD IT strategy with the business goals and customer needs. Research and evaluate new technologies and tools to improve the RnD IT processes and capabilities. Manage the budget and resources of the RnD IT department and report on the progress and outcomes of the projects. Education Qualification Bachelor's degree or higher in computer engineering or related field. General Experience Minimum 12- 15 years of experience in R&D IT, with at least 5 years in a leadership role. Traits & Skills Required Excellent communication, collaboration, and problem-solving skills. Ability to work under pressure and manage multiple tasks and deadlines. Passion for innovation and continuous improvement. Strong knowledge and experience in Siemens PLM, computing support via HPC and other RnD related software like Nastran, Hypermesh, NX etc. and their configurations. Strong knowledge and experience in AWS, Azure, Google Cloud, or other cloud platforms. Experience in cloud migration, cloud security, cloud networking, cloud storage, and cloud monitoring. Experience in DevOps, CI/CD, automation, and orchestration tools. Experience in web services, APIs, microservices, and serverless architectures. Experience in programming languages such as Dot net core, Java, C#, angular etc. Certification in Siemens PLM, & computational software management would be preferred Certification in AWS, Azure, Google Cloud, or other cloud platforms is a plus. System Generated Secondary Skills Job Segment: R&D Engineer, Engineer, Engineering

The ideal candidate should possess a good understanding of engineering basics and a thorough knowledge of the product life cycle and downstream activities. Strong expertise in Ansys, Nastran, Patran procedures, and methods is essential, along with experience in wings, fuselage, and high lift structures. Proficiency in drawing reading and G&DT is required. The candidate must hold a Bachelor of Engineering degree in Mechanical Engineering and have a basic knowledge of fatigue, finite element analysis, and manufacturing processes. Good knowledge of aero engine components, stack-up layout and calculations, manufacturing processes including heat treatment and welding, as well as hand calculations, is necessary. Familiarity with GD&T, assembly techniques, and assembly processes is essential. Preferred qualifications include experience in ISAMI Ansys, Nastran, Patran, and aero structure component analysis.,

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.

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 ‘Mechanical integrity Engineer’. This position provides an exciting opportunity to work in a fast-paced, dynamic, global product development environment. Primary responsibility is to Carry out static/transient, Linear/Non-linear thermal and thermo mechanical FEA (Finite element analysis) of Gas Turbine static & Rotating components (e.g. blades & Vanes, combustion, Rotor, casing etc.) using commercial software such as ANSYS mechanical, ANSYS workbench, NX-CAE, Nastran & Abaqus. Your new role – challenging and future- oriented: Carry out static/transient, Linear/Non-linear thermal and thermo mechanical FEA (Finite element analysis) of Gas Turbine static & Rotating components (e.g. blades & Vanes, combustion, Rotor, casing etc.) using commercial software such as ANSYS mechanical, ANSYS workbench, NX-CAE, Nastran & Abaqus. Perform Low cycle fatigue, High Cycle fatigue and detailed Fracture mechanics assessment of Gas Turbine’s static & rotating components. Perform high temperature creep calculation and assessment. Creep-fatigue interaction needs to be checked. Prepare and document FE calculation in the form of structural integrity design report. Participate and conduct structural integrity design review at component level. Seamless transfer of structural integrity calculation input and output between design team and project lead respectively. We don’t need superheroes, just super minds: Mechanical Engineer graduate/Post graduate from recognized college/university More than 6 years of experience in CAE/FEA (Finite Element Analysis) for linear, Non- linear, static, Transient, thermal and structural calculations. Experience in FEA software ANSYS mechanical or ANSYS Workbench or NX-CAE, Nastran or Abaqus Experience in Product Design in Turbo Machinery or Automotive or General Engineering Strong background in engineering Mechanics and mechanical design. Experience in turbo machinery i.e. Gas turbine, Steam turbine will be preferred Strong soft personal skill i.e. team player, quick learner, ability to adapt quickly & effectively 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.

