109 Vehicle Dynamics Jobs

-Proficient in C, C++, and Matlab programming languages. -Strong understanding of Vehicle Dynamics concepts. -Experience in ABS functional development and code modification. -Familiarity with GitHub for version control. -Experience using Jira for issue tracking and project management. -Good problem-solving and communication skills. - Additional performance algorithms and dual-channel ABS tuning are needed. - Requires expertise in code development, testing, and debugging. - Resource will also absorb knowledge from Duane Bassett to ensure continuity

About The Role This role involves the development and application of engineering practice and knowledge in the following technologiesDesign of mechanical systems, devices, equipment and machines; installing and maintaining mechanically functioning equipment; simulating a wide range of interactions and evaluate performance in real world scenarios; and develop prototype for manufacturability, testing and validation. About The Role - Grade Specific Focus on Mechanical and Physical Engineering. Develops competency in own area of expertise. Shares expertise and provides guidance and support to others. Interprets clients needs. Completes own role independently or with minimum supervision. Identifies problems and relevant issues in straight forward situations and generates solutions. Contributes in teamwork and interacts with customers.

Responsibilities & Key Deliverables As an Engineer within the Crash Lab of Mahindra & Mahindra Ltds Automotive Division, you will play a pivotal role in advancing vehicle safety standards by conducting comprehensive crash and pedestrian impact analyses. Your responsibilities will include: Generating detailed correlation reports and performing root cause analyses on safety test data to identify potential improvements. Developing and presenting insightful recommendations and innovative solutions to enhance vehicle safety and compliance with regulatory requirements. Performing in-depth data, video, and tear-down inspections to validate test outcomes and support homologation efforts. Designing and implementing new testing methodologies and analytical approaches to improve testing accuracy and efficiency. Applying expertise in crash testing, pedestrian safety assessments, consumer protection protocols, passive safety homologation, and SLED (Simulated Load Event Data) and CAE (Computer-Aided Engineering) test procedures. Collaborating closely with cross-functional teams including R&D, design engineering, and external test agencies to ensure alignment on safety objectives and delivery timelines. Ensuring adherence to rigorous quality standards and maintaining detailed documentation of all test procedures and results. This role requires a keen analytical mindset, attention to detail, and the ability to innovate in a technically demanding environment, contributing to the safety and reliability of Mahindra & Mahindras automotive products. Experience The ideal candidate will bring 3 to 4 years of hands-on experience in a related domain possessing a Bachelors degree (BE) or 7 years of practical diploma-level experience in automotive safety or crash analysis. Proficiency with advanced data analysis and simulation tools is essential, including but not limited to: Data analysis software such as Diadem for managing and interpreting complex datasets. Video motion analysis tools to evaluate dynamic test videos accurately. 3D CAD software like Catia for design visualization and modification assessments. Finite element analysis programs including HyperWorks to simulate crash scenarios and analyze structural responses. Experience in working with large datasets while ensuring data fidelity and accuracy is crucial, and familiarity with industry testing standards will be highly advantageous. Practical experience interpreting test results and providing actionable insights will enable you to make significant contributions to product safety development. Industry Preferred Preferred background includes professional experience within the automotive industry, particularly in roles connected to Research & Development, design engineering, or calibration of vehicle safety systems. Such exposure provides valuable insights into homologation processes, regulatory compliance, and the application of rigorous safety standards, all critical to this positions success. Qualifications Applicants should hold a Diploma or a Bachelor of Engineering (BE) degree specialising in Mechanical or Automotive Engineering. A strong foundation in vehicle dynamics, materials science, and safety engineering principles is essential. Additional certifications or training related to crash test protocols, safety regulations, or specialized software tools will be considered an asset. General Requirements The successful candidate will demonstrate strong communication skills, enabling effective interaction with internal stakeholders and external test agencies. Essential soft skills include: Customer-centric approach, ensuring deliverables meet or exceed client expectations. Sound decision-making capabilities grounded in thorough data analysis. Proven ability to work collaboratively within diverse teams and lead manpower when necessary. Effective time management and organisational skills to handle multiple projects and meet stringent deadlines. A commitment to continuous learning and adaptation to evolving technologies and testing methodologies is expected to maintain competitive excellence.

Experience 8 to 15 years Qualification B.Tech/M.Tech/Ph.D Location : Bangalore, Trivandrum, Chennai, Pune, Kozhikode Required Skill Set: In-depth knowledge of chassis systems including suspension, steering, braking, and vehicle dynamics. Expertise in architecture and integration of chassis control systems such as ABS, ESC, active suspension, and steer-by-wire. Experience in modeling, simulation, and validation of chassis systems using tools like MATLAB/Simulink, CarSim, or Adams. Strong understanding of vehicle dynamics, ride and handling characteristics, and their impact on safety and performance. Hands-on experience in tuning and calibration of chassis control algorithms for various driving conditions. Familiarity with system-level testing including HIL, SIL, and vehicle-level validation. Knowledge of ISO 26262 functional safety and cybersecurity standards applicable to chassis systems. Experience in cross-functional collaboration with hardware, software, and testing teams across global locations. Good communication and documentation skills for requirement management and technical reporting.

