40 Mbd Jobs

As a CAD Support Engineer, you will be responsible for providing support to users in mechanical and electrical CAD systems such as ECAD, ORCAD, and AUTO CAD. Your role will involve assisting in systems installations, troubleshooting problems, and administering the systems. You will collaborate with engineers to design workflows and work procedures, implementing them in the system. Additionally, you will be involved in designing interfaces with other systems, managing system upgrades, and consolidating vaults. Your responsibilities will also include supporting the implementation of Digital Twin, Model-Based Definition (MBD), and CAD integration with Product Lifecycle Management (PLM) systems. This is a full-time position based in Chennai with a day shift schedule from Monday to Friday, requiring in-person work at the designated location.,

We have several openings in our R&D department for following roles. 1. Testing & Validation Engineer 2. HW Design Role 3. Embedded Software Design Engineer 4. EV Integration Engineer Interested candidates can apply. We prefer immediate joiners.

You will be joining the R&D - Powertrain - Cylinder Head D&D department at TVS Motor Company's Hosur Plant in Tamil Nadu, India. TVS Motor Company is a renowned global manufacturer of two and three-wheelers, committed to advancing Sustainable Mobility. With state-of-the-art manufacturing facilities in Hosur, Mysuru, Nalagarh in India, and Karawang in Indonesia, we are rooted in a 100-year legacy of Trust, Value, and Passion for Customers. Our dedication to excellence is reflected in our internationally acclaimed products, recognized for their quality and innovation. TVS Motor Company is the proud recipient of the prestigious Deming Prize and has consistently topped the J.D. Power IQS and APEAL surveys. In addition, we have been ranked as the No. 1 Company in the J.D. Power Customer Service Satisfaction Survey for four consecutive years. Our group company Norton Motorcycles, based in the UK, is a globally recognized motorcycle brand. Furthermore, our subsidiaries in the personal e-mobility sector, Swiss E-Mobility Group (SEMG) and EGO Movement, are leaders in the e-bike market in Switzerland. Operating across 80 countries, TVS Motor Company is committed to providing the best customer experience. For more information, visit www.tvsmotor.com. As a Design Engineer-Cylinder Head and Block System in the R&D - Powertrain department, specifically the Cylinder Head D&D functional group, your responsibilities will include 3D modeling of complex geometries in a multi-CAD tool environment, surface design, GD&T, 2D drawing preparation detailing complex and critical features, generating design/technical reports, understanding DFX, and being conversant with MBD. You should hold a UG degree in Mechanical or Automobile Engineering (B.E/Btech) and possess 3 to 5 years of relevant experience. Additional qualifications such as proficiency in advanced CAD tools, 3D modeling, surface modeling, drawing preparation, MBD, and familiarity with upstream tools are desired. The target industry sectors for this role include Automotive, 2/3/4 wheeler manufacturers, consulting firms, and core supplier companies. Your role as a Design Engineer involves understanding inputs, part functions, and Voice of the Customer (VoC) to develop Engineering Requirements (ER) and meet New Product Introduction (NPI) milestones. You should be well-versed in GD&T, DFS, DFA, complex part design, camshaft, valve timing, valve train, lightweighting, structural and thermal aspects of powertrain components, DFMEA, and TRIZ. Functional competencies required include the ability to convert inputs to ER, understand standard operating procedures/systems, familiarity with DFMEA/DFX, MBD processes, document preparation, and knowledge of engineering materials. Behavioral competencies expected from you include rigor in execution, teamwork, basic communication skills, time management, and interpersonal relationships. Join TVS Motor Company for an opportunity to contribute to cutting-edge innovation in the automotive industry and be a part of a globally recognized brand dedicated to excellence in Sustainable Mobility.,

Knowledge / Experience 4 to 6 years. Minimum 3 years in CAE preferably in commercial vehicles Essential: Experience in any CAE Pre-and Post-processor, reverent CAE tools. Experience in meshing for MBD models. Experience in model build and assembly for commercial vehicle parts. Theoretical knowledge of finite element analysis. Good communication, report writing, technical documentation and presentation skills. Qualification: BE/ B. Tech in Mechanical / Automobile Engineering from a recognized university. Role & responsibilities Preferred candidate profile

1. Design and development of CV, Steering and front axle aggregates 2. knowledge Bus and load platform 3. Casting and forging manufacturing processes knowledge, 4. DMEA, DFA, DFS, DFM. 5. Knowledge of DVP, 6 Hands on experience in CATIA. 6. Ability to resolve the problems, 7. Basic knowledge of vehicle dynamics ADAMs, MBD. 8. Knowledge of Homologation requirements.

