5 Ansys Mechanical Jobs

The company is looking for a CAE Structural & Durability Engineer with a minimum of 3 years of experience to join their team in Bangalore or Pune. They prefer candidates who can join immediately or within 30 days. Key skills required for this role include proficiency in ANSYS Workbench, ANSYS Mechanical, Spaceclaim, Durability, and Structural Analysis. The ideal candidate should have expertise in linear and non-linear structural analysis, contact non-linearity, modal analysis, transient/harmonic analysis, post-processing, report preparation, and basic engineering fundamentals. If you meet the qualifications and are interested in this opportunity, please send your updated CV to anushab@canvendor.com.,

You have a user level knowledge of FEA, including preparation, post-processing, and meshing, as well as understanding FEA basics. You possess good tool knowledge of Ansys Workbench skills, including Design Modeler and Ansys Mechanical, as well as familiarity with CREO/space claim, GT Suite, AVL, and Simlab tool. Your clear understanding of engineering concepts and fundamentals such as FEM, SOM, fatigue, vibration, IC engine basics, and material properties is notable. It is preferred that you have working knowledge of FEA for 3D components. Having experience in the automotive domain, including block, head, exhaust manifolds, etc., is an added advantage. You should be an independent user capable of handling low complexity work and have knowledge of static, fatigue, thermal fatigue, DBJ, modal analysis, and sealing analysis. Your skills should include preprocessing, post-processing, results sanity check, and report preparation. You are expected to be able to handle medium to complex projects independently, make decisions, understand component physics, and execute non-standard tasks. You should also be able to work through and resolve model convergence issues with minimal support, draw conclusions based on analysis results, and suggest design improvements. Collaboration with component owners for quick analysis to design iterations is also a part of the role. Advance techniques/tool knowledge such as ANSYS Advance (using macros, non-linear materials, convergence, ACT usage, contact algorithms, fatigue damage, super elements, submodelling, mode frontier techniques, optimization, etc.) are preferred. Additionally, you should be able to review other projects. The educational qualification required for this role is B.E./M.Tech, with experience ranging from 1.5 to 3 years.,

You should have user level knowledge of Finite Element Analysis (FEA) including preparation, post-processing, and meshing, as well as understanding the basics of FEA. Proficiency in Ansys Workbench tools such as Design Modeler and Ansys Mechanical, as well as familiarity with CREO/space claim, GT Suite, AVL, and Simlab tool, is required. Clear comprehension of engineering concepts and fundamentals such as Finite Element Method (FEM), Strength of Materials (SOM), Fatigue, Vibration, IC engine basics, and material properties is essential. Working knowledge of FEA for 3D components is preferred. Experience in the Automotive domain, particularly with block, head, exhaust manifolds, oil pan, valve cover, intake manifold, gear train, valvetrain, crankshaft, power cylinder components, is advantageous. You should be able to work independently on low complexity tasks, handle medium to complex projects, and make decisions effectively. Proficiency in Static, Fatigue, thermal fatigue, DBJ, Modal analysis, and Sealing analysis is required. You must possess skills in preprocessing, post-processing, results sanity check, and report preparation. Being able to resolve model convergence issues independently with minimal support and draw conclusions from analysis results are important. Additionally, you should be capable of formulating design improvement suggestions, working with component owners for quick analysis to design iterations, and presenting analysis results in Design Reviews with results interpretation and physics. Preferred advanced techniques and tool knowledge include ANSYS Advance with the use of macros, non-linear materials, convergence, ACT usage, contact algorithms, fatigue damage, Super elements, Sub modelling, mode frontier techniques, optimization, etc. Reviewing other projects and collaborating with team members effectively are also expected. Educational Qualification required is B. E. / M. Tech (optional), with 1.5 to 3 years of experience in the field.,

Key Responsibilities: Has user level knowledge of FEA (prep, post, meshing), along with FEA basics. Good Tool knowledge of Ansys workbench skills (Design Modeler and Ansys Mechanical), CREO/space claim, GT Suite, AVL, Simlab tool. Clear understanding of engineering concepts and fundamentals- FEM, SOM, Fatigue, Vibration, IC engine basics, material properties. Has working knowledge of FEA -3D components is preferable. (Added advantage: Automotive domain. as of block, head, exhaust manifolds etc. knowledge of block, head, oil pan, valve cover, exhaust manifold, intake manifold, gear train, valvetrain, crank shaft, power cylinder components related components is preferred) Independent user of low complexity work Should have a knowledge of Static, Fatigue, thermal fatigue, DBJ, Modal analysis and Sealing analysis. Should be able to do preprocessing, post processing, results sanity check and report preparation. RequirementsSkills and Experience Required: Educational Qualification - B. E. / M. Tech (optional) Experience- 6 Months to 1 Year,

RESPONSIBILITIES Validate concept designs using simulation techniques and determine design robustness, critical to function requirements. • Position will perform analysis of electrical connector systems in response to requests from Engineering and Sales functions. • Deploy FEA Techniques implicit and explicit approach, using Software tools like Ansys majorly on Nonlinear static, dynamics, thermal and electrothermal analysis. • Translate actual problem to Finite Element Analysis (FEA) model, interpret analysis results and select best solution Deploy standardized process and work methodology • Benchmark implement productivity improvement methods. • Collaborate with design & validation teams to enhance the design optimization. EDUCATION/KNOWLEDGE • BE/ BTech (Mechanical/Electrical) • M Tech (Mechanical/Electrical) (preferred) • Knowledge of product, design processes and methodology. • Expertise on CAE tools, Optimization techniques, and testing methods • Understanding of LEAN / 6 Sigma / Kaizen techniques. • Proficiency in state-of-the-art o FEA- Ansys Mechanical, MAPDL, LS-DYNA • Proficiency in use of MS Office tools • Experience in connector products (Plastics and Sheet Metal parts) is an added advantage. EXPERIENCE: 3-5 Years • Knowledge on Non-Linear structural, dynamics, thermal & electrothermal analysis. • Knowledge on material science (Metals, Plastics & hyper elastic material) and implement for simulation. • Correlation of Test and simulation data / results