9 Gt Suite Jobs

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.,

Model building in GT Suite using Gem3D (Pre-processor available with GT Suite ) for engine cooling, fuel and lubrication circuits system circuits.Basically this is converting the 3D CAD geometries for fluid passages into relevant 1D components Required Candidate profile Generating flow boundary conditions for some component level CFD analysis. Standardization of Model and archival into available database along with the proper documentation of results in reports.

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.,

1D Simulation Engineer: Bachelors/masters degree in Automobile or Mechanical Engineering 3 to 10 Years of experience in automotive simulation, vehicle performance, Climate Control and thermal management Strong basic knowledge in Fluid Mechanics, Heat Transfer and Multi-phase flows Strong knowledge in CFD fundamentals Cooling and Lubrication (C&L) Systems and 3D Thermal CAE using STAR CCM+, Hyper mesh Perform 1D system simulations using GT Suite to analyze and optimize vehicle performance, Climate control and thermal management systems. Calibrated thermal system that keeps the EDU within safe operating limits with derate functions in place. Thermal model accurately predicts system temperatures in real world driving conditions Develop new methodologies and handover to program tea m for day-to-day simulations. Collaborate with cross-functional teams to understand design requirements and develop simulation models accordingly.

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,

Qualification: ME / M.Tech / BE : Thermal /Heat Power/ Mechanical / Automobile Role responsibilities: Developing and validating vehicle-level thermal and energy management models in GT-SUITE Simulating subsystems like energy storage, driveline, and climate control, along with components, should align with analyzing consumption data across various energy-consuming elements. Optimization of energy flow and thermal interactions to improve efficiency and performance. Perform simulation setup, post-processing, and validation against experimental data. Collaborate with global teams to align on system requirements and methodologies. Must Have: Expertise in GT-SUITE/MATLAB-Simulink or any equivalent tool for thermal and energy management drive cycle simulation Good understanding of electric powertrains and battery systems. Good understanding of vehicle dynamics and interest in the principles of optimal control. Experience in simulating components like batteries, motors, HVAC components, etc. Experience in working with CAD data. Skills in defining boundary conditions and post-processing data. Knowledge of energy flow optimization and debugging simulation models. Strong understanding of CFD theory and vehicle energy systems. Excellent analytical, communication, and teamwork skills. Good to Have: Experience in scripting/customization in GT-SUITE, MATLAB and experience of Simulink systems modelling. Good version control and source code management using Git / DevOps experience Experience in simulation methodology process development. Knowledge of vehicle performance metrics and system interactions. Automotive industry experience with OEMs or Tier 1 suppliers.

Greetings from Next Step Services Pvt Ltd We are hiring for Engine Simulation Experience - 6-11years • Experience in 1D simulation of performance & Acoustic characteristics and development of powertrain systems and their integration • Experience of ICE thermodynamic & acoustic simulation and an understanding of each characteristic and how best to deliver each. • Experienced and capable to apply modern toolsets for delivery of simulation results. These should include GT-Suite, AVL Boost, AVL Cruise, AVL Cruise M and Ricardo WAVE software systems. • Good understanding and application knowledge of CAD tools (CATIA, CREO) • Detailed understanding of systems engineering. • Understanding and application of standard simulation processes inclusive of; Model building, model validation, test data understanding, and improving engine performance & acoustic characteristics • Should have very good understanding about the complete engine & transmission system architecture. Interested candidates share your resume to sindhuja@nextstephr.com

Experience : 3 - 6 years Qualification : B.E/B.Tech or M.E/M.Tech Skills : IC Engine thermodynamics & performance, Acoustics, vehicle performance, Hybrid. Tools : GT Suite, AVL Boost, AVL Cruise, GEM3D, Ricardo Wave Annual bonus Health insurance Provident fund

Role & responsibilities : Carry out pre-processing, simulation setup, post-processing & report preparation as per the requirement Technical report preparation and presentation to development team Support draft of the design considering NVH Validate the design for NVH targets Work actively in the extended product development core team Support and provide simulation results for measurement and testing & update the NVH simulation based on measurement and test results Provide design solutions and recommendations for development of exhaust designs from acoustics perspective Maintain, track quality & on time delivery metrics for all work requests of self Quality review of the simulations executed by NVH engineers Identify and share the lessons learned and best practices Support in preparation of training plan, execute trainings, measure effectiveness Prioritizing quality and delivery failures, performing Line QRCI to identify root causes Preparing preventive and corrective actions plan to address the root causes derived from Line QRCi Qualifications The ideal candidate will have: Bachelors or Masters in Mechanical/Automobile Engineering or equivalent Experience: •8+ years of experience in the NVH domain, using commercial tools like GT-Power, GT-SpaceClaim, Ricardo Wave, Vnoise, Actran, etc. •5+ years of experience in providing design concepts, developing methodologies, standards, and writing procedures. Experience in simulation and methodological layout of exhaust system components considering the acoustics Skills and competencies: Software: •GT-Power, GT-SpaceClaim, Ricardo Wave, Star CCM+, Fine Acoustics, Actran, etc. •Desirable - Hypermesh, Openfoam, •MS-office & Unix / Linux applications