thermal analyst

Exide Energy Solutions Ltd

<div>
 <p>
  <strong>
   About Company:
  </strong>
 </p>
 <p>
  Exide Energy Solutions Limited (EESL) is one of the fastest growing companies who has vision to solve social issues regarding energy, environment, resource, etc with producing lithium-ion battery products. Exide Energy Solutions Ltd is setting up India&rsquo;s first Giga plant to manufacture Lithium Ion Cells in Bengaluru. Exide Energy Solutions Limited is looking for NMC Cell design and development in the Cell R&amp;D organization to achieve company&rsquo;s goal. The role requires to lead design and development team for NMC technology for various format of battery cells manufactured in EESL Gigafactory.
 </p>
 <p>
  <br/>
 </p>
 <p>
  <strong>
   Roles and Responsibility:
  </strong>
 </p>
 <p>
  Perform battery pack thermal analysis to support pack design, finalize component selection, determine sensor placement, identify limiting current and load conditions, enhance safety, assist BMS development from thermal perspective, and provide preventive safety measures.
 </p>
 <p>
  <br/>
 </p>
 <p>
  <strong>
   Mandatory Skills:
  </strong>
 </p>
 <ul>
  <li>
   Comprehensive Understanding of Computational Fluid Dynamics(CFD), including turbulence and laminar flow regimes.
  </li>
  <li>
   Strong Understanding of Thermal Simulation Principles for battery systems and cooling strategies.
  </li>
  <li>
   Pre- and Post-Processing of CFD Simulations for thermal and fluid flow analysis.
  </li>
  <li>
   Proficiency in CFD Solver Operations using ANSYS Fluent/ StarCC+/ any other CFD tool for thermal modelling.
  </li>
  <li>
   Knowledge of Battery Simulation Techniques, including electro-thermal coupling.
  </li>
  <li>
   Experience in Active and Passive Cooling Simulations for battery packs and modules.
  </li>
  <li>
   Experience in Cooling Plate Design and Simulation for thermal management optimization.
  </li>
  <li>
   Knowledge of Thermal Runaway Phenomena and Venting Simulations for safety-critical analysis.
  </li>
 </ul>
 <p>
  <br/>
 </p>
 <p>
  <strong>
   Desired Skills:
  </strong>
 </p>
 <ul>
  <li>
   Expertise in CFD and CHT simulations using tools like ANSYS Fluent or STAR-CCM+.
  </li>
  <li>
   Familiarity with geometry preparation and model simplification using ANSYS Space Claim, SolidWorks, or Pro/E.
  </li>
  <li>
   Strong system-level understanding of thermal management philosophies.
  </li>
  <li>
   Knowledge of battery pack electrical configurations and cooling strategies.
  </li>
  <li>
   Understanding of Lithium-ion cell chemistries and their thermal behaviour
  </li>
 </ul>
</div>


Battery Pack - Thermal Simulation Engineer

Quest Global

<div><b>Job Requirements
</b><br>
<ul><li>Execute complex FEA jobs with minimum supervision within a high performing FEA team.</li><li>
Do hand calculations leveraging a strong foundation in engineering fundamentals.</li><li>
Performing steady state and transient thermal, structural and thermo-mechanical analysis.</li><li>
Understand and define contacts, conducting nonlinear analysis, vibration analysis, buckling analysis, etc.</li><li>
Thorough understanding of high-cycle fatigue (HCF), low-cycle fatigue (LCF), creep, and fracture mechanics.</li><li>
Drive technical solutions and engage in reviews with both internal and external customers.</li><li>
Writing of analysis reports and certification reports.</li><li>
Ensuring timely and high-quality deliveries for complex development projects.</li><li>
Have a solutioning mindset and approach to work.</li></ul><br>
<b>
Work Experience
</b><br>
<ul><li>Hands on Experience in performing static/dynamic, transient, linear and non-linear thermal and thermo-mechanical analysis of gas turbine Combustor &amp; Transition Pieces using commercial software Abaqus.</li><li>
Hands on Experience in performing PRE-POST in Abaqus software for static/dynamic, transient, linear and non-linear thermal and thermo-mechanical analysis of gas turbine Combustor &amp; Transition Pieces.</li><li>
Graduate/Post Graduate in Mechanical engineering or equivalent with 4 to 6 years of experience in finite element analysis (FEA) especially in turbomachinery domain.</li><li>
Strong fundamental in Finite element methods and solid mechanics.</li><li>
Experience in product design of turbomachinery i.e., Gas turbine, steam turbine will be preferred.</li><li>
</li><li>
Experience in performing strength assessment as per ASME BPV Sec VIII Code.</li><li>
Experience in Rotor dynamics is an added advantage.</li><li>
Performing low cycle fatigue, high cycle fatigue and detailed fracture mechanics assessments of Gas turbine static &amp; rotating components.</li></ul></div>