Manage, organise, plan and lead a team of expert testing & instrumentation engineers for successful fulfillment of project requirements for various clients in the domains of Vehicle Dynamics, Brakes, NVH testing and training services under the supervision of the Head of Chassis & Active Safety. Perform dynamic tests on proving grounds and public roads as required for passenger cars and light commercial vehicle's projects independently Perform dynamic test data analysis, mainly through in-house developed software's include pre/post processing of the experimental data to check the vehicle dynamics behavior of the tested vehicle and being able to explain the root of the phenomena happening independently. Demonstrate, present and justify technical decisions based on test & report data to internal teams & clients for vehicle attribute development under the guidance of the Head of Chassis & Active Safety. Manage client interaction, client project reporting and support with sales presentations under the supervision of the Head of Chassis & Active Safety. Ensure occupational health and safety and IDIADA quality process is adhered to at all times in the department under the guidance of the Head of Chassis & Active Safety. Train and develop a team of vehicle dynamics instrumentation and test engineers to meet IDIADA global testing standards and monitor skill matrix and technical competency development Qualifications A Bachelors Degree in Mechanical, Automotive Engineering or Mechatronics; Masters Degree an added benefit. Minimum 8 years of experience in chassis testing with excellent knowledge of vehicle dynamics subjective evaluation, objective testing, data analysis and or calibration of chassis systems A strong theoretical and practical knowledge of vehicle dynamics and automotive technology with an excellent mathematical background to perform post processing analysis and inference of test data. Good analytical and problem analysis and solving skills. Must posses excellent driving skills and vehicle motion feedback Must posses relevant PG license certification, advanced driver training certifications and LMV, LCV with badge, HTV an added advantage Dynamic, proactive, self-motivated, and passion to learn is a must. Willingness and ability to travel globally and locally when required on short notice Good communication skills, both verbal and written in English a must; Hindi and local Indian languages an added advantage Why Join us? We Make Leaders (We Make Leaders Developing Talent, Shaping Future) Creative and inclusive culture Focus on sustainability and social values Long term employee trust and stability What do we offer? Flexible working hours (when applicable) Competitive salary package and annual performance-related bonus Referral programme Training and career path opportunities Language courses available International mobility opportunities Applus IDIADA is committed to equality, diversity and inclusion . We dont put limits on you, so dont put limits on yourself either. There is a place for everyone.

The role of a Multi Body Dynamics CAE Analyst requires a technically skilled and hands-on individual who can comprehend the simulation requirements of a given MBD problem. You should be capable of identifying the relevant physics and developing or applying MBD simulation methods to solve the problem through commercially available tools or by creating custom programs using programming languages. As an Analyst, you need to work independently, be self-motivated, possess good communication, presentation, and negotiation skills, and excel as a team player. Your key responsibilities will include conducting Vehicle level multibody dynamics (MBD) simulations using tools like ADAMS-view/ADAMS-car to assess and enhance performance requirements. You will also be responsible for performing sub-system level and vehicle level MBD analysis such as Multibody Dynamics (MBD) Model build for KnC analysis, Full vehicle Ride and Handling Simulations, Load management simulations. Additionally, you will evaluate design proposals to identify performance gaps and risks, recommend design modifications, optimize performance using analytical tools, collaborate with stakeholders for project updates and enhancements, deliver detailed reports on MBD results, ensure adherence to project timelines, and more. You will engage with various internal stakeholders including HOD for project reviews, CAE BSC Performance Review, Team Lead for goal setting & review, CAE Domain Leads, and participate in discussions on Patents filing, Copyrights, and Notarizations with IPR. Your interactions with external stakeholders will include software suppliers/vendors for tech trend discussions and participation in technical events, seminars, and conferences to stay updated on industry advancements. To be successful in this role, you should hold an ME/M.Tech degree with an MBD CAE background, possess 8-10 years of hands-on CAE simulations experience in the Automotive OEM industry, and demonstrate a strong understanding of Mechanical and ICE/EV Automotive Engineering principles. You must have knowledge of CAE/CFD fundamentals, experience in developing automated workflows and improving CAE simulation efficiency, proficiency in tools like Adams view, Adams car, MATLAB, and basic programming knowledge of C++/Python. Additionally, skills in vehicle dynamics, suspension systems, steering systems designs, fatigue analysis, and project management will be essential for this role.,

Division R&D Department T&V Level EX Functional Area CAE-Veh 1 Job Title Sr. Engineer / Asst Manager (R&D) 2 Reporting Functional reporting to : BHUSHAN GANDHI 3 Background i) Educational Qualification Essential : Graduate/ Post Graduate in Mech engg. from reputed institute Clarity of engineering fundamental concepts Understanding of FEA/ MBD / CAE processes Desirable: Post graduate ii) Experience Minimum: 2 Maximum: 4 iii) Age Limit Minimum: Maximum: 4 Job Role & Responsibilities Role: CAE Engineer (MBD) Responsibilities: MBD Simulation of vehicle systems Load Generation & dynamic durability for chassis/BIW FEA Vehicle dynamics Ride/handling/K&C 5 Competency Requirements Technical/ Functional: Expertise in MBD tools /techniques Knowledge of automotive systems (mainly 2 Wh & 3wh) Awareness of other CAE domains like Durability, NVH etc Tire modelling knowledge(Pac/Ftire), Co-simulation preferred Behavioral Zeal for learning, Adaptability to change Willingness to experimenting, self-learning Specific expertise required for functional area : Experience with any of following softwares preferable: MSC-Adams/ Altair-Motionsolve / Modefrontier / Matlab-Simulink 6 Likely sources Other OEMS, new startups

