217 Automotive Engineering Jobs - Page 2

This opportunity is only for candidates currently residing in the specified country. Your location may affect eligibility and rates. At Mindrift, innovation meets opportunity. We believe in using the power of collective intelligence to ethically shape the future of AI. What We Do The Mindrift platform connects specialists with AI projects from major tech innovators. Our mission is to unlock the potential of Generative AI by tapping into real-world expertise from across the globe. About The Role GenAI models are improving very quickly, and one of our goals is to make them capable of addressing specialized questions and achieving complex reasoning skills. If you join the platform as an AI Tutor in Auto Engineer, you&aposll have the opportunity to collaborate on these projects. Although every project is unique, you might typically: Generate prompts that challenge AI. Define comprehensive scoring criteria to evaluate the accuracy of the AI&aposs answers. Correct the model&aposs responses based on your domain-specific knowledge How To Get Started Simply apply to this post, qualify, and get the chance to contribute to projects aligned with your skills, on your own schedule. From creating training prompts to refining model responses, you&aposll help shape the future of AI while ensuring technology benefits everyone. Requirements You have a Bachelor, PhD, Master&aposs degree in Automotive Engineering You have a 3 years of professional experience. Your level of English is advanced (C1) or above. You are ready to learn new methods, able to switch between tasks and topics quickly and sometimes work with challenging, complex guidelines. Our freelance role is fully remote so, you just need a laptop, internet connection, time available and enthusiasm to take on a challenge Benefits Why this freelance opportunity might be a great fit for you Take part in a part-time, remote, freelance project that fits around your primary professional or academic commitments Work on advanced AI projects and gain valuable experience that enhances your portfolio Influence how future AI models understand and communicate in your field of expertise Show more Show less

*5 to 15 Years in NPD in Automotive Industry *BE/B.Tech in Mechanical/Production from reputed Institute * NPD certification courses from IIM,PDMA * Good knowledge in Design for Manufacturing [DFM], Design for Assemble[DFA], Design for Manufacturing and Assembly[DFMA], Design for recycling[DFR], Design for Environment [DFE], Design for Dis assembly [DFD], Design for Excellence [DFE] * Hands on experience in IATF 16949:2016 tools like- APQP, PPAA, DFMEA, PFMEA, SPC, MSA and relevant software * Hands on experience in Autocad, Solidworks, MS office etc. * VE/VA Analysis * Knowledge in latest Manufacturing Process/Practices * Reverse engineering * Good exposure in engineering drawings/GD&T * Estimation /Job costing * Project /Program management * Lean & Six Sigma * Hands on experience as NPD lead in automotive industry with 10 15 projects handled independently in steel parts * Very good exposure in New product development [NPD] and Concurrent Engineering [CE]

You will be responsible for designing and developing dashboards, consoles, and other interior automotive parts, as well as decorative and soft touch interior parts. You will also need to plan countermeasures based on design and quality reviews and benchmark the perceived quality of competitors" vehicles. Additionally, you will set targets and provide solutions to enhance the perceived quality of vehicles during new model development, considering cost and weight optimization. Moreover, you will establish a qualitative and quantitative process for evaluating the perceived quality of vehicles. You must have the ability to work or lead cross-functional teams and collaborate with design and engineering to improve perceived quality in new model development. A strong understanding of judgement parameters for evaluating the perceived quality of a car is essential. You should be able to analyze perceived quality details to enhance fit and finish throughout the vehicle and have a good grasp of touch and feel concepts. Excellent interpersonal skills are required to coordinate with other engineering and styling departments effectively. Prior experience in car driving is preferred. Proficiency in CAD software, particularly UGNX, is necessary for this role. You should also possess technical knowledge of vehicle systems and sub-systems, packaging strategies, and occupant packaging strategies. Strong analytical skills, proficiency in advanced tools like Excel and PowerPoint, and the ability to comprehend engineering requests and deliver accordingly are key requirements for this position.,

Project Role : Mechanical Engineering Practitioner Project Role Description : Design, analyze and build structures, machines, devices, systems and mechanical processes. Generate, build and test functional prototypes to validate feasibility. Identify opportunities for technological innovation. Must have skills : 3D Modeling Good to have skills : Automotive Engineering, Automotives, NX, Tractor Transmission Design &a Minimum 2 Year(s) Of Experience Is Required Educational Qualification : 15 years full time education B Tech in Mechanical Engineering or Automotive or Automobile Engineering Summary: As a Mechanical Engineering Practitioner, you will be responsible for designing, analyzing, and building structures, machines, devices, systems, and mechanical processes. Your typical day will involve 3D modeling, generating, building, and testing functional prototypes to validate feasibility, and identifying opportunities for technological innovation. Roles and Responsibilities: - Should have hands on experience (Minimum 4 to 6 years of Experience) in Siemens NX software, responsible for the Design and Development of Tractor transmission systems components Systems design. - Experience in Automotive or Tractor or Offroad Vehicles Design Part and Integration on Uni-Graphics Software - 3D modelling of parts Casting, Forging, Gears, Shafts and Transmission components. - Part drawing, Assembly Drawing and Specification release as per organization Standard practice. - Collaborate with cross-functional teams to review and resolve design and manufacturing issues. - Apply standards and methodologies to arrive at robust design solutions. - Evaluate and select materials for Tractor Transmission components considering performance, cost, and manufacturability. - Perform analytical calculations for mechanical transmission parts such as gears, shafts, power transmit shifting systems. - Analysis the issue or Problem and find out the solution by using the best design practice like stack-up Analysis, etc. - Co-ordinate with inter-departments of New Assembly operation for manufacturing and Validation and resolve issues with Process Team - Follow up with External and Internal stakeholders for design Reviews. - Able to guide and help the people working in the same team. Professional & Technical Skills Good understanding of Gear Design and Calculation, Stack-Up Analysis and General Dimensioning and Tolerances - Good communication, Sound mind, eager to learn new technology, Adaptable, Punctual, hardworking, MS-office. Additional Information - Minimum 4 to 6 years of Experience in Automotive or Offroad Vehicle Transmission Systems Design. - The ideal candidate will possess a strong educational background in Mechanical Engineering or a related field, along with a proven track record of delivering impactful mechanical engineering solutions. - Job Location will be Onsite Deputation at Client Site (Hoshiarpur-Punjab). Show more Show less