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 ‘Mechanical integrity Engineer’. This position provides an exciting opportunity to work in a fast-paced, dynamic, global product development environment. Primary responsibility is to Carry out static/transient, Linear/Non-linear thermal and thermo mechanical FEA (Finite element analysis) of Gas Turbine static & Rotating components (e.g. blades & Vanes, combustion, Rotor, casing etc.) using commercial software such as ANSYS mechanical, ANSYS workbench, NX-CAE, Nastran & Abaqus. Your new role – challenging and future- oriented: Carry out static/transient, Linear/Non-linear thermal and thermo mechanical FEA (Finite element analysis) of Gas Turbine static & Rotating components (e.g. blades & Vanes, combustion, Rotor, casing etc.) using commercial software such as ANSYS mechanical, ANSYS workbench, NX-CAE, Nastran & Abaqus. Perform Low cycle fatigue, High Cycle fatigue and detailed Fracture mechanics assessment of Gas Turbine’s static & rotating components. Perform high temperature creep calculation and assessment. Creep-fatigue interaction needs to be checked. Prepare and document FE calculation in the form of structural integrity design report. Participate and conduct structural integrity design review at component level. Seamless transfer of structural integrity calculation input and output between design team and project lead respectively. We don’t need superheroes, just super minds: Mechanical Engineer graduate/Post graduate from recognized college/university More than 6 years of experience in CAE/FEA (Finite Element Analysis) for linear, Non- linear, static, Transient, thermal and structural calculations. Experience in FEA software ANSYS mechanical or ANSYS Workbench or NX-CAE, Nastran or Abaqus Experience in Product Design in Turbo Machinery or Automotive or General Engineering Strong background in engineering Mechanics and mechanical design. Experience in turbo machinery i.e. Gas turbine, Steam turbine will be preferred Strong soft personal skill i.e. team player, quick learner, ability to adapt quickly & effectively 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

The Sales Engineer is a customer facing role, responsible for the complete sales process - demand creation, mapping of accounts and closure. The candidate should be able to effectively communicate EDA / MCAD product capabilities and the benefits of the solutions through presentations and sales demonstrations. Conduct discovery and requirements gathering sessions to analyze and understand customer needs, workflows and technical requirements. Develop and/or collate sample documents, applications and other sales enablement materials for use during the sales and marketing sessions. Collaborate with Technical and services teams to specify, recommend and architect comprehensive customer solutions Experience: 2-5 Year Required Skills : Sales experience in Aerospace & Defense industry Knowledge on EDA tools – Siemens EDA / Cadence / Synopsys Knowledge on MCAD tools – Cero(ProE)/UGNX/Catia/Solid edge/Solid works/Inventor Knowledge on CAE Tools – Ansys/Nastran/Adams/Altair Must be aware about the complete sales cycle He should have handled defense accounts in South preferably. Responsibilities: Discussing customer's needs and identifying suitable product mix Conducting presentation on products/concepts Handling sales queries and problems of clients Conducting product seminars and conferences at industry Soft Skills: Excellence in teamwork. Possess conceptual, analytical and presentation skills. Creative, dynamic & confident. Should be an initiator Able to work under pressure. Should be able to work under different cultures. Willingness to travel. Good convincing skills are required Travel: Expected Travel 70‐75% Job Type: Full-time Pay: ₹40,000.00 - ₹65,000.00 per month Schedule: Monday to Friday Work Location: In person

Sales Engineer Position: - Sales Engineer - ESG (Govt.) Qualification: BE/ B Tech. in Electronics , Mechanical & Computer Science Experience: 2-5 Year Location: Delhi /Pune/Hyderabad/Kolkata The Sales Engineer is a customer facing role, responsible for the complete sales process - demand creation, mapping of accounts and closure. The candidate should be able to effectively communicate EDA / MCAD product capabilities and the benefits of the solutions through presentations and sales demonstrations. Conduct discovery and requirements gathering sessions to analyze and understand customer needs, workflows and technical requirements. Develop and/or collate sample documents, applications and other sales enablement materials for use during the sales and marketing sessions. Collaborate with Technical and services teams to specify, recommend and architect comprehensive customer solutions Required Skills : Sales experience in Aerospace & Defense industry Knowledge on EDA tools – Siemens EDA / Cadence / Synopsys Knowledge on MCAD tools – Cero(ProE)/UGNX/Catia/Solid edge/Solid works/Inventor Knowledge on CAE Tools – Ansys/Nastran/Adams/Altair Must be aware about the complete sales cycle He should have handled defense accounts in South preferably. Responsibilities: Discussing customer's needs and identifying suitable product mix Conducting presentation on products/concepts Handling sales queries and problems of clients Conducting product seminars and conferences at industry Soft Skills: Excellence in teamwork. Possess conceptual, analytical and presentation skills. Creative, dynamic & confident. Should be an initiator Able to work under pressure. Should be able to work under different cultures. Willingness to travel. Good convincing skills are required Travel: Expected Travel 70‐75% Job Type: Full-time Pay: ₹300,000.00 - ₹500,000.00 per year Work Location: In person

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.