FEA Engineer: Abaqus_Combustor & Transition Pieces

<div><b>Job Requirements
</b><br>
<ul><li>Execute complex FEA jobs with minimum supervision within a high performing FEA team.</li><li>
Do hand calculations leveraging a strong foundation in engineering fundamentals.</li><li>
Performing steady state and transient thermal, structural and thermo-mechanical analysis.</li><li>
Understand and define contacts, conducting nonlinear analysis, vibration analysis, buckling analysis, etc.</li><li>
Thorough understanding of high-cycle fatigue (HCF), low-cycle fatigue (LCF), creep, and fracture mechanics.</li><li>
Drive technical solutions and engage in reviews with both internal and external customers.</li><li>
Writing of analysis reports and certification reports.</li><li>
Ensuring timely and high-quality deliveries for complex development projects.</li><li>
Have a solutioning mindset and approach to work.</li></ul><br>
<b>
Work Experience
</b><br>
<ul><li>Hands on Experience in performing static/dynamic, transient, linear and non-linear thermal and thermo-mechanical analysis of gas turbine Nozzle Guide Vanes (NGV) / Stators using commercial software Abaqus.</li><li>
Hands on Experience in performing PRE-POST in Abaqus software for static/dynamic, transient, linear and non-linear thermal and thermo-mechanical analysis of gas turbine Nozzle Guide Vanes (NGV) / Stators.</li><li>
Graduate/Post Graduate in Mechanical engineering or equivalent with 4 to 6 years of experience in finite element analysis (FEA) especially in turbomachinery domain.</li><li>
Strong fundamental in Finite element methods and solid mechanics.</li><li>
Experience in product design of turbomachinery i.e., Gas turbine, steam turbine will be preferred.</li><li>
</li><li>
Experience in performing strength assessment as per ASME BPV Sec VIII Code.</li><li>
Experience in Rotor dynamics is an added advantage.</li><li>
Performing low cycle fatigue, high cycle fatigue and detailed fracture mechanics assessments of Gas turbine static &amp; rotating components.</li></ul></div>

FEA Engineer: Abaqus_Nozzle Guide Vanes (NGV) / Stators

<div><b>Job Requirements
</b><br>
<ul><li>Execute complex FEA jobs with minimum supervision within a high performing FEA team.</li><li>
Do hand calculations leveraging a strong foundation in engineering fundamentals.</li><li>
Performing steady state and transient thermal, structural and thermo-mechanical analysis.</li><li>
Understand and define contacts, conducting nonlinear analysis, vibration analysis, buckling analysis, etc.</li><li>
Thorough understanding of high-cycle fatigue (HCF), low-cycle fatigue (LCF), creep, and fracture mechanics.</li><li>
Drive technical solutions and engage in reviews with both internal and external customers.</li><li>
Writing of analysis reports and certification reports.</li><li>
Ensuring timely and high-quality deliveries for complex development projects.</li><li>
Have a solutioning mindset and approach to work.</li></ul><br>
<b>
Work Experience
</b><br>
<ul><li>Hands on Experience in performing static/dynamic, transient, linear and non-linear thermal and thermo-mechanical analysis of gas turbine Turbine Casings (Inner / Outer / Exhaust) using commercial software Abaqus.</li><li>
Hands on Experience in performing PRE-POST in Abaqus software for static/dynamic, transient, linear and non-linear thermal and thermo-mechanical analysis of gas turbine Turbine Casings (Inner / Outer / Exhaust).</li><li>
Graduate/Post Graduate in Mechanical engineering or equivalent with 4 to 6 years of experience in finite element analysis (FEA) especially in turbomachinery domain.</li><li>
Strong fundamental in Finite element methods and solid mechanics.</li><li>
Experience in product design of turbomachinery i.e., Gas turbine, steam turbine will be preferred.</li><li>
</li><li>
Experience in performing strength assessment as per ASME BPV Sec VIII Code.</li><li>
Experience in Rotor dynamics is an added advantage.</li><li>
Performing low cycle fatigue, high cycle fatigue and detailed fracture mechanics assessments of Gas turbine static &amp; rotating components.</li></ul></div>