About The Role Project Role : Software Development Engineer Project Role Description : Analyze, design, code and test multiple components of application code across one or more clients. Perform maintenance, enhancements and/or development work. Must have skills : Automotive ECU Software Good to have skills : NAMinimum 5 year(s) of experience is required Educational Qualification : Bachelor's Degree in a relevant field. Preferred Masters Degree in Electrical Engineering or Computer Engineering. Summary :As a Software Development Engineer, This role will focus on the development of test cases, validation strategies, and ensuring system requirements are effectively validated. The ideal candidate will contribute to innovating validation methods and work closely with cross-functional teams to improve test development processes. This position does not involve direct vehicle testing but will focus on test case design, validation framework development, and strategic planning. Roles & Responsibilities:- Analyze system requirements and develop structured test cases for validation.-Design and implement validation strategies to ensure robust testing methodologies.-Develop and refine test frameworks and automation techniques for efficient validation.-Work with physics-based models, simulation tools, and validation processes to improve testing effectiveness.-Support the development and validation of tire models-Perform test data review to ensure accuracy and completeness of validation results.-Utilize Dspace modeling for test environment setup and validation support.-Collaborate with cross-functional teams to identify potential issues, innovate test approaches, and enhance validation efficiency.-Document test strategies, procedures, and validation results to support continuous improvement.-Contribute to innovative approaches in validation, leveraging AI-driven techniques, automation, and advanced test methodologies. Professional & Technical Skills: - Understanding of vehicle dynamics, test methodologies, and validation strategies.-Knowledge of tire modeling or vehicle physics-based modeling is a plus.-Experience with data analysis tools (MATLAB, Python, or similar).-Familiarity with simulation environments and test automation frameworks.-Experience with vehicle dynamics models and prior automotive industry knowledge.-Understanding of ASPICE, ISO 26262, and systems engineering processes.-Experience with JIRA and Polarion for test case management and validation tracking.-Strong analytical and problem-solving skills with a focus on innovation.-Ability to work in a team-oriented environment and collaborate across functions.-Knowledge of sensor fusion, road surface estimation, or ADAS testing.-Familiarity with AI-driven test case development and automation.-Internship or project experience related to test strategy, validation frameworks, or automotive testing. Additional Information:- The candidate should have minimum 5 years of experience in Automotive ECU Software.- This position is based at our Hyderabad office.- A Bachelor's Degree in a relevant field is required. Preferred Masters Degree in Electrical Engineering or Computer Engineering. Qualification Bachelor's Degree in a relevant field. Preferred Masters Degree in Electrical Engineering or Computer Engineering.

You are a highly skilled Mechanical Simulation Expert with expertise in SIEMENS SIMCENTER Nastran. You excel in independently managing complex simulation projects, especially in the defence industry. Your responsibilities include performing structural analysis, dynamics, vibration analysis, multibody dynamics, thermal simulations, and vehicle dynamics using advanced tools like SIEMENS SIMCENTER Nastran. You will solve intricate engineering problems and manage end-to-end simulation projects ensuring adherence to timelines, quality, and accuracy. Collaboration with clients and cross-functional teams is crucial to tailor solutions to their needs. In the defence industry, your focus will be on simulations adhering to industry standards. You will develop innovative solutions for performance optimization and design validation in defence projects. Onsite collaboration with engineering teams will be essential to integrate simulation results seamlessly into the product development lifecycle. Your role involves preparing detailed technical reports, presentations, and documentation of simulation results. Effective communication of findings to both technical and non-technical stakeholders is key. To qualify for this position, you should have a B-Tech or M-Tech in mechanical engineering or a related field with a minimum of 5 years of experience in mechanical simulation and analysis. Proficiency in SIEMENS SIMCENTER Nastran and a strong understanding of structural mechanics, dynamics, vibrations, multibody dynamics, thermal simulations, and vehicle dynamics are required. A proven track record of working on defence industry projects is preferred. Preferred skills include strong analytical and problem-solving abilities, independence in work, excellent communication and interpersonal skills, familiarity with defence industry standards, and experience in a fast-paced, multidisciplinary engineering environment.,

As a Motion Planning Research Scientist at Swaayatt Robots, you will play a crucial role in conceptualizing and developing innovative motion planning and decision-making algorithmic frameworks to tackle complex and stochastic traffic scenarios, with the ultimate goal of achieving level-5 autonomy. You will be involved in projects that require a deep understanding of multidisciplinary theoretical concepts, including traditional motion planning, reinforcement learning (RL), and stochastic processes, as well as topology theory and manifold theory. To excel in this role, you should possess an M Tech/MS/PhD in EECS/CS/Robotics/Aero-Astro/Mechanical Engineering or have equivalent research experience. Proficiency in programming languages such as C, C++, and Python, along with the ability to write clean and efficient code, is essential. You are expected to have a thorough knowledge of motion planning and path tracking literature dating back to 1995. Additionally, a strong background in one or more of the following areas is highly desirable: machine learning, vehicle dynamics and controls, mathematical optimization (convex/non-convex/numerical), reinforcement learning, or heuristic search. If you are passionate about pushing the boundaries of motion planning and decision-making algorithms, and if you meet the requirements mentioned above, we encourage you to send your resume to career@swaayatt.com.,