As an Aerospace Structural Stress Engineer with 3-11 years of experience, your role will involve contributing to the Sizing and Justification phase for Aircraft structures. You should have desirable experience working with ATA chapters such as Fire Protection, Flight controls, Fuel, Hydro-mechanical, Landing Gear, Pneumatic, Ice and Rain Protection. In this position, you will be required to apply procedures, manuals, and tools provided by the customer. Your responsibilities will include conducting static and fatigue analysis using both Classical and Finite Element (FE) based approaches. Proficiency in tools such as Hyperworks, Patran, Nastran, CATIA, and Excel Macro (Basic) is essential. You should also have experience in FE modeling for metallic and composite parts, including Fastener modeling. We are looking for a candidate who demonstrates excellent fundamentals in structural engineering, along with strong analytical and problem-solving skills. Your ability to collaborate effectively across functional teams and organizations will be crucial in this role. Strong verbal and written communication skills in English are also required. If you meet these qualifications and are looking for a challenging opportunity in Bangalore with an immediate to 15 days notice period, we encourage you to apply with your Bachelor's degree in mechanical, aerospace, Applied Mechanics, or Structural engineering.,

As a Senior Aerospace Stress Engineer, you will be responsible for performing detailed static analysis on aerostructures, including wings, fuselage, landing gear, floor beams, doors, and other aircraft components using classical hand calculations. Additionally, you will utilize Finite Element Analysis (FEA) software such as HYPERMESH, NASTRAN, and PATRAN to model and analyze structural performance under various loading conditions. Your role will involve ensuring compliance with aerospace industry standards, including FAA, EASA, and military regulations, and actively participating in design reviews. Experience with Airbus and Boeing aircraft structures is considered an added advantage. You will be tasked with developing and validating analytical methods using Excel and Macros techniques to predict the behavior of structural components. Working closely with design engineers, you will provide input on material selection, design changes, and manufacturing processes to optimize structural performance, minimize weight, and maintain safety standards. Furthermore, you will lead the preparation of technical reports and documentation to communicate analysis results, design recommendations, and compliance to regulatory bodies and customers. This includes preparing certification standard reports with detailed explanations of procedures followed for analyzing a structure to support Preliminary Design Review (PDR) and Critical Design Review (CDR). Mitigations and summarizing Reserve factor should be included in the report. As a mentor, you will provide guidance to junior engineers and analysts. Collaboration with cross-functional teams, such as materials, design, and systems, will be essential to ensure integrated, efficient, and safe structural designs. Your responsibilities will also include identifying and addressing structural performance risks, providing solutions to enhance overall reliability and performance of aerostructures. You will participate in customer-facing discussions and presentations related to structural design and analysis. Conducting optimization studies to enhance structural efficiency, reduce weight, and improve manufacturability of fuselage components will be part of your role. Exploring design alternatives to achieve optimal performance is also a key aspect of your responsibilities. To qualify for this position, you should have a Bachelor's or Master's degree in Aerospace Engineering, Mechanical Engineering, or a related field, along with 10+ years of experience in stress analysis and design of aerostructures, preferably in the aerospace industry. In-depth knowledge of structural analysis methods, including finite element modeling (FEM), classical hand calculations, and failure theories is required. Proficiency in FEA tools such as NASTRAN, PATRAN, or HYPERMESH is essential. You should possess a strong understanding of aerospace materials, including composites, metals, and advanced alloys, as well as familiarity with aircraft systems and the integration of structures with other aircraft systems. Knowledge of aerospace loads and regulatory standards and certifications (e.g., FAA, EASA) is also necessary. Strong problem-solving skills, attention to detail, and the ability to manage multiple projects simultaneously are important for success in this role. Excellent written and verbal communication skills, including technical report writing and presentations, will be crucial. Additionally, the ability to thrive in a fast-paced, multidisciplinary team environment is essential for this position.,

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.