FEA Engineer: Abaqus_Turbine Casings (Inner / Outer / Exhaust)

<div><b>Job Requirements
</b><br>
<ul><li>Execute complex tasks within high performing FEA team.</li><li>
Do hand calculations leveraging a strong foundation in engineering fundamentals.</li><li>
Performing steady state and transient thermal, structural and thermo-mechanical analysis.</li><li>
Do analytical calculations of bolted/welded constructions.</li><li>
Understand and define contacts, conducting nonlinear analysis, vibration analysis, buckling analysis, etc.</li><li>
Thorough understanding of high-cycle fatigue (HCF), low-cycle fatigue (LCF), creep, and fracture mechanics.</li><li>
Drive technical solutions and engage in reviews with both internal and external customers.</li><li>
Writing of analysis reports and certification reports.</li><li>
Ensuring timely and high-quality deliveries for complex development projects.</li><li>
Have a solutioning mindset and approach to work.</li></ul><br>
<b>
Work Experience
</b><br>
<ul><li>Experience in performing static/dynamic, transient, linear and non-linear thermal and thermo-mechanical analysis of gas turbine static &amp; especially Casings using commercial software such as Ansys (Classic/Workbench), Abaqus and APDL. Good in meshing with Ansys Classic &amp; WB.</li><li>
Good understanding of ANSYS Element library.</li><li>
Knowledge of NX, Cleaning up models &amp; local modifications Graduate/Post Graduate in Mechanical engineering or equivalent with 6 to 10 years of experience in finite element analysis (FEA) especially in turbomachinery domain.</li><li>
Strong fundamental in Finite element methods and solid mechanics.</li><li>
Experience in product design of turbomachinery i.e., Gas turbine, steam turbine will be preferred.</li><li>
Experience in performing strength assessment as per ASME BPV Sec VIII Code.</li><li>
Experience in Rotor dynamics is an added advantage.</li><li>
Performing low cycle fatigue, high cycle fatigue and detailed fracture mechanics assessments of Gas turbine static &amp; rotating components.</li></ul></div>