The Motion Planning Engineer at Swaayatt Robots will have the primary responsibility of implementing state-of-the-art or proprietary algorithms for various applications, specifically in the domain of autonomous driving. Additionally, the engineer will be involved in the development of novel motion planning algorithms and navigational algorithmic frameworks, which includes the creation of decision-making algorithmic pipelines for autonomous vehicles. The ideal candidate is expected to have a comprehensive understanding of motion planning literature from 1995 to the present day, with practical experience in multiple motion planning paradigms such as potential field methods, graph-based methods, sampling-based methods, local path-set methods, HJB formulation based methods, MPC based methods, and various other controls and heuristic based planning algorithms. Moreover, proficiency in path tracking algorithms, controllers, and mathematical knowledge of dynamics and kinematics of standard robotic/vehicle models are essential for this role. Key Responsibilities: - Implement existing motion planning algorithms and replicate research paper results - Develop motion planning software in C/C++ for deployment in autonomous vehicles - Create simulation environments to assess the capabilities of motion planning and decision-making algorithmic frameworks - Contribute to the development of intelligent vehicle controllers using RL - Collaborate on the development of innovative motion planning algorithmic frameworks, typically utilizing RL Requirements: - Strong mathematical foundation in linear algebra, calculus, and statistics - Proficiency in C/C++ and Python - In-depth knowledge of data structures and algorithms - Ability to comprehend and implement complex mathematical concepts in existing motion planning algorithms Bonus Qualifications: - Proficiency in Machine Learning - Familiarity with convex optimization, including non-differential convex optimization - Extensive expertise in reinforcement learning - CUDA proficiency - Theoretical understanding of vehicle dynamics, numerical integration for FID, and tire models - Track record of publishing papers in Tier-1 conferences in robotics or machine learning If you meet the above requirements and are enthusiastic about contributing to cutting-edge projects in the field of autonomous driving, we encourage you to send your resume to career@swaayatt.com.,

Vehicle Testing, Performance Evaluation, Application and Calibration of control algorithms in software for Active Safety system. Working on a variety of technologies for different vehicle types (ICE, HEV & EV) and supporting the development of Driver Assistance Systems Understand and analyze customer s performance & controller requirements. Conduct Vehicle tests in summer and winter sessions and calibrate system performance per Bosch, Customers and legal requirements. Trouble-shooting in vehicle for hardware, software & DAQ during development. Interface with customer to provide technical support Follow company development and quality processes Support other group/department in project acquisition and technical activities Experience/Know how in conducting vehicle tests. ( Eg. Brake tests, Lane changes on different test surfaces) Understanding of ABS/ESP, Homologation testing as per regulations. Good know how of Vehicle dynamics. Good driving skills & ability to judge vehicle behavior & system impact on vehicle behavior. Good analytical and logical reasoning. Strong social skills active listening, relationship management, effective communication, engagement with team members & client. Understanding of programming language C, Matlab, Simulink. Hands-on with DAQ (Data acquisition systems). Vbox, Vector tools, data loggers, sensors & SW programming tools. General awareness of automotive industry -current trends/affairs. Testing experience on ABS and ESP system preferred. Experience in hydraulic brake system with understanding of brake system calculation and foundation brake sizing preferred