Job Summary of CAE And Powertrain Integration You will work towards performing complex design analysis using CAE to support engineering design function, understand customer requirements and expectation for new product design and suggest alternate improved design to resolve any challenges and will drive and lead the team towards accurate and efficient design and integration of systems including Engine cooling system, Engine mounting system, Exhaust integration, Fuel system and its auxiliaries and Air intake system CAE And Powertrain Integration Manager Key Deliverables Leading the virtual analyses team to meet performance targets at component, sub assembly and vehicle level Leading and support teams by providing technical support for durability, linear and non-linear analysis. Interacting with various design and testing teams for understating requirements and providing proactive feedback which supports CAE driven vehicle development. Developing performance attribute targets from components to full vehicle level and participate in benchmarking activities supporting target setting. Ensuring the CAE tasks are conducted as per approved product development time line and support in meeting performance target (weight and other attributes) by best use of optimization technique. Understanding customers basic requirements and expectations for new product design and perform complex design analysis using CAE. Participating in design review meetings to provide appropriate recommendations and timely design guidance to support the team in meeting customer requirements. Providing engineering solutions for complex problems by developing quick alternative improved designs. Maintaining records of all activities and results in CAE project database. Ensuring that all work carried out is in compliance with company design, safety, quality, environmental compliance and procedural standards Formulating the loading conditions and validation acceptance criteria for sub-systems, systems and vehicle levels Continuously improving the quality of virtual validation in comparison and physical validation Creating a roadmap for the complete vehicle virtual validation Defining the Design Validation Plan (DVP) and acceptance criteria for the systems at component and vehicle level Coordinating with internal stake holders for building the prototypes, testing, homologation and other related activities Working continuously on value engineering proposals for the systems and their components to achieve the cost target Performing activities to ensure the design quality and BOM quality and aid in the product life cycle management for the designated systems Directing the team to design and integrate Engine cooling system including selection of cooling system and integration on the vehicles for Petrol, Diesel, CNG and LPG vehicles and to ensure the cooling performance of overall powertrain as per the acceptance criteria Guiding the team to carry out activities related to Engine mounting system including designing the engine suspension system to meet the vehicle level noise and vibration level requirements along with life target for Petrol, Diesel, CNG and LPG powered vehicles. Executing activities to carry out 6 DOF analysis independently Carrying out the Exhaust integration on the vehicle while considering the NVH, performance, cost and life requirements Ability to establish a systematic course of action for self or others to ensure successful project completion including determining priorities and allocating time and resources effectively. Ability to achieve results against an internal and external standard of excellence, showing a passion for improving the delivery of services with a commitment to continuous improvement. Ability to supervise a complex task by breaking it down into manageable parts in a systematic way, work logically to resolve problems and further identifies causes and anticipate implications Anticipating potential obstacles and develops contingency plans to overcome them. Ability to improve the immediate performance of others and facilitate their skill development by providing behaviorally specific performance feedback Generates novel and valuable ideas and uses these ideas to develop new or improved processes, methods, systems, products or services. Possess strong technical knowledge to provide sound and insightful recommendations in area of expertise Focuses ones efforts on discovering and meeting internal and external customers’ needs in a manner that provides satisfaction for the customer within the resources available Accuracy in Virtual analysis of full vehicle component. Developing designs to meet customer requirements and market trends Comprehensive and robust design solution for complex problems Qualification and Work Experience M.E /M- Tech or B.E /B –Tech (Automobile/ Mechanical) Desired Qualification Work Experience of 10 years of experience in the industry Preferred Industry Experience Automobile and Auto Ancillary companies. Experience in automotive modelling and CAE for Automotive. Preferred Technical Skills and Certification Hands on experience on Hyper Mesh, OptiStruct, MSC Nastran, Fatigue Analysis. CAD Software knowledge, FEMFAT Software, OptiStruct Optimization, Manufacturing processes. Knowledge of Automobile Mechanics, Material Science, FEA, Engineering Mechanics.

The ideal candidate for this role should possess software skills in the following areas: Mechanical: AUTOCAD, CREO, CATIA, NX CAD, NX CAM, NASTRAN, SOLID WORKS, ANSYS. Civil: AUTOCAD 2D/3D, STADD PRO, 3DMAX, REVIT, ANSYS CIVIL. Electrical: Basic AutoCAD, AUTOCAD Electrical, Revit MEP. Eligibility criteria include a degree in BE/B.TECH/DIP and being a fresher with 0-2 years of experience. The job operates on a day shift basis and is located in Chennai at Aminjikarai, Anna Nagar, or Padi. If you are interested in this opportunity, please refer to the Reference Code: Caddjob01 and contact us at hr@cadd.co.in or call 98840 90842.,