FEA Engineer: Ansys_Casings

Flex

<div><div>Flex is the diversified manufacturing partner of choice that helps market-leading brands design, build and deliver innovative products that improve the world.</div><div></div><div>
A career at Flex offers the opportunity to make a difference and invest in your growth in a respectful, inclusive, and collaborative environment. If you are excited about a role but don't meet every bullet point, we encourage you to apply and join us to create the extraordinary.</div><div></div><div>
Job Summary</div><div>
To support our extraordinary teams who build great products and contribute to our growth, we&rsquo;re looking to add an Mechanical Engineer - Simulation based in Chennai location</div><div></div><div>
What a typical day looks like:</div><ul><li>
Develop and execute FEA models for structural, thermal, and fatigue analysis of mechanical components.</li><li>
Interpret design requirements and translate them into simulation objectives.</li><li>
Validate simulation results against experimental data and ensure accuracy.</li><li>
Optimize designs based on analysis outcomes to improve performance and reduce cost.</li><li>
Prepare detailed reports and present findings to design and manufacturing teams.</li><li>
Collaborate with cross-functional teams (Design, Manufacturing, Engineering) to ensure product integrity.</li><li>
Maintain simulation standards and best practices within the organization.</li><li>
Prepare KPI Reports for Weekly / Monthly for operation review.</li></ul><div></div><div>
The experience we&rsquo;re looking to add to our team:</div><ul><li>
Preferably 4 to 6 years of experience in FEA using ANSYS</li><li>
BE/B.Tech (EEE/ECE/E&amp;I/Mechanical /Mechatronics) with desire years of experience.</li><li>
Expertise in Material Nonlinearity (plasticity, hyper elasticity, creep) and Fatigue Analysis</li><li>
Hands-on experience in Explicit Simulation for Sheet Metal Forming processes, including spring back prediction, thinning analysis, and failure modes</li><li>
Sound knowledge in Vibration Simulations including Modal, Harmonic, Shock, and PSD analysis, in compliance with Automotive OEM Standards.</li><li>
Strong knowledge in solver selection and solution techniques, ensuring accurate and efficient FEA results for complex simulations.</li><li>
Ability to perform CAD geometry cleanup and work efficiently in FEA pre-processors</li><li>
Knowledge of Coupled Field Simulations (e.g., thermal-structural, electro-thermal, and fluid-structure interactions) for multiphysics analysis.</li><li>
Scripting skills for automation of repetitive tasks in FEA workflows using Python, or APDL, to improve efficiency and reduce manual effort.</li><li>
Flexibility and adaptability to work in a dynamic startup environment</li><li>
Work with other engineering team members to improve existing process.</li><li>
Excellent written and oral communication skills MANDATORY.</li></ul><div></div><div>
What you&rsquo;ll receive for the great work you provide:</div><ul><li><div>
Health Insurance</div></li><li><div>
Paid Time Off</div></li></ul><div></div><div>
IA111</div><div></div><div>
Job Category</div>
Production Engineering<div></div><div>
Required Skills:</div><div></div><div>
Optional Skills:</div>
Flex pays for all costs associated with the application, interview or offer process, a candidate will not be asked for any payment related to these costs.<div></div><div>
Flex is an Equal Opportunity Employer and employment selection decisions are based on merit, qualifications, and abilities. We do not discriminate based on: age, race, religion, color, sex, national origin, marital status, sexual orientation, gender identity, veteran status, disability, pregnancy status, or any other status protected by law. We're happy to provide reasonable accommodations to those with a disability for assistance in the application process. Please email <div>accessibility@flex.com</div> and we'll discuss your specific situation and next steps (NOTE: this email does not accept or consider resumes or applications. This is only for disability assistance. To be considered for a position at Flex, you must complete the application process first).</div></div>