Director - Chassis Engineering Department : Vehicle Engineering (BP49200) Director Chassis Engineering, UD Trucks Technology, Bangalore UD Trucks is known for our pioneering technologies and products within the commercial automotive industry. There is an opportunity to join our team as Director Chassis Engineering in Bangalore. Chassis Engineering is a function within Vehicle Engineering in UD Trucks Technology and locally represented in Bangalore. As a Director you will hold an important strategic role belonging to the department Vehicle Engineering within UD Trucks Technology organization in Bangalore. He or she is accountable for start cost project and product maintenance deliveries from an engineering perspective for the defined range of products and services governed. He or she as well, has the additional responsibility in securing and maintaining the technical roadmap for the complete vehicle within the scope defined by the product responsibility. The Director Chassis Engineering reports to the Director Vehicle Engineering within UD Trucks Technology and located in Bangalore. Responsibilities: Deliver the project portfolio related to Quester Croner ranges, within the scope defined by the product responsibility and to ensure the total technical delivery in each project is as per GO/QDCF decision and targets. Product Range responsible for the defined scope (Chassis Engineering) for Quester Croner ranges Ensure the technical scope of projects are delivered in line with platform strategies, within the scope defined by the product responsibility. Secure the component system technical roadmaps is aligned to and delivers to the decided product plan for Quester Croner ranges. To assure QDCF for projects are delivered according to strategic objectives, project decisions and DVP. To establish, maintain and control department budget in order to meet the yearly target. To manage and optimize resources according to time and activity plans. To secure a continuous follow-up and reduction of product cost within the scope defined by the product responsibility. To secure that the employees have necessary competence by establishing a competence plan for the department. To carry out performance reviews with direct reporting employees. To secure Management System activities review in the scope of the department. To secure the company rules and processes are respected and adhered. To be a bridge for communication, assuring top-down and bottom-up distribution of information. Authorities : Assign resources to respective projects and maintenance activities , to secure delivery of the project portfolio and securing scalability principles for efficiency Approve the technical roadmap for the defined scope aligned to the platform road map and product road maps for the responsible product ranges. Lead and develop the team within Chassis Engineering in Vehicle Engineering, UD Trucks, Technology in Bangalore. Qualifications MSc Degree in Mechanical / Automotive Engineering or equivalent Extensive experience in the Automotive Chassis Vehicle Dynamics domain with leadership exposure. Solid vast experience in Vehicle Engineering from a truck domain perspective. Line management experience with experience of leading people. Strong Leadership skills with business acumen, ability to drive for results, set priorities, build trust and learn on the fly. Personal Qualifications Strong Leadership skills with business acumen, ability to drive for results, set priorities, build trust and learn on the fly. Team Leadership - Building cooperation among individuals and departments, sharing information and resources, and working to achieve group goals and outcomes Strong networking ability and adept in working in a multi cultural environment spread across different geographical locations Ability to lead cross functional teams to succeed in the identified initiatives. About UD Trucks Part of the Isuzu group, UD Trucks is a global leading international commercial vehicle solutions provider headquartered in Japan. At UD Trucks, we are defining the next generation of smart logistics solutions through advanced innovations in automation, electro mobility and connectivity. UD Trucks develops, manufactures and sells a wide range of heavy, medium and light-duty trucks, operating in more than 60 countries across all continents. Our trucks and people go the extra mile for our customers and business partners, day in and day out. We are an 8,000+ strong team of colleagues with 40 nationalities who bring diversity and passion in delivering our products and services. We trust each other, work collaboratively and embrace change. At UD Trucks, our purpose is Better Life to make life better for people and the planet. We have developed a culture that promotes: Diverse and friendly culture Strong culture of diversity and inclusion, organizing annual events, daily activities and open communication platforms including various internal voluntary networks. Empowered growth Global exposure and growth opportunities across functions and countries through internal mobility system and self-driven career opportunities, building a learning organization by enabling self-managed learning supported by the UD Academy. Flexibility with trust We continue to fully support both remote working (where and when applicable) and flexible working hours, we actively encourage our colleagues to maintain a good work/life balance. You will have the autonomy and flexibility to split your working time between both our wonderful, modern and equipped HQ and remotely. Be part of our journey to create Better Life for society, for our customers and for yourself. UD Trucks is an equal opportunity employer. We celebrate diversity and are committed to creating an inclusive environment for all our colleagues.

As the Chief Engineer, you will be responsible for overseeing the entire product development lifecycle, ensuring alignment with the company's vision and market needs. You will lead the Vehicle Integration Function, covering program-level planning from Kick Off to Start of Production, D&D Budgeting, and BOM sign-off based on targeted customer segments. Your role will involve ensuring deliverables at different development milestones and overseeing Engineering Change Management. Additionally, you will implement Value Analysis Value Engineering (VAVE) strategies for profitability improvement and cost engineering. In the role of Head of Chassis Engineering, you will lead the design, development, optimization, and validation of vehicle chassis systems, including frame design, suspension, and braking components. Your expertise will be crucial in influencing design decisions for optimal handling, ride, stability, and safety characteristics. You will be responsible for designing fixtures and test setups for data acquisition testing, conducting strain gauging for structural components, and performing failure analysis. Planning and executing prototype builds and validation at various program milestones will also be part of your responsibilities. Driving continuous improvement initiatives to enhance chassis system performance and collaborating closely with various teams for integrated chassis development will be key aspects of your role. To qualify for this position, you should hold a Bachelor's or Master's degree in Mechanical Engineering or a related field. A minimum of 10-15 years of experience in chassis systems design and development within the two-wheeler industry is required. Proficiency in CAD/CAM software, strong problem-solving abilities, attention to detail, effective communication, leadership skills, and the ability to manage projects from concept to completion are essential for success in this role. This is a full-time position that requires on-site work. If you meet the qualifications and have the relevant experience in chassis systems engineering and product development, we encourage you to apply for this exciting opportunity.,

Join Aptiv and be part of shaping the future of mobility! Bengaluru is where the action is, our newly minted Product Organization are on the hunt for game-changing talent to join our ADAS SW Engineering team. We are at the forefront of innovation, developing cutting-edge solutions for Advanced Driver Assistance Systems (ADAS) features for vehicles enabling safer driving experience for all. Do not just be a part of the ride, help rewrite the rules of mobility. Experience Band : (6 to 10 years) Job Summary: The Algorithm Engineer will work in a team environment to develop next-generation products for automotive ADAS, active safety, and AD vehicle systems. This will include design, development, and testing of feature/function algorithms, behaviour, trajectory planning, assessment & vehicle control algorithms. Your Role: Design, simulate, implement, and test ADAS algorithms using MATLAB-Simulink and/or C++. Collaborate with systems engineers to support the creation and break-down of requirements and test cases. Develop technical specifications and DFMEAs. Collaborate with upstream and downstream teams to ensure proper feature functionality. Proactively identify and contribute to changes that help the product progress along its roadmap. Analyse defects and test results to ensure KPI achievement by root causing the issues and designing algorithm improvements. Work with colleagues and customers to develop and implement enhancements to address real-world performance issues. Complete assigned individual and team tasks. Follow defined software development and documentation procedures. Your Background Key ingredients for succeeding in this role are your: Bachelor’s degree in Engineering, Computer Science, #Exp: 6-12 yrs Mechatronics, Electrical Engineering, Robotics or related technical field. Experience with Vehicle Dynamics, State Estimation and advanced filtering methods. 6+ years of programming experience in development and testing of algorithms in: C++ and Simulink modeling Strong background in control theory & systems design Excellent data extraction & analysis skills (MATLAB, Excel) Strong analytical and problem-solving skills Preferred Qualifications: Master’s degree in EEE ,Instrumentation ,ECE Engineering, Computer Science, related technical 5+ years of development and testing of algorithms and code experience (can include industry, academic or internship) – MBD and C++. Superior communication & presentation skills Background in automotive radar, vision, lidar, sensor fusion ISO 26262 / Functional Safety functional expertise Why join us? You can grow at Aptiv.Aptiv provides an inclusive work environment where all individuals can grow and develop, regardless of gender, ethnicity or beliefs. You can have an impact. Safety is a core Aptiv value; we want a safer world for us and our children, one with: Zero fatalities, Zero injuries, Zero accidents. You have support. We ensure you have the resources and support you need to take care of your family and your physical and mental health with a competitive health insurance package. Your Benefits at Aptiv: Higher Education Opportunities (UDACITY, UDEMY, COURSERA are available for your continuous growth and development); Life and accident insurance; Sodexo cards for food and beverages Well Being Program that includes regular workshops and networking events; EAP Employee Assistance; Access to fitness clubs (T&C apply); Creche facility for working parents; Apply today, and together let’s change tomorrow! #LI-SV2