Digantara is a leading Space Surveillance and Intelligence company focused on ensuring orbital safety and sustainability. With expertise in space-based detection, tracking, identification, and monitoring, Digantara provides comprehensive domain awareness across all regimes, enabling end-users to access actionable intelligence on a single platform. At the core of its infrastructure lies a sophisticated integration of hardware and software capabilities aligned with the key principles of situational awareness: perception (data collection), comprehension (data processing), and prediction (analytics). This holistic approach empowers Digantara to monitor all Resident Space Objects (RSOs) in orbit, fostering comprehensive domain awareness. Why Us Competitive incentives, galvanizing workspace, blazing team, frequent outings pretty much everything you have heard about a startup + plus you get to work on space technology. Hustle in a well-funded startup, allowing you to take charge of your responsibilities and create your moonshot. Ideal Candidate: Someone with professional experience in the design, analysis, and implementation of thermal control systems for satellites operating in Low Earth Orbit (LEO). Responsibilities: - Select and implement active/passive thermal components to achieve optimal thermal performance in LEO. - Analyze thermal interfaces, heat sinks for electronic packages/avionics, and develop appropriate thermal control schemes. - Generate thermal control system requirements in collaboration with system, mission, structures, and avionics engineers, and perform design trade-off studies. - Generate test plans and execute tests to validate the thermal performance of subsystems. Required Qualifications: - B.Tech/B.E, M.Tech/M.E, or PhD in Mechanical/Thermal/Aerospace Engineering degrees in physics, materials science, or electrical engineering, or any branches (with a focus on thermal management), can also be relevant if the incumbent has experience in thermal analysis and modeling. - 3+ years of professional experience in thermal design and analysis of complex engineering systems. - Strong understanding of different heat transfer modes, i.e., conduction, convection, radiation. - Understanding of thermal management and implementation techniques. - Proficiency in working with thermal analysis software packages, i.e., NASTRAN, ESTRAN, IDEAS, Thermal Desktop, Ansys, NX Space Systems Thermal, or any equivalent. Preferred Skills: - Experience with thermal modeling, simulation, and validation through qualification tests, i.e., thermal vacuum, thermal cycling, etc. - Understanding of thermal design for electronic packages and avionics, including thermal properties of materials and space environment considerations. - Strong first principles thinking with a deep understanding of thermal design, analysis, implementation, and testing. - Familiarity with the unique challenges of the space environment and a basic understanding of orbital mechanics. - Experience in testing your own thermal designs. General Requirements: - Ability to work in a mission-focused, operational environment. - Ability to think critically and make independent decisions. - Interpersonal skills to enable working in a diverse and dynamic team. - Maintain a regular and predictable work schedule. - Writing and delivering technical documents and briefings. - Verbal and written communication skills, as well as organizational skills. - Travel occasionally as necessary. Location: Hebbal, Bengaluru.,

Job Description : We are looking for a dynamic and experienced Design Engineer (FEA) to join our Equipment Division in Pune. The candidate should have a solid background in designing bulk material handling systems and conducting FEA analysis. Responsibilities : Detailed Engineering for equipment like: Stacker Reclaimers (Bucket Wheel/Circular Type) Scrapper Reclaimers (Portal/Side Scrapper) Bridge Reclaimers, Ship Loaders/Unloaders, Wagon Tipplers FEA using Nastran/ANSYS 3D Modeling and Fabrication Drawings in SolidWorks GA Drawing, Stockpile Layout & BOM creation Basic engineering calculations for mechanical systems O&M Manual preparation Co-ordination with cross-functional teams (Electrical, C&I, Construction, Proposal) Requirements : Strong hands-on experience with FEA software (ANSYS/Nastran) SolidWorks proficiency Welding process knowledge & symbols Ability to work independently and in a team Benefits : 5-Day Work Week Timings: 8:45 AM – 5:30 PM PF & Gratuity included Competitive Salary Address : OM Chambers, T-29/31, Bhosari Telco Rd, near Sharayu Toyota Showroom, MIDC, Bhosari, Pimpri-Chinchwad, Pune – 411026 Job Types: Full-time, Permanent Pay: ₹800,000.00 - ₹1,000,000.00 per year Benefits: Health insurance Provident Fund Schedule: Day shift Fixed shift Monday to Friday Morning shift Location: Bhosari, Pune, Maharashtra (Required) Work Location: In person

Post: Fresher Mechanical Design Engineer as a Trainee Location: Pune Company Name: DESIGN STUDIO Pune Salary: 14000 Qualification - Degree in Mechanical Engineering *Fresher candidates will be trained on following software by the Company. AutoCAD, Creo, Catia, Ansys, NX-Cad, NX-Cam, NX-Nastran, Hypermesh,Solidworks Prefer with Software skills like... Regards, Rashmi (HR)