Project Role : Mechanical Engineering Practitioner Project Role Description : Design, analyze and build structures, machines, devices, systems and mechanical processes. Generate, build and test functional prototypes to validate feasibility. Identify opportunities for technological innovation. Must have skills : 3D Modeling Good to have skills : Automotive Engineering, Automotives, NX, CREO Minimum 2 Year(s) Of Experience Is Required Educational Qualification : B Tech in Mechanical Engineering or Automotive Engineering or Automobile engineering Summary: As a Mechanical Engineering Practitioner, you will design, analyze, and build structures, machines, devices, systems, and mechanical processes. You will generate, build, and test functional prototypes to validate feasibility and identify opportunities for technological innovation. Your typical day will involve utilizing your expertise in 3D modeling to create and modify designs, collaborating with cross-functional teams to ensure project success, and conducting research to stay updated on the latest advancements in the field. Roles & Responsibilities: Analyze design requirements, identify modifications required to be made in bike vehicle integration / Tractor Vehicle Integration. Co-ordinate with respective system engineers team based on the need for design solutions. Design and maintain system/vehicle specific 3D layout. Interact with the client for the project progress. Maintain the project progress report and track individual team members KPI. Assist the Project Manager in understanding the status of the project. Ensures that KPI/Metrics is being followed in the project. Prepare deliverables/milestone plan and Master Schedule Documents the performance and Deliverables of the project team. Help the team understand the timeline and milestones to be achieved. Identify the risks and guide the Project team in risk mitigation and management. Ensure that project team is adhering to the Project KPI/Metrics followed. Conduct daily stand-up meetings and documents the MOM and action list. Understand the Electrical parts. Interaction with product engineering, purchasing, quality, product validation, prototype shop and manufacturing team during development. Professional & Technical Skills: Design and development of bike casting, sheet metal and plastic component. Vehicle integration of tractor / Vehicle Integration of Bike (2-Wheeler Vehicle) Linkage design of tractor Tractor structure design Bom management Conduct Benchmark study for the product Do Reverse engineering Create new concept design for the product Additional Information: - The candidate should have a minimum of 7 - 9 years of experience in 3D Modeling. - This position is based at our Bengaluru office. - A B Tech in mechanical engineering or Automotive or Automobile engineering is required. Show more Show less

Project Role : Mechanical Engineering Practitioner Project Role Description : Design, analyze and build structures, machines, devices, systems and mechanical processes. Generate, build and test functional prototypes to validate feasibility. Identify opportunities for technological innovation. Must have skills : 3D Modeling Good to have skills : Automotive Engineering, Automotives, NX Minimum 2 Year(s) Of Experience Is Required Educational Qualification : 15 years full time education b tech in mechanical engineering Summary: As a Mechanical Engineering Practitioner, you will design, analyze, and build structures, machines, devices, systems, and mechanical processes. You will generate, build, and test functional prototypes to validate feasibility and identify opportunities for technological innovation. Roles & Responsibilities: - Expected to perform independently and become an SME. - Required active participation/contribution in team discussions. - Contribute in providing solutions to work-related problems. - Develop innovative mechanical designs. - Conduct structural analysis and simulations. - Collaborate with cross-functional teams for project execution. - Implement design changes based on feedback. - Research and recommend new materials and technologies. Professional & Technical Skills: - Must To Have Skills: Proficiency in 3D Modeling. - Strong understanding of mechanical engineering principles. - Experience with CAD software for design and analysis. - Knowledge of material properties and selection. - Ability to interpret technical drawings and specifications. Additional Information: - The candidate should have a minimum of 2 years of experience in 3D Modeling. - This position is based at our Bengaluru office. - A 15 years full-time education with a B.Tech in Mechanical Engineering is required. - THE POSITION IS FOR NORTH LOCATON (HOSHIARPUR - PUNJAB) Show more Show less

Content Creation & Refinement: Create and refine content to ensure accuracy and relevance across a variety of topics in Physics, while also developing references and examples of tasks. Experts Acquisition: Assess the qualification tests of experts, ensuring their competency. Chat Moderation: Provide support by addressing project-related questions from other experts in Discord chats, especially those related to project guidelines. Auditing Work: Review and evaluate tasks completed by other experts, ensuring they align with project guidelines. Provide constructive feedback, verify expertise-related information, and edit content as necessary to improve quality. You have a Master s or PhD degree in Automotive Engineering. You have at least 5 years of professional experience. Your level of English is advanced (C1) or above . Experience in Generative AI/Prompt engineering/Reviewing Experience in teaching / educating / lecturing / training in your domain area. You are ready to learn new methods, able to switch between tasks and topics quickly and sometimes work with challenging, complex guidelines. Our freelance role is fully remote so, you just need a laptop, internet connection, time available and enthusiasm to take on a challenge. Why this freelance opportunity might be a great fit for you? Take part in a part-time, remote, freelance project that fits around your primary professional or academic commitments. Work on advanced AI projects and gain valuable experience that enhances your portfolio. Influence how future AI models understand and communicate in your field of expertise.