About The Role NVH ENGINEER Chennai Sr.Team Lead Experience range of 4 to 6yrs. Required with NVH EXPERIENCE Bachelors Degree/Masters Degree in Engineering ( Preferred streams Mechanical, Engineering Design, CAD/CAM, Thermal and Automobile) About The Role - Grade Specific With extensive knowledge in NVH CAE analysis Understanding of various vehicle systems including powertrain, chassis and driveline NVH Data acquisition analysis and reporting. Subjective assessments of the complete vehicle with respect to the NVH attributes. Ensure that gaps to target are visible and action plans identified. Undertake root-cause analysis of NVH-related issues and devise appropriate solutions. Experience to perform and evaluate the most common loadcases used to predict the NVH performance of a vehicle. Extensive experience in and understanding & solutioning of how to develop a vehicle with good NVH performance Develop optimization strategies suitable for NVH performance to ensure the optimal delivery of the required performance attributes Specify and utilize tests as appropriate to support the process. Experience with NVH CAE design verification (DV) process and support programs using , CAE , MBD and BEM (Boundary Element Method) softwares to assess system level NVH performance. Interpret CAE results supporting design/release activities to ensure NVH targets are achieved Knowledgeable with SEA software and modeling for NVH and acoustical products at vehicle level within the automotive industry Validate CAE predictions against hardware testing confirming model accuracy Develop, implement, and document new NVH CAE Good communication skills. Strong engineering fundamentals Solver NASTRAN Pre-ProcessorANSA

Responsibilities & Key Deliverables Your primary responsibilities as a Senior Engineer-NVH 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 To be considered for this position, you should possess 4 to 6 years of experience with testing software, particularly with LMS-Test Lab. Your background should demonstrate a minimum of four years of hands-on experience in testing and analysis, as well as the execution skills necessary to guide the team towards achieving successful Vehicle NVH deliveries. 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. Your experience should include exposure to electric vehicle systems and their specific challenges in noise and vibration management, ensuring that you can bring best practices into our team. Understanding market trends and innovations in the automotive sector may also enhance your suitability for this position. 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 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.

Algorithm Development Engineer (Digital Signal Processing) Job Details | Goodyear By continuing to use and navigate this website, you are agreeing to the use of cookies. Accept Close Search by Keyword Search by Location Select how often (in days) to receive an alert: Select how often (in days) to receive an alert: Algorithm Development Engineer (Digital Signal Processing) Gachibowli Hyderabad, TG, IN Location: IN - Hyderabad Telangana Relocation Assistance Available: Yes Job Description: Roles and Responsibilities: Develop signal processing pipelines for data collected from tire-mounted sensors and vehicle sensor signal data. Design and implement algorithms to estimate tire and road surface conditions using physics-based models and data-driven approaches. Build and validate physics based and machine learned models using lab and vehicle test data. Collaborate with tire modelers and vehicle dynamics teams to ensure consistency between physical behavior and algorithm outputs. Translate algorithms into real-time embedded code for on-tire or gateway execution. Support IP generation and contribute to technical publications or external collaborations. Engage in algorithm benchmarking and performance validation under diverse road, load, and environmental conditions. Basic Qualifications: Bachelors or MS in Mechanical Engineering, Electrical Engineering, Controls, or a related field with 5+ years of experience. Strong foundation in digital signal processing and sensor fusion techniques Proficiency in Python, MATLAB, or C/C++ for algorithm development and prototyping Experience with machine learning and physics-based modeling Familiarity with vehicle dynamics, tire mechanics, and sensor technologies Ability to work with vehicle CAN/CAN-FD, IMU, GPS, and tire sensor data Experience with embedded system constraints and real-time execution Strong analytical skills and attention to numerical stability and accuracy Experience in validating models using lab and vehicle test data Understanding of automotive software development processes and safety standards (e.g., ISO 26262, ASPICE) Excellent communication and collaboration skills for cross-functional teamwork R&D Engineer, Testing, Electrical Engineering, Embedded, Recruiting, Engineering, Technology, Human Resources