We are part of a world-class product development organization that pioneers industry-leading hardware designs for IBM POWER Systems servers as well as Storage, Quantum, and IBM Research. Within this organization, the IBM mechanical design team is seeking a professional with experience in Finite Element Analysis (FEA) modeling to complement the design team in designing next generation computers. Challenges of high performance and high reliability server solutions include high density designs with complex system requirements that require creative solutions from our mechanical design team to optimize system designs. The candidate will work in a multi-functional environment where the requirements of thermal, acoustics, electro-magnetic-compatibility (EMC), structural integrity, safety, industrial design, cost, performance, and functionality must all be satisfied to deliver a final solution. Working with a focused team, the candidate will develop the product design from concept through product release. Primary responsibilities will be to specify IBM Appliance product configurations composed of compute servers, storage drawers, networking switches, and cabling to enable worldwide fulfillment and shipping to external clients. Required education Bachelor's Degree Preferred education Master's Degree Required technical and professional expertise 1.Work autonomously and deliver FEA models and simulations on schedule. 2.Shall work independently on structure design of Sheetmetal/Plastic and Diecast parts 3.Create and run simulations on various components and systems using ANSYS software to model and predict behavior under various loads, conditions, and stresses. 4.Document and communicate modeling results to the mechanical design team along with feedback on necessary changes to optimize designs. 5.Working with multi-disciplinary engineering team to collaborate on development and definition of complex rack level integrated products with multiple compute, storage, and networking systems components. 6.Interface with development, manufacturing, and compliance teams to enable fulfillment of complex rack level integrated products out of IBM manufacturing division. 7.Material selection and parts design optimization for functionality, cost, and manufacturability 8.Identify areas for design and process improvement. 9.Work with Cross functional teams to improve designs Preferred technical and professional experience 1.Work autonomously and deliver FEA models and simulations on schedule. 2.Shall work independently on structure design of Sheetmetal/Plastic and Diecast parts 3.Create and run simulations on various components and systems using ANSYS software to model and predict behavior under various loads, conditions, and stresses. 4.Document and communicate modeling results to the mechanical design team along with feedback on necessary changes to optimize designs. 5.Working with multi-disciplinary engineering team to collaborate on development and definition of complex rack level integrated products with multiple compute, storage, and networking systems components. 6.Interface with development, manufacturing, and compliance teams to enable fulfillment of complex rack level integrated products out of IBM manufacturing division. 7.Material selection and parts design optimization for functionality, cost, and manufacturability 8.Identify areas for design and process improvement. 9.Work with Cross functional teams to improve designs

Company Description Panshul Technologies LLP, established in 2016, is an authorized SOLIDWORKS Partner serving Mumbai, Thane, Navi-Mumbai, and Nashik region. We specialize in providing engineering CAD/ CAM/ CAE Software solutions in areas such as 3D CAD design, validation, and product data management. As a value-added reseller (VAR) for SOLIDWORKS, we aim to deliver quality service and innovative solutions to our clients. Role Description This is a full-time, on-site role for a Simulation Application Engineer located in Borivali, Mumbai. The Simulation Application Engineer will be responsible for providing technical support for SOLIDWORKS simulation products, developing and testing simulation applications, and offering expertise in both electrical and mechanical engineering. Day-to-day tasks include troubleshooting, assisting clients with product implementations, and ensuring the optimal performance of simulation software. Qualifications 2 to 3 Years experience with any simulation software like SOLIDWORKS (Preferred), ANSYS, NASTRAN, ABAQUS, Sim Scale, etc. Excellent communication, analytical, and problem-solving skills. Good understanding of FEA and CFD problems. Expertise in Electrical Engineering and Mechanical Engineering Prior experience with SOLIDWORKS or similar CAD software is beneficial Experience in structural, thermal, vibration, fatigue-life, and fluid analysis is an advantage. Ability to work collaboratively with a team and communicate effectively Bachelor's/ Master's degree in Mechanical Engineering.

