7 Crash Analysis Jobs

As a Senior Engineer in the Core Platform Products team, you will be responsible for developing and supporting drivers on various interfaces such as USB, Storage, I2C, SPI, Slimbus, and more. With 3 to 6 years of experience, your expertise will be crucial in this role located in Hyderabad. Your qualifications should ideally include a Bachelors or Master's Degree in Engineering, Information Systems, Computer Science, or a related field. It is essential to have a solid understanding of microprocessor and multiprocessor architecture, including ARM, DSP, etc. Additionally, a good grasp of real-time/embedded programming concepts and real-time operating systems is important. Hands-on experience with the Android Application Framework, Android native daemons/services, AIDL HALs, as well as system programming on Linux/Unix OS will be beneficial. Proficiency in debugging tools like T32, gdb, and crash analysis using android tombstones, T32, crash utility is necessary. Familiarity with Git, Android Make, Android Tools, Android Studio, Adb is also preferred. If you have experience in developing Linux kernel drivers and modifying kernel code, it will be considered a plus. Knowledge of AI models and proficiency in python for AI/ML related software development will also be an advantage. In this role, you will work under supervision and your decision-making may impact work beyond your immediate group. Strong communication skills, both verbal and written, are essential for conveying information effectively. You should be able to analyze, triage, and debug complex system-level problems using tools like Lauterbach and Trace tools. Your responsibilities will involve tasks that do not have defined steps, requiring effective planning, problem-solving, and prioritization skills. An excellent understanding of OS fundamentals, data structures, Linux kernel, and the device driver model is crucial for success in this position. Your ability to work collaboratively, communicate effectively, and demonstrate good analytical and problem-solving skills will be key to excelling in this role.,

As an Android Developer at our location in Madurai, Tamil Nadu, you will leverage your 47 years of experience to contribute to the development of high-quality mobile applications and SDKs for our fast-growing delivery platform. Your primary responsibility will be to design and build innovative features that enhance user experience and optimize performance. Your key responsibilities will include designing and developing modern Android applications and SDKs using Java and Kotlin in Android Studio. You will also troubleshoot, debug, and optimize app performance while working with core Android components such as Activities, Services, Intents, Broadcast Receivers, and Content Providers. Additionally, you will integrate RESTful APIs, handle JSON data effectively, and utilize third-party libraries and services like social APIs and push notifications. To deliver a seamless user interface and experience, you will implement Material Design principles, utilize features like Fragments, Jetpack Components, Firebase, and Location APIs, and apply best practices in memory management, multithreading, and networking. Following architectural patterns like MVVM will help you maintain scalable and efficient codebases. Your role will also involve performing crash analysis, optimizing app performance, and ensuring power/battery efficiency. Your primary skillset should include proficiency in Android SDK, Java, Kotlin, REST APIs, JSON, Jetpack Components, Firebase, Location APIs, and MVVM architecture. Experience with modular SDK development and knowledge of CI/CD tools like Bitrise and GitHub Actions would be advantageous. If you are familiar with Agile/Scrum processes, it would be a plus as we work in a collaborative and fast-paced environment. Join us in creating cutting-edge mobile applications and SDKs that will shape the future of our delivery platform.,

Proficiency in conducting crash simulations, performing finite element analysis (FEA), and interpreting crash test results Knowledge of NCAP, FMVSS, ECE, and other global vehicle safety standards and regulations, crash safety countermeasures Required Candidate profile Strong experience with simulation Preprocess and post process tools and crash analysis software (Hyperworks,LS-prepost LS-DYNA).

B.Tech./M.Tech degree in Mechanical Engineering. Perform high-quality 2D (midmesh) and 3D meshing (Tetra and Hexa) using HyperMesh. Interpret mechanical drawings and apply engineering knowledge in meshing activities. Understand and implement meshing methodologies to improve model efficiency. Very good background in dynamics Very good background in kinematics and dynamics of MBS and/or FEA Analytic mind, accurate, systematic and self-reliant Strong written and oral communication skills Strong willingness to learn Good spoken/written English Optional skill: experience in one of commercial FEA Codes (Ansys, Abaqus, LsDyna,PamCrash,

Role & responsibilities Good Product knowledge of Dummies, Airbags, Seats & Seatbelts. Positioning Seats & Dummies (Humanetics/ATD ) as per various load cases using primer an ANSA. Conduct detailed CAE simulations for all passive safety load cases, including frontal, side, rear, and knee impact study. Responsible for conducting Structural CAE simulations for Full vehicle, sub-system, component, pedestrian related work. Should also be responsible for performing detailed analysis of CAE simulations, prepare report and provide solution to achieve the performance target requirements for the product being developed. Creating full vehicle runnable crash FE models and simulating crash tests frontal, side, rear, pedestrian, etc. using CAE software like ANSA/Primer/LS-DYNA etc. Develop and validate finite element models for vehicle restraint systems, including seat belts, airbags, and child safety seats. Analyze and interpret simulation results to identify potential safety issues and recommend design improvements. Collaborate with cross-functional teams, including design, testing, and manufacturing, to ensure the integration of safety requirements into vehicle designs. Stay updated with the latest industry standards and regulations related to automotive safety. Prepare and present detailed technical reports and documentation to stakeholders. Participate in design reviews and provide input on safety-related aspects of vehicle development projects. Utilize advanced CAE tools and software, such as LS-DYNA to perform simulations. Ensure compliance with company policies, procedures, and quality standards. Preferred candidate profile Educational Qualification B.E/B.Tech/M.E./M.Tech in Mechanical/Automotive Engineering with good academic background No. of years of work experience 5 - 10 years Critical Skill Sets (Technical) Bachelors or Masters degree in Mechanical Engineering, Automotive Engineering, or a related field. 5 to 10 years of experience in CAE analysis with a focus on passive safety load cases. Proficiency in CAE software tools such as LS-DYNA, Primer, ANSA & Meta Strong understanding of vehicle safety standards and regulations (e.g., FMVSS, ECE, NCAP). Excellent problem-solving skills and attention to detail. Strong communication and interpersonal skills. Looking for immediate joiners or short notice candidates. Tools: ANSA/META/Primer Solver : LSDYNA Experience : 5 to 10 years

We are looking for a highly skilled and experienced Sr. Project Engineer CAE with 4 to 7 years of specialized experience in crash analysis. This critical role is central to our commitment to product safety and performance. The successful candidate will possess strong proficiency in industry-leading CAE software, specifically Ansys and LS-Dyna, for conducting advanced explicit dynamic simulations. Your primary responsibility will involve setting up complex crashworthiness models, including detailed meshing, material property definition, boundary conditions, and contact definitions. You will perform various types of crash simulations, such as frontal impact, side impact, rear impact, and pedestrian protection, to evaluate the structural integrity and energy absorption capabilities of components and full systems. Beyond running simulations, a key aspect of this role is the ability to thoroughly analyze simulation results, interpret complex stress, strain, and deformation patterns, and identify critical failure modes. You will be expected to provide data-driven recommendations for design improvements to enhance crashworthiness and occupant safety. This position requires a deep understanding of impact mechanics, material behavior under high strain rates, and relevant safety regulations. You will collaborate closely with design engineers to integrate CAE insights into the design loop, ensuring that design modifications effectively address performance targets. Furthermore, preparing comprehensive technical reports and presentations to communicate findings and recommendations to project teams and management will be a crucial duty.

https://quintessential.keka.com/careers/