EV powertrain, battery, motor control, energy management technologies.mechanical, electrical, software teams to integrate EV systems.D,knowledge of EV architecture, batteries, motors, BMS.CAD tools SolidWorks, CATIA

As a Multibody Dynamic Simulation Engineer (MBD) at our company, you will have the opportunity to work with Simpack software to develop and execute simulation models for powertrain, suspension, and steering systems. Your role will involve analyzing simulation results, collaborating with cross-functional teams, and conducting sensitivity analyses to enhance system performance. Additionally, you will be responsible for maintaining simulation tools, providing technical support, and ensuring that simulation models align with project goals. To excel in this role, you should possess a Master's degree in mechanical engineering and have a minimum of 3 to 5 years of experience in Multi Body Simulation using Simpack software. Experience in powertrain/driveline, suspension systems, and steering systems simulation is essential, along with strong analytical and problem-solving skills. Excellent communication, collaboration abilities, and the capacity to work both independently and as part of a team are also crucial. Knowledge of MATLAB or Python would be advantageous, as well as an understanding of vehicle dynamics and control systems. Joining ZF Group in India offers numerous benefits, including an innovative environment that encourages creativity and growth, a diverse and inclusive culture that values all employees, and opportunities for career development through training programs and advancement paths. You will also have the chance to work on international projects, contribute to sustainability efforts, and enjoy comprehensive health and wellness programs, flexible work arrangements, and a supportive work-life balance.,

You are a company that believes every engineering student deserves to have an engineering experience in college. You aim to provide the right mentorship for students to become their best versions and be Capabl. In line with this vision and mission, you are looking for individuals who share your beliefs and are committed to personal growth. Embracing challenges and overcoming them excites you, and you are seeking like-minded individuals who are ready to contribute. If you resonate with these values, continue reading. As a Vehicle Dynamics, Design, and Fabrication Expert specializing in Electric Vehicles, you will be responsible for traveling to various cities and colleges to build student formulas, go-karts, e-vehicles, and more. Your annual CTC ranges from 4,50,000 to 6,00,000 along with a performance bonus. The work schedule includes day shifts with weekend availability. We are in search of a dedicated and skilled professional with 1-2 years of experience in electric vehicles (EVs) and concept vehicle development to join our team. If you have participated in events such as Baja, Supra, or Formula Student, or have attended workshops by Capabl/ Elite Techno Group, and possess strong expertise in vehicle fabrication, design, and electric powertrains, this position is tailored for you. Your key responsibilities will involve designing and developing vehicle dynamics for concept vehicles, focusing on performance, safety, and energy efficiency. You will oversee the fabrication process, including welding, cutting, assembly, and integration of EV components like motors, batteries, and controllers. Utilizing software like SolidWorks, you will design traditional and electric vehicles, covering chassis, suspension, and powertrain layouts. Furthermore, you will work on the detailed design of electric powertrains, optimizing battery systems, motor selection, and regenerative braking systems. In addition, you will lead hands-on EV build projects, ensuring smooth integration of EV systems and maintaining high fabrication standards. Guiding and mentoring young engineers through design, fabrication, and assembly processes for both traditional and EVs will be a crucial part of your role. Traveling to events and workshops, leading teams, and offering on-site guidance for concept and EV builds will also be part of your duties. Delivering engaging presentations and technical workshops, sharing insights on vehicle dynamics, EV technology, and fabrication processes will be expected from you. To qualify for this role, you should have proven experience in automotive events like Baja, Supra, or Formula Student, with a focus on EVs or hybrid systems. Strong proficiency in vehicle fabrication processes, including welding, cutting, and assembly, along with expertise in EV component integration, is essential. Proficiency in SolidWorks or similar CAD software for designing conventional and electric vehicles is required. Knowledge of EV systems, including battery management, motor controllers, and energy-efficient design principles, is a must. A deep passion for traditional vehicles and electric mobility, coupled with a strong understanding of vehicle dynamics and powertrain engineering, is highly desirable. Willingness to travel for training and project requirements, excellent communication skills, a flair for mentoring, and engaging with young engineers, as well as confident stage presence and public speaking abilities, are also necessary. If you are enthusiastic about shaping the future of automotive engineering, especially in the realm of electric vehicles, and mentoring the upcoming generation of engineers, we look forward to welcoming you to our team. This is a full-time, permanent role, suitable for freshers or individuals seeking a 6-month internship. Let's collaborate to build a Capabl India together.,

