6 Ncap Protocols Jobs

As a Crash CAE Simulation & Evaluation role, you will be responsible for preparing full vehicle models using HYPERMESH/ ANSA/PRIMER. Your main task will involve conducting full vehicle simulations utilizing LS-DYNA software. Additionally, you will be engaged in model optimization and robustness activities using tools such as Diffcrash, Mode Frontier, LS-OPT. It will be your duty to interpret results using LS-Pre Post/ Hyperview/ Hyper Graph and prepare detailed reports. You are expected to correlate the simulation outcomes with physical tests and enhance the CAE methodology. To excel in this position, you should possess technical proficiency in vehicle/BIW model setup for crash CAE using Hymermesh and have experience in analyzing and developing countermeasures in compliance with regulations/NCAP of domestic/export destinations. A solid understanding of sheet metal & plastic part design, knowledge of AIS Safety Regulations, NCAP protocols, and experience in system level/ full vehicle simulations are essential. Your role will involve debugging models in the LS-DYNA environment, interpreting results, post-processing the deck, collaborating with CAE engineers, and implementing design modifications based on CAE inputs. You should be skilled in interpreting and comprehending FEA results, preparing comprehensive analysis reports, and proposing countermeasures to achieve performance targets. Exposure to physical test procedures and the ability to comprehend physical test results will be advantageous. To qualify for this position, you should hold a BE/B.Tech degree.,

As a CAE Engineer / Analyst specializing in Crash & Safety CAE, you will be responsible for Vehicle Crash CAE Simulation & Evaluation. Your key responsibilities will include preparing full vehicle CAE models using HYPERMESH/ANSA/PRIMER for mesh discretization, assembly, constraints, and load setting for automotive sub-systems and components. You will conduct system and full vehicle simulation using LS-Dyna software, focusing on the development of vehicle body and aggregates for Crash & Occupant Safety through CAE. Your role will involve model optimization and robustness using tools such as DiffCrash, ModeFrontier, LS-OPT. You will be expected to interpret results in LS-PrePost/Hyperview/Hypergraph to identify failure modes and provide directions for countermeasures by performing parameter studies on the FEM model. Additionally, you will be responsible for report preparation and communication with stakeholders, including design and testing teams, to implement countermeasures. Collaboration with testing teams to analyze failures, correlate CAE results with physical testing results, and enhance CAE methodology will be a crucial part of your job. Your technical competency should include a strong foundation in Strength of Materials, Theory of Elasticity/Plasticity, automotive body knowledge, sheet metal & plastic part design, AIS Safety Regulations, NCAP protocols, and Finite Element Analysis. Experience in Automotive Crash & Occupant Safety CAE domain, model building, carrying out System Level/Full vehicle simulations, debugging CAE models, and interpreting FEA results will be essential. Furthermore, you should have experience in working with CAE engineers, making design modifications based on CAE inputs, and preparing comprehensive analysis reports with countermeasure proposals to meet performance targets. Exposure to physical testing and the ability to understand test conditions and represent them in CAE will be advantageous. On the behavioral front, you are expected to possess excellent interpersonal skills, communication & presentation skills, an achievement orientation, be a team player, have networking skills, and be flexible in your approach.,

As an AM / DM, your primary responsibility will be to handle model development activities. This includes planning and executing design and development test requirements, conducting root cause analysis, and developing counter-measures. You will also be required to coordinate with CAE and design teams for result validation and implementation. Team management and training will also be a key part of your role. To excel in this position, you should have experience in vehicle-related safety testing such as seat belt anchorage, head form, bumper & side impact, pedestrian headform, and legform tests. You should be familiar with pedestrian safety test dummies like headform, flex-pli, and a-pli, as well as passive safety regulations and NCAP protocols and safety ratings. Hands-on experience with UG is also a plus. In addition to technical expertise, you should possess strong teamwork, analytical, presentation, and decision-making skills. Future planning, conceptualization thinking, openness to learning, creativity, innovative approach, and the ability to share experiences and disseminate learning in the related field are also essential for success in this role.,

As an AM/DM level Team Member in this role, you will be responsible for handling model development activities. Your duties will include planning and executing design and development test requirements, conducting root cause analysis, developing counter-measures, coordinating with CAE/design teams for result validation and implementation, as well as team management and training. To excel in this role, you should have experience in vehicle-related safety testing such as seat belt anchorage, head form, bumper & side impact, pedestrian headform & legform tests. You should also possess knowledge of pedestrian safety test dummies like headform, flex-pli, a-pli, passive safety regulations, NCAP protocols, safety ratings, and hands-on UG experience. In addition to technical expertise, you should demonstrate strong teamwork, analytical skills, presentation skills, decision-making abilities, future planning, and conceptualization thinking. Your specific expertise should include being open to learning, adopting a creative and innovative approach, sharing experiences, being a skillful trainer, and disseminating learning in the related field to group members.,

As a CAE Engineer / Analyst, you will be responsible for Vehicle Crash CAE Simulation & Evaluation. Your role will involve preparing full vehicle CAE models using HYPERMESH/ANSA/PRIMER for automotive subsystems and components, conducting system and full vehicle simulation using LS-Dyna software, developing vehicle body and aggregates for crash & occupant safety, and optimizing models using tools like DiffCrash and Mode Frontier. You will be required to interpret results in LS-PrePost/Hyperview/Hypergraph, comprehend failure modes, and provide directions for countermeasures through parameter studies on the FEM model. Additionally, you will prepare reports, communicate with stakeholders, and collaborate with testing teams to analyze failures and make improvements in the CAE methodology. To excel in this role, you should have a strong understanding of strength of materials, theory of elasticity/plasticity, automotive body design, sheet metal & plastic part design, AIS safety regulations, and NCAP protocols. Experience in finite element analysis, automotive crash & occupant safety CAE domain, and interpreting FEA results is essential. You should also possess excellent interpersonal, communication, and presentation skills, along with an achievement orientation, team player attitude, networking skills, and flexibility.,

As a CAE Engineer / Analyst, you will be responsible for Crash CAE Simulation & Evaluation. Your primary responsibilities will include conducting full vehicle simulation using LS-DYNA software, interpreting results using tools like LS-Pre Post, Hyperview, and Hyper Graph, and preparing detailed reports. You will also be expected to correlate simulation results with physical tests, improve CAE methodology, and develop and deploy machine learning models for predictive CAE simulations and structural optimization. Additionally, part of your role will involve integrating AI algorithms into CAE tools to automate simulation workflows, analyzing large-scale simulation and sensor data to enhance model accuracy, and collaborating with simulation teams to embed AI into vehicle development processes. To excel in this position, you should have knowledge of AIS Safety Regulations and NCAP protocols, experience in model builds and system-level/full vehicle simulations, and a background in automotive crash and occupant safety simulations. You must also possess strong programming skills in Python and hands-on experience with ML frameworks like Scikit-learn, TensorFlow, and PyTorch. Moreover, your competency in debugging models for LS-DYNA environment, interpreting FEA results, and preparing comprehensive analysis reports with countermeasure proposals will be crucial. Exposure to physical test procedures and the ability to understand physical test results will be an advantage. In terms of behavioral traits, you should demonstrate excellent interpersonal, communication, and presentation skills. Being achievement-oriented, a team player, and having strong networking skills will contribute to your success in this role.,