As a Mechanical Engineering Practitioner, your main responsibility will be to design, analyze, and construct various structures, machines, devices, systems, and mechanical processes. You will be tasked with creating, building, and testing functional prototypes to verify their feasibility and to identify potential areas for technological innovation. You are expected to work independently and to eventually become a Subject Matter Expert (SME) in the field. Your role will involve active participation and contribution in team discussions, providing solutions to work-related issues, developing innovative mechanical designs, conducting structural analysis and simulations, collaborating with cross-functional teams for project execution, implementing design changes based on feedback, and researching and recommending new materials and technologies. When it comes to professional and technical skills, it is essential for you to have proficiency in 3D Modeling. Additionally, you should possess a strong understanding of mechanical engineering principles, have experience with CAD software for design and analysis, be knowledgeable about material properties and selection, and have the ability to interpret technical drawings and specifications. The ideal candidate for this position should have a minimum of 2 years of experience in 3D Modeling. This role is based in Bengaluru and requires a 15 years full-time education with a B.Tech in Mechanical Engineering. Please note that the position is for the North location in Hoshiarpur, Punjab.,

Responsibilities & Key Deliverables Your primary responsibilities will include conducting thorough NVH (Noise, Vibration, and Harshness) testing and analysis specifically focused on vehicle levels. You will be required to perform complete root cause analyses to address any electric noise issues linked to the motor and transmission systems. This role demands benchmarking of various vehicles, followed by setting performance targets both at the vehicle level and for individual components. You will spearhead the demonstration of practical solutions while collaborating closely with the design teams to ensure successful implementation. You will enhance existing processes and improve the overall quality of analysis related to NVH. A key aspect of your role will involve providing NVH specifications to the design teams during initial phases (known as front-loading) to preemptively mitigate NVH concerns. You will also conduct pass-by noise tests to confirm that all target levels for both internal combustion engine vehicles and electric vehicles are met. Moreover, it is essential to possess a comprehensive understanding of various vehicle systems, such as electric motors, regeneration systems, transmissions, and HVAC, particularly concerning electric vehicles. You will be conducting transfer path analyses and implementing measure for structural and airborne source contributions effectively. Your expertise in digital signal processing and executing pass-by noise tests will be imperative in delivering outstanding results. Experience 18 to 20 years Proven capabilities in a testing environment, combined with your understanding of automotive engineering principles, will enable you to contribute effectively to our projects. Your experience should showcase your ability to handle complex technical challenges proactively, fostering a collaborative environment within cross-functional teams. Industry Preferred We prefer candidates from the automotive industry, particularly those with experience in NVH roles. Candidates having backgrounds from leading automotive manufacturers are highly valued due to their familiarity with industry standards and practices Qualifications A Graduate or Post Graduate degree in Automotive or Mechanical Engineering is required for this role. Your educational background should equip you with the foundational knowledge necessary to grasp advanced concepts in vehicle dynamics and NVH analysis. Holding additional certifications or courses related to NVH testing, automotive system dynamics, or noise control engineering will be considered beneficial. Continuous improvement in knowledge through workshops or seminars relevant to automotive engineering trends is also encouraged. General Requirements General requirements for the role include: Excellent communication skills to articulate complex technical information to diverse audiences. A collaborative mindset, with a strong emphasis on teamwork and cross-disciplinary collaboration. Proactive problem-solving skills combined with the ability to think critically under pressure. A commitment to continual learning and professional development in the ever-evolving field of automotive engineering.

This opportunity is only for candidates currently residing in the specified country. Your location may affect eligibility and rates. At Mindrift , innovation meets opportunity. We believe in using the power of collective intelligence to ethically shape the future of AI. What we do The Mindrift platform connects specialists with AI projects from major tech innovators. Our mission is to unlock the potential of Generative AI by tapping into real-world expertise from across the globe. About the Role Generative AI models are improving very quickly, and one of our goals is to make them capable of addressing specialized questions and achieving complex reasoning skills. Responsibilities: Content Creation & Refinement: Create and refine content to ensure accuracy and relevance across a variety of topics in Physics, while also developing references and examples of tasks. Experts Acquisition: Assess the qualification tests of experts, ensuring their competency. Chat Moderation: Provide support by addressing project-related questions from other experts in Discord chats, especially those related to project guidelines. Auditing Work: Review and evaluate tasks completed by other experts, ensuring they align with project guidelines. Provide constructive feedback, verify expertise-related information, and edit content as necessary to improve quality. How to get started Simply apply to this post, qualify, and get the chance to contribute to projects aligned with your skills, on your own schedule. From creating training prompts to refining model responses, you ll help shape the future of AI while ensuring technology benefits everyone. You have a Master s or PhD degree in Automotive Engineering. You have at least 5 years of professional experience. Your level of English is advanced (C1)

Specialize in the design, manufacturing, and quality assurance of the body structure of vehicles before painting and assembly. Key Responsibilities: Design and develop BIW components and assemblies using CAD software. Oversee manufacturing processes like welding, riveting, and adhesive bonding. Perform feasibility studies to ensure cost-effectiveness and manufacturability. Ensure compliance with safety and structural integrity standards. Coordinate with cross-functional teams for seamless integration of BIW components. Resolve technical issues in design and production phases. Qualifications: Bachelor s degree in Mechanical/Automotive Engineering. Strong knowledge of CAD tools (e.g., CATIA, NX). Familiarity with BIW processes and standards. Experience with materials like high-strength steel and aluminum. Apply for this position Allowed Type(s): .pdf, .doc, .docx By using this form you agree with the storage and handling of your data by this website. *