Matter is a user-centric, intelligent green technology start-up, poised to break the boundaries between the automotive industry, user experience and information technology with products and services that integrate new energy, intelligent technology, and business models. Our team is human - thoughtful, approachable, curious, reliable, and accountable. We are passionate about tackling some of the biggest challenges in technology. What we are looking for: The right candidate shall be responsible for designing and developing the powertrain systems for electric vehicles. He/she shall work as a strong Individual contributor, guiding team & loves working with cross functional teams as well. What you will own and do: Design PCB layout from initial specification through completion as per compliance standards and product design constraints Generate footprints with respect to IPC standards and business specific practices. Create and maintain library of part Vehicle Dynamics: Analyze and improve the vehicle's dynamic performance through powertrain tuning. Work on torque vectoring strategies to enhance vehicle stability and handling. Collaborate with suspension and chassis engineers to achieve optimal vehicle dynamics. Generate all supporting documentation, drawings and collateral. Implement design to satisfy DFM. Work independently and proactively with engineers to meet deadlines. Work with PCB fab vendors for manufacturability, PCB stack-up and costs. Closely liaise with other departments including HW designers Liaise with Factory Production Engineering and Test Engineering Support manufacturing during new product introduction Maintain adequate knowledge in relevant technical development. Liaise with suppliers and service providers, including approvals organizations. Comply with Company standards & procedures. What you will bring to us: Min. 6 to 8years of experience in PCB layout design. Experience in Altium PCB layout tool is must. Understand PCB manufacturing process, technology and surface mount assembly process. Hand on experience on PCB design for compliance standards. Familiarity with CAM tools like CAM350 to verify PCB design. Knowledge of IPC standards Qualification: Bachelor's degree in (Electrical/Electronics & related fields). 7+ years of experience in product management (Gone through at least 1-2 product life cycles Culture and other pointers You have an enthusiastic desire to grow and learn. If you've worked at a startup before, that's a plus. You like working in a high accountability, high responsibility environment. Were a fast-growing team. You’ll have the opportunity to have a lasting impact on our culture. We’re not the best fit for you if: You are satisfied with where you are in life and do not want to push to learn/grow further. You believe that the best products are built by following your instincts instead of listening to users. You are more concerned about short-term payoffs than long-term payoffs. You are fundamentally risk averse. You like working in an extremely structured environment. MATTER is an equal opportunity employer and welcomes applications from all qualified individuals. We celebrate diversity and are committed to creating an inclusive environment for all employees.

Qualcomm India Private Limited is seeking individuals to join the Software Test and Quality infrastructure team to work on the cutting-edge Snapdragon Ride project. This project aims to revolutionize the automotive industry by developing a software-defined vehicle (SDV) with advanced autonomous driving and ADAS capabilities. As a member of the ADAS vehicle validation team, you will have the opportunity to contribute to the testing and validation of L2+ level ADAS technology for a leading Indian car manufacturer. To qualify for this position, candidates should have a Bachelor's, Master's, or PhD degree in Engineering, Information Systems, Computer Science, or a related field, along with 1-3+ years of experience in Software Test Engineering. The ideal candidate should have a strong background in vehicle testing and experience in developing and automating test plans and tools. Additionally, candidates should have expertise in areas such as HIL/SIL system integration, error guessing, configurability testing, and issue reproducibility for the ADAS SW platform. Key responsibilities for this role include designing test plans, test cases, test scenarios, scripts, and procedures to ensure comprehensive coverage of feature requirements. Candidates should have in-depth knowledge of ADAS features, vehicle functions, vehicle dynamics, requirement management, communication protocols (CAN/Ethernet), and radar/camera systems. Familiarity with Functional Safety (ISO26262 compliance) and experience with Diag functions and fault handling (UDS protocol, fault access, calibration tools) is preferred. Qualcomm is an equal opportunity employer committed to providing accommodations for individuals with disabilities during the application and hiring process. If you require assistance, please contact Qualcomm's disability accommodations email or toll-free number. Please note that staffing and recruiting agencies are not authorized to submit applications on behalf of candidates, and unsolicited submissions will not be accepted. For more information about this role, please reach out to Qualcomm Careers.,

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.

As a Simulation Engineer at ZF Commercial Vehicle Control Systems India Limited in Chennai, India, you will be a crucial part of our team, contributing to the development and execution of simulation models for various systems like Air Suspension Systems, powertrain systems, and Steering Systems using Simpack software. By analyzing simulation results, you will provide valuable recommendations for design enhancements and collaborate with cross-functional teams to ensure alignment with project goals. Your responsibilities will include developing and maintaining simulation models for powertrain components, conducting sensitivity analyses to evaluate design changes, and enhancing simulation tools and processes for improved efficiency and accuracy. Additionally, you will offer technical support to fellow engineers and stakeholders on simulation-related matters. To excel in this role, you should possess a Masters degree in mechanical engineering with a minimum of 3 to 5 years of experience in Multi Body Simulation using Simpack software. Your expertise in Powertrain/driveline, Suspension systems, and Steering systems simulation will be crucial, along with strong analytical and problem-solving skills. Excellent communication and collaboration abilities are essential, and experience with MATLAB or Python would be advantageous. Knowledge of vehicle dynamics and control systems is a plus. By joining ZF Group in India, you will be part of an innovative environment at the forefront of technological advancements. Our diverse and inclusive culture values all employees, promoting collaboration and mutual support. ZF is committed to your career development, offering extensive training programs, growth opportunities, and a clear path for advancement. You will have the chance to work on international projects, benefiting from our global presence in driveline and chassis technology. At ZF, we prioritize sustainability and environmental responsibility, actively contributing to eco-friendly solutions and reducing our carbon footprint. Your well-being is important to us, and we provide comprehensive health and wellness programs, flexible work arrangements, and a supportive work-life balance. If you are ready to make an impact and shape the future of mobility as a Simulation Engineer at ZF, apply now and be part of our dynamic and innovative team. Join us in creating a culture of inclusiveness, diversity, and mutual respect as we strive to reach our full potential and drive positive change in the automotive industry.,