Company Profile: Blue Star is India's leading Heating, Ventilation, Air conditioning and Commercial Refrigeration (HVAC&R) Company, with an annual revenue of over Rs 8000 crores, a network of 30 offices, 7 modern manufacturing facilities including the new state-of-the-art deep freezer facility at Wada, and Blue Star Climatech Limited’s world-class facility at Sri City; 3132 employees, and 4040 channel partners. The Company has manufacturing facilities at Dadra, Himachal Pradesh, Wada and Ahmedabad, which use modern, state-of-the-art manufacturing equipment to ensure that the products have consistent quality and reliability. The Company has a manufacturing footprint of more than 1 lakh sq m, with the mainstay of product development and R&D being energy-efficiency, coupled with eco-friendly and sustainable products. Website:https://www.bluestarindia.com PURPOSE OF THE ROLE An Aeroacoustics simulation engineer focuses on predicting the Noise & vibration level and improving the overall product noise level. primarily through simulation tools like Actran & Ansys. Nastran, & Hypermesh . The roles and responsibilities involve developing NVH Aeroacoustics models, correlating simulations results with test data, and optimizing designs to minimize noise and vibration. Fan Noise simulation for the fluid flow and using acoustic analogies to determine the sound generated by the blade’s profile. Qualifications: B.Tech/M.Tech in Mechanical Eng, Automobile Eng, Applied Physics Min 6 years relevant experience Technical Expertise Perform NVH Simulation activities and deliver validated results with respect to design targets using CAE Tools Actran, Ansys Hyperworks etc. Create finite element models of individual parts using appropriate preprocessing tools to meet accepted best practices Use CFD tools coupled with acoustic solvers to predict the noise level of cooling Fan, and set up computational domains, meshing, boundary condition, and run transient simulations to capture acoustic phenomena. Analyze simulation results to identify the Noise sources in terms of sound pressure levels, directivity pattern, and Frequency spect. Simulate modal analysis as a system & individual parts to identify the natural frequency, mode shape & Damping characteristics Set NVH targets for the HVAC products and prepare NVH target achievement plan (Cooling Fan, Compressor, tubes & Structural parts) Perform Noise Transfer Function (NTF) & Vibration Transfer Function (VTF) and use various Acoustic materials. Solve High/Mid/Low-Frequency issues in Component, sheet metal, Full system Levels (Vibration & Acoustics) Correlate simulation results with experimental data for further refinement Collaborate with multidisciplinary engineering teams to design complex HVAC products and systems to meet functional requirements for acoustics and vibration performance Perform optimization studies to make continuous improvement in performance requirements of structures. Perform automation activities to drive CAE lead time reduction MAIN RESPONSIBILITIES Noise reduction on cooling fans by optimizing the blade Aerofoil profile Acoustics analysis report with design recommendations, these reports document the analysis of noise sources, their characteristics, and potential solutions. Using simulations to find the best configurations for noise and vibration reduction, such as vibration isolators, tuned mass dampers, etc. Participate in physical testing activities to validate the accuracy of their simulations and ensure their design recommendations are effective. Actively seek opportunities to improve the software tools, methodologies, and processes used for aeroacoustics analysis and mitigation. Will be working on the Cooling fan, Compressor noise reduction, sheet metal components and various acoustic materials. Interested candidates can also drop your resume to randdrecruiter@bluestarindia.com with the brief on the projects worked.

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.,

Date 14 Jul 2025 Location: Hyderabad, TG, IN Company Alstom At Alstom, we understand transport networks and what moves people. From high-speed trains, metros, monorails, and trams, to turnkey systems, services, infrastructure, signalling and digital mobility, we offer our diverse customers the broadest portfolio in the industry. Every day, 80,000 colleagues lead the way to greener and smarter mobility worldwide, connecting cities as we reduce carbon and replace cars. Could you be the full-time Crash Simulation Engineer in Hyderabad were looking for Your future role Take on a new challenge and apply your crash simulation expertise in a cutting-edge field. Youll work alongside collaborative and forward-thinking teammates. You'll play a pivotal role in ensuring the safety and reliability of our transportation systems. Day-to-day, youll work closely with teams across the business (engineering, design, testing), perform simulations of collision scenarios, and propose design corrections for crash devices and supporting structures. Youll specifically take care of building numerical models and conducting crash simulations, but also calibrating these models and delivering high-quality reports. Well look to you for: Supporting the definition of the energy absorption distribution and participating in the selection of crash devices to implement Building numerical models of the rolling stock (RS) while ensuring the required level of quality Performing crash simulations of collision scenarios, analyzing results, and proposing design corrections Calibrating numerical models based on test results Writing detailed crash simulation reports Applying internal engineering instructions and methodologies Proposing improvements to crash numerical methodologies Conducting crash simulations of occupants interacting with interior features Delivering crash reports on time and at the required level of quality Reporting results and presenting findings to project stakeholders Managing multiple projects in parallel All about you We value passion and attitude over experience. Thats why we dont expect you to have every single skill. Instead, weve listed some that we think will help you succeed and grow in this role: Degree in Mechanical Engineering, Structural Engineering, or a related field Experience or understanding of crash simulations and numerical modeling Knowledge of finite element analysis (FEA) tools and methodologies Familiarity with crashworthiness standards and regulations A certification in crash analysis or FEA tools (preferred) Strong analytical and problem-solving skills Excellent communication and teamwork abilities Things youll enjoy Join us on a life-long transformative journey the rail industry is here to stay, so you can grow and develop new skills and experiences throughout your career. Youll also: Enjoy stability, challenges, and a long-term career free from boring daily routines Work with cutting-edge safety and crash simulation standards Collaborate with transverse teams and helpful colleagues Contribute to innovative projects that shape the future of mobility Utilize our flexible and inclusive working environment Steer your career in whatever direction you choose across functions and countries Benefit from our investment in your development, through award-winning learning Progress towards roles such as Senior Crash Simulation Expert or Project Engineering Manager Benefit from a fair and dynamic reward package that recognizes your performance and potential, plus comprehensive and competitive social coverage (life, medical, pension) You dont need to be a train enthusiast to thrive with us. We guarantee that when you step onto one of our trains with your friends or family, youll be proud. If youre up for the challenge, wed love to hear from you! Important to note As a global business, were an equal-opportunity employer that celebrates diversity across the 63 countries we operate in. Were committed to creating an inclusive workplace for everyone.