You are a skilled and experienced Heavy Earth Movers Engineer responsible for overseeing the maintenance, repair, and servicing of heavy construction and mining equipment. Your primary focus will be on earthmoving machinery such as excavators, bulldozers, loaders, backhoes, graders, and dump trucks. Your key responsibilities will include performing diagnostics, troubleshooting, and repair of mechanical, electrical, hydraulic, and pneumatic systems on heavy equipment. You will also be responsible for conducting regular preventive maintenance to minimize equipment downtime, maintaining detailed service records and logs, and ensuring compliance with safety and operational standards. Additionally, you will be coordinating with vendors and OEMs for spare parts procurement and technical support, training and guiding technicians or junior engineers, collaborating with operations teams to prioritize machinery servicing and repairs, and ensuring compliance with company policies, health & safety regulations, and environmental standards. To excel in this role, you should have a diploma or bachelor's degree in mechanical engineering, Automotive Engineering, or a related field, along with 3-8 years of hands-on experience with heavy earthmoving equipment from brands like Caterpillar, Komatsu, Volvo, JCB, etc. Proficiency in reading technical diagrams, hydraulic circuits, and equipment manuals is essential, along with strong analytical, problem-solving, and organizational skills. Familiarity with CMMS (Computerized Maintenance Management Systems) will be considered a plus, and you should be comfortable working in remote or field project sites under challenging conditions.,

At TE, you will have the opportunity to work with individuals from diverse backgrounds and industries to contribute towards building a safer, sustainable, and more connected world. As a member of the team, your main responsibilities will include supporting the Sourcing Process. This involves tasks such as inputting data for RFQs into Jaggaer, sending out and tracking RFQs, clarifying missing data with suppliers, and preparing initial bidding overviews in alignment with timeline and global sourcing policies. Additionally, you will be responsible for creating and placing pilot orders in compliance with internal order processes. You will also handle orders for direct material, Tool orders, PPAP orders, and Pre-serial parts orders, ensuring tracking, follow-up of milestones, and addressing any issues with suppliers and internal functions. Part of your role will involve reviewing open orders and communicating or escalating any external and internal discrepancies to the supplier and relevant buyer. It will also be essential to follow up with suppliers on order acknowledgements to ensure timely order execution. A good understanding of Mechanical/Automotive Engineering drawings will be beneficial for this position. To be successful in this role, you should have at least 2-4 years of experience in sourcing, with experience in the automotive industry being an added advantage. You should be a highly motivated individual with excellent problem-solving skills, the ability to multitask, and a proven track record in managing projects. Being able to work in a matrix environment with a multicultural team is also important. TE Connectivity plc (NYSE: TEL) is a global industrial technology leader dedicated to creating a safer, sustainable, productive, and connected future. With a focus on connectivity and sensor solutions, TE enables advancements in next-generation transportation, energy networks, automated factories, data centers, medical technology, and more. With a team of over 85,000 employees, including 9,000 engineers, working with customers in approximately 130 countries, TE ensures that EVERY CONNECTION COUNTS. To learn more about TE Connectivity, visit their website.,

Responsibilities & Key Deliverables - Calibration engineer with diesel engine background deployable across various fields of On board diagnostics calibration. - Responsible for appropriate testing is planned, executed and reported for all applicable OBD calibration tasks including homologation demosntration and documentation relevant to legislatve requirements of projects. - Calibrate OBD error management and generic scan-tool functions to meet requirements. Submit calibration changes and document the changes following the release process. - Responsible for New software functions verifcation related to DSM / OBD functions. - Manage all technical aspects of the OBD diagnostic calibrations to meet BS6/EU6/ EU7 regulations. - Work with CFT team to understand the calibration maturity of other linked calibration areas and align for OBD calibration and testing. - Able to coordinate multiple vehicle / project activities simulatneously. - Plan and execute the emission and non emission testing for OBD monitors. - Analysis of Test results and Report preparation for all the calibrations. - Facilitates validation of various monitoring funcitons in fleet validation, concern root-cause analysis and resolution and implementation in the final dataset. - Should participate in Summer/Winter/High altitude expedition tests for vehicle level function calibration and verification. Skills critical for the role: - Excellent analytical and problem solving skills. - Proficient with data acquisition & development tools (e. g. INCA/MATLAB/Uniplot/VISU/ Python / RM tools/ CANalyzer/CANApe etc. ) - In depth knowledge on Engine management system functions, Diesel engine combustion, emissions and emission regulations. - LNT/DPF/SCR/OBD system knowledge will be added benefit - Understanding of various vehicle level features and up to date trends in automobile industry. Experience 2 or more years Industry Preferred Automobile Qualifications Bachelors or Masters degree in Mechanical or Automotive Engineering. General Requirements Experience in On Board Diagnostics (OBD) development, particularly with OBD II / IOBDII regulations applicable for BS / EU norms. - Knowledge of OBD certification documentation. - Knowledgeable on diagnostics standards such as J1979, J2012DA etc needed for OBD compliance. - Conversent with Bosch and Delphi EMS SW functions and hands on experience.

Works on project design and development for new or existing products. Design and development of power gen system parts for diesel generator sets, alternate fuels, BESS or other systems as needed. Define System requirements with customer, coordination with cross functional teams for engineering tasks related to system solutions around power gen application. Manage customer requirements and manage design scope and changes. Verifies and confirms manufacturing drawings, P&I diagrams, schematics, data sheets and similar drawings for compliance with design specifications. Research and analyze requirements from various engineering standards, contracts and proposal documents. Prepare engineering calculations and drawings in accordance with requirements, of local and global industry standards. Select effective design concepts and fundamental technology for new products or improvement of existing products Review and compare customer specifications against MTU designs and equipment vendor proposals. Completion of assignments as per RRPS quality standards, engineering principles and practices