Mechanical Engineer - Simulation

GKN Aerospace

<div><p><b>Fantastic challenges. Amazing opportunities.</b></p><br>
<p></p>
<p>
GKN Aerospace is reimagining air travel: going further, faster and greener! Fuelled by great people whose expertise and creativity sets the standards in our industry, we&rsquo;re inspired by the opportunities to innovate and break boundaries. We&rsquo;re proud to play a part in protecting the world&rsquo;s democracies. And we&rsquo;re committed to putting sustainability at the centre of everything we do, opening up and protecting our planet. With over 16,000 employees across 33 manufacturing sites in 12 countries we serve over 90% of the world&rsquo;s aircraft and engine manufacturers and achieved sales of &pound;3.35 bn.in 2023. There are no limits to where you can take your career.</p><div><div><div><h2 class="jobSectionHeader"><b>
Job Summary</b></h2>
</div><div><p>
The primary job responsibility is to work on Aero Engine components and to take complete ownership of his or her work on various tasks involved in Design Engineering. Candidate shall support independently or with minimal supervision on FE calculations and verification of aero-engine components. The execution will be in accordance with established design practices and work instructions.</p>
<p>
Candidate should able to take up quickly necessary activities to evaluate and justify non-conformances and field issues in cross functional environment. He or she shall drive and lead product improvements activities, method development and continuous improvement activities through various internal forums of GKN.</p></div></div><div><div><h2 class="jobSectionHeader"><b>
Job Responsibilities</b></h2>
</div><div><p>
 Individual contributor working in Design engineering delivering analysis tasks mainly Solid mechanics &amp; thermal for a part / product in line with functional KPI of the organization.<br>
 Supporting the structural design process to ensure required quality is achieved within direct area of responsibility<br>
 Supporting continuous improvement initiatives to increase team efficiency<br>
 Develop, implement, and check technical solutions and compliance documentation to ensure they are compliant with all relevant customer, regulatory, and airworthiness requirements, within agreed program, schedule, and manufacturing constraints.<br>
 Identify technical problems and apply/integrate solutions.</p>
<p>
 Execute and implement methods plans, toolsets and approaches that are appropriate and compliant to achieve the design and programme objectives.<br>
 Identify and assess technical risk for own work and propose mitigations within assigned programmes/projects.<br>
 Generate assigned project deliverables, documents, and reports according to the project signature authorizations.<br>
 Support technical and customer reviews, including formal gate reviews, including the creation and preparation of technical data and presentations of product design.<br>
 Process documentation such as concessions and non-conformances, and provide technical support by implementing solutions to address non-conforming products, designs, and compliance documentation.<br>
 Perform all activities at a level of minimal supervision and support other engineers with peer-to-peer reviews.<br>
Identify improvements and support the creation of work instructions, procedures, technical manuals, and guidelines.</p></div></div><div><div><h2 class="jobSectionHeader"><b>
Job Qualifications</b></h2>
</div><div><p>
General:<br>
 Must possess an appropriate level of engineering functional knowledge with experience or knowledge of working/interfacing with other Engineering &amp; Manf. Eng. disciplines (including customers and suppliers) in order to successfully execute the functional project team(s) objectives.<br>
 Must have an awareness of the Aerospace industry and in the functional area the project/programme is responsible for (e.g. Design, Analysis, ME, etc.) in order to successfully support the whole of the IPT in achieving the overall business objectives.<br>
 Must possess a good level of technical problem solving skills.<br>
Essential:<br>
 Masters or Bachelor&rsquo;s Degree in Mechanical Engineering or equivalent<br>
 Must have 5+ years&rsquo; experience in Stress/Thermal/ life analysis through FEM<br>
 Excellent fundamentals in Solid Mechanics<br>
 Experience in performing structural analysis to verify various product requirements<br>
 Ability to interpret results, applying physics and propose design solutions<br>
 Knowledge of tools such as Simcenter3D, HYPERMESH and ANSYS, for meshing and analysis along with demonstrated capability in using these tools effectively<br>
 Good product knowledge related to aero engines<br>
 Contributed to the technical development of processes, products or people<br>
 Customization and Programming skills, preferably using ANYSYS APDL/Python</p>
<p>
Desirable:<br>
 Good communication skills in English both oral and written<br>
 Good technical report writing skills<br>
 Ability to work independently with minimal supervision
 <br>
Self-driven individual who can expand his/her skills with on-job training<br>
 Ability to work as a team player in a fast paced and deadline driven environment<br>
 LEAN culture and mind-set<br>
Personal Attributes:<br>
 Be capable of:<br>
o Contribute to teams through change activities, ensuring continuous two way communication.<br>
o Focus on continuous improvement and problem solving.<br>
o Commit to relationship building with customers and colleagues.<br>
o Work effectively with diverse groups of people.<br>
 Consistently demonstrate the following attributes and values:<br>
o Recognise what people need from you and respond flexibly.<br>
o Demonstrates interpersonal sensitivity.</p>
<p>
o Builds confidence in others.<br>
o Hunger for continuous learning, growth and curiosity.<br>
o Stretch out of comfort zone.<br>
 Personal knowledge:<br>
o Knows what drives profit within their business area.<br>
o Knows the key stakeholders.<br>
In depth knowledge of own industry and customers.</p></div></div></div><p>
We&rsquo;ll offer you fantastic challenges and amazing opportunities. This is your chance to be part of an organisation that has proven itself to be at the cutting edge of our industry; and is committed to pushing the boundaries even further. And with some of the best training on offer in the industry, who knows how far you can go?</p><br>
<p></p>
<p><b>
A Great Place to work needs a Great Way of Working</b></p><br>
<p></p>
<p>
Everyone is welcome to apply to GKN. We believe that we can only achieve our ambitions through a coming together of diverse minds who enjoy collaborating in an inspirational environment. Through our commitment to diversity, inclusion and belonging and by living our five powerful principles we&rsquo;ve created a culture where everyone feels welcome to contribute. It&rsquo;s a culture that won us &lsquo;The Best Workplace Culture Award&rsquo;. By embracing and celebrating what makes us unique we encourage everyone to bring their full self to work.</p>
<p>
We&rsquo;re also committed to providing an accessible recruitment process, so if you require reasonable adjustments at any stage during our recruitment process please get in touch and let us know.</p>
<p>
We are the place where human dreams, plus human endeavour, shape the future of aerospace innovation and technology.</p></div><p></p>

Engineer - Analysis

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