Area of Responsibility: The key responsibilities include Vehicle level multibody dynamics (MBD) simulations using ADAMS- view/ADAM- car to evaluate and improve performance requirements. The work also includes performing sub-system level and vehicle level MBD analysis as given below: Multibody Dynamics (MBD) Model build for KnC analysis, Full vehicle Ride and Handling Simulations, Load manag ement simulations. MBD analysis to evaluate design proposals to determine the performance gaps & risks and suggest design modification towards meeting the requirements Performance optimization with help of analytical tools Interaction with other stakeholder s for project updates and performance improvements (design, test & CAE groups) Project management Area of ResponsibilityThe key responsibilities include Vehicle level multibody dynamics (MBD) simulations using ADAMS- view/ADAM- car to evaluate and improve performance requirements.

As a Dimensional Management Engineer at Ather, you will be responsible for defining vehicle-level datum and location strategies for all parts, ensuring alignment with design requirements and manufacturing constraints. Your role will involve performing tolerance stack-up analysis to identify fit and finish issues early in the design process, refining part designs and assembly processes based on analysis results, and defining optimal assembly sequences for achieving high-quality outcomes. You will collaborate with the design team to ensure that 2D drawings and 3D models reflect necessary tolerances and assembly requirements, as well as define fixture requirements for the assembly process. Additionally, you will support the manufacturing team in resolving fit and finish issues, conduct root cause analysis for deviations, and work closely with cross-functional teams to ensure project alignment and execution. In terms of domain skills, you are expected to have a deep understanding of 2-wheeler vehicle architectures and subsystems, knowledge of electric 2-wheeler mechanical layouts, and expertise in dimensional engineering approach and problem-solving. Your functional skills should include proficiency in tools like vis VSA software, Ug Nx, Teamcenter, GDnT, tolerance stack-up, PMI, and MBD, as well as knowledge of plastic and sheet metal parts manufacturing processes, new product development stages, Python programming, and process automation. To qualify for this role, you should hold a B.E. / B.Tech. in Mechanical Engineering from a reputable institute, with 7 to 9 years of overall experience in the 2W / 4W industry. Specifically, you should have a minimum of 5-7 years of experience in Dimensional Management / DVA with a solid foundation in the manufacturing process of mechanical components.,

The position of leading a Vehicle Platform or Variant for Vehicle NVH Simulation is critical in the overall product development process. Your responsibilities include planning and managing NVH digital validation activities, ensuring the quality of deliverables, and tracking project milestones within the specified timeframe. Additionally, you will be required to provide technical mentoring for NVH digital validation activities, work on feasible design solutions, and support investigations related to performance lapses during physical validation. You will also be responsible for supporting the technology roadmap, identifying departmental needs, and driving method and process development accordingly. People management is a key aspect of this role, involving mentoring and coaching project teams and liaising with various departments such as NVH Test, NVH PAT, CE, COC ODC. To excel in this position, you are required to have a Master of Engineering in Mechanical and a minimum of 3 years of relevant experience in automotive Vehicle subsystem and system evaluation for NVH assessment through digital simulation techniques and experimental methods. Proficiency in FEM, BEM, SEA, MBD, and other simulation tools is essential, along with a solid understanding of material science, vehicle packaging, and product development processes. Your knowledge of vehicle NVH domain, vehicle subsystems, and systems will be crucial for this role, as well as familiarity with TML product development processes. Tata Motors values competencies such as Customer Centricity, Developing Self and Others, Driving Execution, Leading by Example, Leading Change, and Motivating Self and Others. If you are looking to make a significant impact on vehicle design and development activities, this position offers a challenging yet rewarding opportunity to lead and drive innovation in NVH simulation processes.,