The OEM Engineering Lead will be responsible for driving the development and integration of Advanced Driver Assistance Systems (ADAS) products. This role requires deep technical expertise in ADAS technologies, system integration, and OEM collaboration. As the technical lead, you will ensure smooth execution of ADAS programs from concept to production while interfacing with internal and external stakeholders. Your responsibilities will include overseeing the engineering design, development, and integration of ADAS components such as sensors, cameras, radar, lidar, and control systems. You will work closely with hardware and software teams to ensure seamless system integration into OEM vehicle platforms. In this role, you will be expected to manage technical risk assessments, propose mitigation strategies, and act as the primary technical interface between the company and OEM customers for ADAS product development. You will lead discussions on system integration, requirements, and validation processes, ensuring alignment between OEM requirements and internal engineering capabilities. Additionally, you will manage technical and design reviews, program milestones with OEMs, and monitor project progress to identify risks and implement corrective actions as needed. Your role will also involve driving continuous improvement initiatives and best practices in ADAS development. Reporting to the Product and Technology Head, you will interact with internal stakeholders such as engineers from product development and external stakeholders including customers and clients. For this position, the ideal candidate should hold a BE or B.Tech in Mechanical Engineering or Industrial Engineering with 8-12 years of experience and a Bachelors or Masters degree in CSE, Electrical Engineering, Automotive Engineering, or a related field. The candidate should have a strong knowledge of ADAS technologies, hands-on experience in system design, integration, and validation, as well as a proven track record of working with OEMs and Tier 1 suppliers in the automotive industry. A strong foundation in automotive engineering, embedded systems, and control systems is required along with experience in leading technical discussions, product integration, and system validation with OEMs. The candidate should demonstrate strong technical competencies including a deep understanding of ADAS technologies, sensors (Camera, Radar, LiDAR), and perception algorithms, experience in vehicle integration, system engineering, and E/E architecture, and proficiency in automotive communication protocols (CAN, LIN, Ethernet, FlexRay). On the behavioural side, the candidate should exhibit a Hi-Tech way of working aligned with CCODERS values, customer-first mindset, collaborative problem-solving approach, ownership, commitment, data-driven decision-making, growth mindset, result and commercial orientation, and a speed and scalable process approach.,

Responsibilities & Key Deliverables As a Senior Engineer in Computer-Aided Engineering (CAE) at Mahindra & Mahindra Ltd, you will play a pivotal role in the development of innovative automotive solutions. Your primary responsibilities will encompass the following: 1. You should be proficient in finite element modelling of vehicle components and systems, ensuring a thorough understanding and adherence to the established quality check sheets for elements and parts. You will assign relevant thicknesses and materials to all components in accordance with industry standards. 2. You will be responsible for constructing finite element assemblies for vehicle structures, necessitating a solid understanding of diverse connection types, including spot and seam welding methodologies. 3. You will apply loads and define boundary conditions necessary for static analysis and execute modal analysis for both individual components and complex systems. 4. You will post-process results, generating comprehensive reports that convey analysis outcomes effectively to various stakeholders. 5. An advanced knowledge of vehicle components and their integration within systems is essential for the role. 6. Strong fundamentals in the principles of the strength of materials and applied mechanics will be critical. 7. A background in conducting analyses on body and chassis systems is a key requirement, ensuring robust understanding of vehicle dynamics. Experience To excel in this position, the ideal candidate should possess the following experience and expertise: A minimum of 3 to 6 years professional experience in the automotive sector, particularly focusing on vehicle systems dynamics. A proven track record of proficiency in conducting various tests on vehicle systems, together with the capability to recommend impactful design modifications based on analytical outcomes. In-depth knowledge of the principles of strength of materials, applied mechanics, and advanced finite element methods is crucial. Hands-on experience with essential tools, which include: Meshing tools such as Hypermesh and SIMLAB. Solvers like Nastran, Abaqus, and Ansys for accurate simulations. Post-processing software such as Hyperview and FEMFAT, ensuring high-quality outputs tailored for client and stakeholder presentations. Industry Preferred Your expertise holds particular value in the automotive industry, where your contributions can greatly enhance vehicle design and performance. In this dynamic environment, you will: Lead initiatives to integrate advanced simulation methodologies and cutting-edge technologies into existing processes. Collaborate with diverse teams dedicated to innovation, efficiency, and excellence in all facets of automotive development. Your background in automotive engineering will be instrumental in navigating the unique challenges and demands intrinsic to this industry. Qualifications We are seeking candidates who have garnered the following educational qualifications: A BTech or MTech in Engineering, ideally from a distinguished institution like the IITs (with a minimum GATE score of 90%) or other reputable engineering colleges. Your strong academic foundation will empower you to confront and solve complex engineering challenges while contributing significantly to pioneering vehicle design projects. General Requirements General requirements for the role include: Exceptional communication capabilities to effectively articulate intricate technical information to varied audiences. A collaborative mindset, with an emphasis on teamwork and cross-disciplinary project engagement. Proactive problem-solving abilities alongside critical thinking skills, particularly under demanding conditions. A commitment to continuous learning and professional development within the rapidly evolving field of automotive engineering.