Job ID: [[3803]] Alternate Locations: [[Chennai]] Newell Brands is a leading $8.3B consumer products company with a portfolio of iconic brands such as Graco®, Coleman®, Oster®, Rubbermaid® and Sharpie®, and 25,000 talented employees around the world. Our high-performance culture, unparalleled curiosity about the world around us, and talented people fuel our success. Our culture is enabled through our core values which guide all we do and how we win as One Newell. They are Integrity, Teamwork, Passion for Winning, Ownership & Leadership. Job Summery Support product qualification by leveraging predictive modeling tools such as ANSYS Mechanical, Abaqus, Nastran and Moldflow to help reduce time to market. Break down complex problems into manageable components by applying core physics principles, translating insights into practical improvements. Assist in developing methodologies and documentation, while incorporating automation into the modeling of new products wherever feasible. Perform detailed analyses by understanding key parameters and functionalities of numerical simulations, particularly in Finite Element analysis (Structural FEA Simulations) . Job Responsibilities By Capability Capability / Percent of time (Total = 100%) Primary Job Responsibilities Business Acumen – 40% Aligning Simulation Outcomes with Business Goals: Ensure that FEA simulations provide actionable insights that support product development and efficiency improvements; Work closely with product design, engineering, and management teams to ensure that simulation work aligns with consumer needs, project timelines, and business strategies. Identify opportunities where simulation tools can accelerate development processes, reduce prototyping costs & time, and innovate faster to maintain a competitive edge. Use FEA insights to anticipate potential design or operational risks, helping to avoid costly mistakes and ensuring regulatory compliance where necessary; Supports in making process improvements that can reduce time-to-market. Problem Solving & Analytical skills – 20% Break down multifaceted FEA problems into smaller, manageable components. Identify key variables, boundary conditions, and critical physics that impact performance. Analyze simulation data to extract meaningful insights, trends, and patterns. Use results to identify root causes of performance issues or inefficiencies in designs using a systematic approach; Seek innovative solutions to overcome engineering constraints Ensure the accuracy of simulations by validating results against experimental data or established benchmarks; Adopt an iterative approach, refining models and simulations to improve accuracy and relevance to real-world applications. Communication – 20% Participates / presents in cross-functional and internal team discussions to work seamlessly across disciplines as needed to execute product qualification initiatives. Clearly communicates technical information to both technical and non-technical stakeholders through detailed test reports and presentations. Technical Mastery, Market insights, Innovation & Research fundamentals – 20% Apply a deep understanding of FEA, thermal and material properties to solve problems in areas such as heat transfer, flow behavior, Finite element analysis, multiphase flow and aerodynamics. Stay informed about industry trends and competitive products, ensuring that simulation results help position the company’s products effectively in the marketplace. Demonstrates expertise in using simulation tools such as ANSYS mechanical, Abaqus or similar platforms to solve FEA related problems. Proficient in creating complex geometry, applying boundary conditions, and generating high-quality meshes for accurate simulations. Applies optimization methods (e.g., Design of Experiments, parametric analysis) to improve product design and performance based on simulation outcomes. Incorporates new technologies such as machine learning or AI to enhance simulation speed and accuracy, improving the development process. Education B.E / B.Tech/ M.E/ M.Tech/MS (Mechanical engg, Aerospace engg, Chemical engg, Polymer tech), Masters in Fluid mechanics Work Experience No of Years Type Of Experience 1 – 4 years FEA simulations like Static, Dynamic, implicit, and explicit simulations Linear / Non-linear simulations Thermal engineering analysis Required Technical Requirements: Must be proficient in ANSYS-mechanical / Abaqus / Nastran Basic knowledge on CAD tools and automation Preferred Ansys Mechanical / Abaqus / Nastran Newell Brands (NASDAQ: NWL) is a leading global consumer goods company with a strong portfolio of well-known brands, including Rubbermaid, Sharpie, Graco, Coleman, Rubbermaid Commercial Products, Yankee Candle, Paper Mate, FoodSaver, Dymo, EXPO, Elmer’s, Oster, NUK, Spontex and Campingaz. We are focused on delighting consumers by lighting up everyday moments.