Responsibilities & Key Deliverables As a Senior Engineer in Computer-Aided Engineering (CAE) at Mahindra & Mahindra Ltd, you will play a pivotal role in the development of innovative automotive solutions. Your primary responsibilities will encompass the following: 1. You should be proficient in finite element modelling of vehicle components and systems, ensuring a thorough understanding and adherence to the established quality check sheets for elements and parts. You will assign relevant thicknesses and materials to all components in accordance with industry standards. 2. You will be responsible for constructing finite element assemblies for vehicle structures, necessitating a solid understanding of diverse connection types, including spot and seam welding methodologies. 3. You will apply loads and define boundary conditions necessary for static analysis and execute modal analysis for both individual components and complex systems. 4. You will post-process results, generating comprehensive reports that convey analysis outcomes effectively to various stakeholders. 5. An advanced knowledge of vehicle components and their integration within systems is essential for the role. 6. Strong fundamentals in the principles of the strength of materials and applied mechanics will be critical. 7. A background in conducting analyses on body and chassis systems is a key requirement, ensuring robust understanding of vehicle dynamics. Experience To excel in this position, the ideal candidate should possess the following experience and expertise: A minimum of 3 to 6 years professional experience in the automotive sector, particularly focusing on vehicle systems dynamics. A proven track record of proficiency in conducting various tests on vehicle systems, together with the capability to recommend impactful design modifications based on analytical outcomes. In-depth knowledge of the principles of strength of materials, applied mechanics, and advanced finite element methods is crucial. Hands-on experience with essential tools, which include: Meshing tools such as Hypermesh and SIMLAB. Solvers like Nastran, Abaqus, and Ansys for accurate simulations. Post-processing software such as Hyperview and FEMFAT, ensuring high-quality outputs tailored for client and stakeholder presentations. Industry Preferred Your expertise is especially valued in the automotive industry, where your contributions can significantly impact vehicle design and performance. Working in a dynamic environment that encompasses: Leading initiatives to integrate advanced simulation methodologies. Collaborating with diverse teams focused on innovation and efficiency in automotive development. Your background in automotive engineering will provide the foundation for understanding the unique challenges and demands of this industry. Qualifications We seek a candidate with the following educational qualifications: BTech or MTech in Engineering, preferably from an esteemed institution like IITs (with a minimum GATE score of 90%) or other reputed engineering colleges. Your academic foundation will support your ability to excel in complex engineering challenges and contribute to cutting-edge vehicle design projects. General Requirements General requirements for the role include: Excellent communication skills to articulate complex technical information to diverse audiences. A collaborative mindset, with a strong emphasis on teamwork and cross-disciplinary collaboration. Proactive problem-solving skills combined with the ability to think critically under pressure. A commitment to continual learning and professional development in the ever-evolving field of automotive engineering.

Responsibilities & Key Deliverables As a Senior Engineer in NVH at Mahindra & Mahindra Ltd, your key responsibilities will encompass a comprehensive range of activities focused on noise, vibration, and harshness management within automotive systems. You will apply detailed expertise in identifying and analysing motorized noises and Body Squeak and Rattle (BSR) phenomena to enhance vehicle quality. Your role will involve: Conducting sophisticated vehicle system evaluations on BSR tracks, leveraging component-level shaker testing to isolate and identify noise sources. Utilising Quasi-static and Solidity testing techniques for the subjective identification and precise localization of BSR noises. Setting up detailed vibration and noise measurement apparatus, performing data acquisition, and comprehensive post-processing for activities such as RLDA (Relative Level Driving Analysis), relative motion assessments, and general NVH measurements. Designing and fabricating specialized fixtures for component-level BSR shaker testing focused on critical vehicle areas including cockpits, doors, and seats. Executing in-field noise diagnostics within vehicle interiors and liaising with cross-functional teams to communicate findings and drive corrective actions. Applying advanced acoustic holography techniques to map noise-prone zones, producing detailed analytical reports to guide engineering decisions. Demonstrating in-depth knowledge of squeak and rattle causation, occurrence, and mitigation strategies. Possessing foundational understanding of automotive systems such as trims, body-in-white (BIW), and glass seal mechanisms, including various design types, manufacturing and assembly processes, and material characteristics. Analyzing sound quality contributions from diverse motorized sources including actuators, small fans, and similar components to support holistic NVH performance improvement. In this capacity, you will collaborate closely with product development teams across engineering disciplines to ensure integration of NVH improvements aligns with vehicle performance, durability, and customer satisfaction goals. Experience The ideal candidate will have between 4 to 6 years of focused experience in NVH testing, particularly within the BSR domain. Proven expertise in utilising industry-standard testing software suites including LMS Siemens, Head Acoustics, and BSR Suite by MB Dynamics is essential. This experience should encompass fixture design and a solid grasp of fundamental NVH and BSR principles. Additional technical competencies include proficiency in non-stationary signal analysis and advanced signal processing techniques such as Digital Signal Processing (DSP) and acoustic holography. Demonstrated ability to handle complex data sets and derive actionable insights will be critical to success. Experience gained in automotive environments where adherence to rigorous industry protocols and collaboration with multidisciplinary teams were required will be highly beneficial. Prior exposure to component-level and full-vehicle NVH testing campaigns will strengthen candidate suitability for this role. Industry Preferred We prefer candidates with backgrounds in established automotive manufacturing companies, where stringent adherence to quality standards and NVH regulations is the norm. Experience at firms known for pioneering NVH technologies and innovation will be considered a strong advantage. This preference stems from the value of familiarity with automotive industry standards, compliance expectations, product development cycles, and collaborative engineering environments. Such candidates typically demonstrate an ability to navigate complex challenges and contribute effectively to high-calibre automotive projects. Qualifications Candidates must hold a graduate or postgraduate degree in Automotive Engineering, Mechanical Engineering or a closely related technical discipline. Advanced certifications or specialized courses focusing on NVH testing methodologies, automotive noise control engineering, or relevant areas will be significant assets. Continuous professional growth is encouraged, and participation in workshops, seminars or industry forums related to automotive advances, NVH trends, or acoustic analysis will be viewed positively. Emphasis is placed on candidates committed to expanding their technical repertoire and staying abreast of emerging technologies and practices. General Requirements Strong verbal and written communication skills enabling clear explanation of technical concepts to diverse stakeholders including engineers, management, and suppliers. A collaborative and inclusive work approach, valuing teamwork, open dialogue, and knowledge sharing across disciplines to drive optimal project outcomes. Demonstrated dedication to continuous learning and adaptability in a fast-evolving engineering landscape, with a proactive stance towards professional development. Ability to work independently as well as part of multi-functional teams in a dynamic environment.

Key Responsibilities: Design and develop wiring harness schematics for passenger cars. Select appropriate connectors, fuses, and components based on engineering requirements and design guidelines. Perform quality checks on schematics and ensure compliance with MB norms, standards, and processes. Collaborate with suppliers and cross-functional teams across global locations. Support integration of various systems (ECUs, electrical-electronic functions, CAN topology, etc.) into vehicle schematics. Contribute to continuous improvement by staying updated with technological advancements such as battery systems and high-voltage harness development. Required Skills and Experience: 5.510.5 years of overall industry experience, with 57 years in wiring harness design and development. Strong understanding of automotive control systems, ECUs, and electrical/electronic functions. Expertise in wiring harness schematic design, connector and fuse selection, CAN topology, and engineering requirements. Hands-on experience with CAD tools such as Unigraphics NX, Ldorado, E3-Cable, PREEVision. Awareness of PLM systems and MB standards/processes. Strong interpersonal skills with the ability to work effectively with global suppliers and teams. German language skills and international project exposure are advantageous. Qualifikationen Educational Qualifications: Bachelors / Masters degree in Electrical, Electronics, Mechanical Engineering, or Design. Post-graduate specialization in Wiring Harness / Electrical Design is a plus. Preferred Qualifications (Good to Have): Exposure to MB norms, standards, and engineering processes. Awareness of future technologies in wiring harness development (e.g., battery, high voltage). Global project experience and German language proficiency.

Key Responsibilities: Responsible for the design, optimization, and implementation of consistent end-to-end planning processes across key areas including Capture Demand, Stocking, Safety Stock/EOQ, Forecasting, and Deployment. Lead functional and integration testing efforts to ensure the successful deployment of system enhancements and new features into the productive environment. Manage the rollout of the Global Planning solution to new locations (e.g., NAFTA, China) and oversee the integration with order processing systems in Europe and Dubai, as well as SAP S/4HANA under the Future System Landscape (FSL) initiative. Provide 3rd-level technical support for Spare Parts Planning, acting as a key interface between operational teams and IT to resolve complex system and process issues. Work within the Global Planning Scrum Team, applying the SAFe (Scaled Agile Framework) methodology to ensure effective and agile solution delivery. Required Skills & Experience: Minimum 48 years of experience in supply chain planning, system integration, or related roles within a global organization Strong knowledge of supply chain planning processes (Demand, Stocking, EOQ, Forecasting, Deployment) Experience with SAP systems, ideally SAP S/4HANA Familiarity with system integration and functional testing Understanding of agile methodologies, especially SAFe and Scrum Strong problem-solving and cross-functional collaboration skills Excellent communication skills for working across global teams Experience in global rollout and support of planning solutions Qualifikationen Educational Qualifications Bachelor's or Master's degree in Supply Chain Management, Industrial Engineering, Information Systems, or a related field Preferred Qualifications (Good to Have) Experience with SAP S/4HANA implementations Knowledge of Spare Parts Planning processes Certification in SAFe, Scrum, or Agile methodologies Why Join Us? Be part of a purpose-driven organization that is shaping the future of mobility Work on cutting-edge technologies and global projects Thrive in a collaborative, diverse, and inclusive environment Access world-class infrastructure and continuous learning opportunities

Responsibilities & Key Deliverables As a Senior Engineer - CAE, you will play a pivotal role in advancing the performance and safety of vehicle components and systems through your expertise in finite element modelling. Your responsibilities will encompass: Conducting comprehensive finite element analysis (FEA) of vehicle structures, focusing on optimising designs for both performance and manufacturability. Applying your knowledge in assigning thickness and material properties to components, ensuring robust and efficient designs. Building finite element assemblies while understanding complex connections such as spot and seam welding, crucial for maintaining structural integrity. Performing linear and nonlinear static analyses, applying loads and boundary conditions meticulously to assess vehicle component resilience. Executing modal, frequency response, and transient analyses to predict performance under various operating conditions. Estimating fatigue life for vehicle structures, including evaluating weld durability, providing insight for future improvements. Postprocessing results, generating comprehensive reports, and presenting findings effectively to cross-functional design teams. Advising on design modifications necessary to meet acceptance criteria, taking into consideration manufacturing and packaging constraints. Experience To thrive in this position, you should possess: Between 3 to 6 years of professional experience in the automotive sector, with a robust background in vehicle systems. Proficient knowledge of various tests for vehicle systems, with the ability to recommend design modifications based on analytical results. Strong fundamentals in the principles of strength of materials, applied mechanics, and finite element methods. Hands-on experience with key tools, including: Meshing tools such as Hypermesh and SIMLAB. Solvers including Nastran, Abaqus, and Ansys. Post-processing software like Hyperview and FEMFAT, ensuring high-quality outputs for client and stakeholder reviews. Industry Preferred Your expertise is especially valued in the automotive industry, where your contributions can significantly impact vehicle design and performance. Working in a dynamic environment that encompasses: Leading initiatives to integrate advanced simulation methodologies. Collaborating with diverse teams focused on innovation and efficiency in automotive development. Your background in automotive engineering will provide the foundation for understanding the unique challenges and demands of this industry. Qualifications We seek a candidate with the following educational qualifications: BTech or MTech in Engineering, preferably from an esteemed institution like IITs (with a minimum GATE score of 90%) or other reputed engineering colleges. Your academic foundation will support your ability to excel in complex engineering challenges and contribute to cutting-edge vehicle design projects. General Requirements General requirements for the role include: Excellent communication skills to articulate complex technical information to diverse audiences. A collaborative mindset, with a strong emphasis on teamwork and cross-disciplinary collaboration. Proactive problem-solving skills combined with the ability to think critically under pressure. A commitment to continual learning and professional development in the ever-evolving field of automotive engineering.

Requirement specification for Automotive Aftersales Aftermarket diagnostic tester software. End to end diagnostic content creation for all automotive systems e.g., engine management, electric hybrid systems, brake control, infotainment, ADAS, transmission, HVAC, airbags etc. Analysis of vehicle communication bus logs using various analyzers. Simulation of automotive systems using simulator solutions and in conjunction with OE testers. Design creation of workflow or test sequences using IDEs like BDX or Grade-X Evaluation of OE diagnostic data, derivation of useful insights and implementing the same in target tester. On-vehicle validation of implemented diagnostic content and creation of test reports. Benchmarking and reverse engineering of aftersales aftermarket diagnostic testers. Coverage evaluation of aftermarket tester by performing tests on various vehicle brands and systems, in various markets create test reports. Thorough review the deliverables and provide recommendations. Continuous learning and self-development. Closely interact with software engineering team and technical experts from global teams. Must have Shopfloor, Protocol, UDS, CAN, Automotive domain knowledge, automotive workshop experience, diagnostic Technician, diagnostic content authoring, DTC, ODX, OTX, Grade-X, ECU flashing, Reverse Engineering Mandatory Skills Standard Operating Procedure (SOP),XML Authoring,Diagnostic Procedures Automotive, Ecu-Test, Grade-X, Shopfloor Control, Xml, Dtc, Standard Operating Procedure (Sop)

Job responsibilities Lead and moderate the creation of cybersecurity concepts, including, but not limited to, threat analysis and risk assessment(TARA) , cybersecurity goal definition , and the definition of cybersecurity specifications Support project teams in discussions and analysis with internal and external stakeholders Experience with Automotive SPICE Experience with information security (ISO 27001, TISAX) Coordinate project and product related cybersecurity activities with internal stakeholder like Quality Assurance, Information Security, or Compliance Perform post development activities like monitoring, vulnerability analysis, and incident response Prior experience in setup and continuous improvement( ISO/SAE 21434 ) of an automotive cybersecurity management system Support engineering in identifying and applying suitable product features ( cybersecurity by design ) Support test engineering by defining suitable test methods Qualification and experience BSc or MSc in Electrical Engineering, Computer Science, or equivalent Experience in real-time software, automotive E/E. ECU, vehicle electronics and controls, embedded systems or similar areas, and information security, penetration testing, threat modeling/analysis, or related fields Experience with cybersecurity management systems Experience with aftermarket products (telematic control units, insurance dongles, or electronic tachograph) is an asset Experience with ISO SAE 21434, UNECE R 155 and 156, SAE J3061, ISO 26262, ASPICE or CMMI is an asset Self-organized and self-motivated Willing to lead activities Capable to train others Willing to attend to discussions with internal and external customers

About The Role Project Role : Software Development Lead Project Role Description : Develop and configure software systems either end-to-end or for a specific stage of product lifecycle. Apply knowledge of technologies, applications, methodologies, processes and tools to support a client, project or entity. Must have skills : Automotive ECU Software Good to have skills : NAMinimum 18 year(s) of experience is required Educational Qualification : Bachelors or masters degree in electrical engineering Computer Science Automotive Engineering or related field Summary :We are seeking a highly skilled and experienced professional to lead ADAS programs and technical development. This role involves managing end-to-end delivery of ADAS features, collaborating with cross-functional teams, and driving innovation in sensor fusion, perception, and control systems. The ideal candidate will have a strong background in embedded systems, real-time software, and automotive safety standards. Roles & Responsibilities:Program Leadership:Manage end-to-end ADAS programs including planning, execution, and delivery across multiple vehicle platforms.System Engineering:Define system requirements, architecture, and integration strategies for ADAS features such as lane keeping assist, adaptive cruise control, and collision avoidance.Sensor Fusion & Perception:Oversee development of algorithms for sensor fusion using radar, LiDAR, and camera systems.Validation & Testing:Lead simulation and real-world testing efforts to validate ADAS functionalities under diverse driving conditions.Compliance & Safety:Ensure adherence to automotive safety standards including ISO 26262 and ASPICE.Stakeholder Collaboration:Work closely with OEMs, Tier-1 suppliers, and internal engineering teams to align on technical and program goals.Cloud & V2X Integration:Support development of cloud-based vehicle data platforms and V2X communication strategies for enhanced situational awareness and connectivity.Model-Based Development:Promote use of AUTOSAR and model-based design tools for scalable and maintainable ADAS solutions.AI/ML Enablement:Encourage integration of AI/ML for advanced perception and decision-making capabilities.Innovation & R&D:Lead initiatives in emerging areas such as voice/gesture recognition, emotion detection, driver wellness, and smart home integration.Vendor/Supplier Engagement:Support vendor and supplier identification, onboarding, and relationship management to ensure timely and quality delivery of components and services.Delivery Management:Oversee and manage deliveries across multiple workstreams, ensuring alignment with project timelines and quality standards.RFP/RFI Support:Lead and support the creation and evaluation of RFPs/RFIs for strategic sourcing and solution partnerships.Solutioning:Drive end-to-end solutioning for infotainment and cockpit systems, integrating technical feasibility with business value. Professional & Technical Skills: 18-23 years of experience in ADAS or autonomous driving technologies.Strong knowledge of embedded systems, real-time software, and automotive communication protocols (CAN, LIN, Ethernet).Experience with tools such as MATLAB/Simulink, ROS, ADTF, and AUTOSAR.Proven track record in managing large-scale automotive programs.Familiarity with safety-critical systems afunctional safety standards (ISO 26262, ASPICE).Experience in cloud connectivity and V2X communication.Experience with AI/ML for perception and decision-making.Exposure to global automotive markets and regulatory environments.Knowledge of model-based development and simulation frameworks Additional Information:- The candidate should have minimum 18 years of experience in (ADAS) Automotive Engineering.- This position is based at our Bengaluru office.- A bachelor's or master's degree in electrical engineering, Computer Science, Automotive Engineering or related field is required. Qualification Bachelors or masters degree in electrical engineering Computer Science Automotive Engineering or related field