Job Purpose Required to work with the DAS (Design analysis & Simulation) MBD (Multi Body Dynamics) team as well as product design engineers. Properly communicate back and complete the task with required time frame. Vehicle dynamics engineer will support design development starting from concept phase until design release, through MBD simulation and providing technical solution based on analysis results for developing an optimal design. Key Responsibilities Perform Vehicle Dynamics simulations using tools such as Simcenter 3D Motion, Matlab/Simulink and Amesim Develop realistic simulation models to accurately predict vehicle behavior and correlate to prototype vehicle Provide design proposals to Engineering team to improve or optimize vehicle ride and handling performance Develop vehicle system and component loads using flexible bodies to support durability analysis Develop co-simulation models by working closely with hydraulics, controls and soil/crop modeling groups Develop Vehicle Dynamics PD-DA&S activities for all the segments (AG & CE), related to simulation and tools Perform simulations to validate and develop suspension components and systems, develop state of the art analytical procedures and enhance existing methodologies to improve simulation accuracy Work with Test engineers to develop test plans, sensor selection and placement. Develop corresponding simulation procedures for model correlations Coordinate the development of new methods and new research for analyzing and simulating new Multibody Dynamics (MBD) concept Experience Required 8 years of professional industry experience in Multi Body Dynamics or Vehicle Dynamics Off-highway equipment, theory of multi-body dynamics, Finite element analysis. Experience in Simcenter 3D or ADAMS View or or Altair Motion Solve Preferred Qualifications Masters degree in mechanical engineering from reputed institute

MTech/ME in Mechanical (Thermal Engineering) 60% above in academics (10th, 12th, UG PG - No backlogs in any semester) Excellent English communication Good Presentation Skills Global internship/project experience in automotive industry is preferred for applications. Ready for 2 Year Trainee Agreement Ready for 2 Year Training agreement (Only if the training is scheduled in Germany for a designated period) Responsibility: Multibody simulation of commercial vehicle in Simpack Pre-processing, Simulation, Post processing ,result assessment ,validation corelation solution recommendation. Alignment with global colleagues for requirements and results. The candidate would need to interact and align with global group companies and external partners for development areas. The Trainee will support project tasks and learn various aspects of the product development process. Assist in project tasks, keeping the Team Leader / Team member / Cluster lead updated on progress and any arising issues adhering to quality. Prepare for and participate in technical reviews of assigned tasks. Enhance practical knowledge and experience in various processes and methods. Learn and understand organizational quality processes through agile methodologies. Requirements: Strong knowledge of multi body dynamics and vehicle dynamics Strong knowledge of linear flexible body generation FEM theroy Good know how of using CATIA V5 R 20 Basic hand on experience in any of one engineering simulation software like Simpack / Adams/ Hypeworks, Ansys / MATLAB for meshing, simulation post processing. Good understanding of virtual road load data acquisition Good knowledge of fundamental engineering principles and practices Good analytical skills, Knowhow in Automation languages Can able work in CFT to support to Project team. Knowledge of simulation scripting languages. Knowledge in PLM system

Job Description: Demonstrates Specialized knowledge of ONE or more Systems within the department and contribute in a sustainable way to the satisfaction of the customers to the companys profitability by : • Spreading, explaining, applying and making apply the project standards, tools and development processes that allow to carry out the local activity for all components of one or more Systems within the department • Acting as a global trainer by contributing to training module creation deploying trainings • Providing technical solutions and technical leadership to the project team members ensuring the delivered solution meets the technical specifications and design requirements. • Conducting peer reviews and ensure closure of issues. • Discuss and analyse on new tools and technical improvements • Review/update best practices/standards/guidelines/checklists periodically by performing Proof of concept and piloting the defined methods, processes and tools RELEVANT EXPERIENCE: 8-10 years of experience in Automotive Application Software development Experience in Automotive ECU software development across V cycle Model based Tools Development Tech leader: • Experience in defining the Rules , Process and Tools for all stages of SW V cycle • Experience in scripting language and automation tools for model based development (M Script/Python etc..) • Experience in working with Autosar & ISO26262 • Experience in leading tools development from conception to delivery.

FSW Team lead for MATLAB/Simulink Embedded Software SW Developer designs, implements, develops source code and tests the SW units within a SW project. SW Developer integrates the SW Units / SW Components and ensures inter-operability between them. Your Key Responsibilities Detailed design, coding and unit testing of specific SW Components in accordance to the BU processes and conventions. Define the Requirements for the SW Function Design. Structure the SW Function Design. Design the SW Function Design in SDA. Code your Design Auto Code or in case there is a valid reason do it hand code. Perform development checks, reviews (e.g. design, code) & static code analysis. Perform SW units integration, Integrate the SW Code in corresponding repository under the valid integration rules and KPIs. Perform SW Integration Test to verify SW architecture specification (acting as SW Integration Tester). Test Verify your design before at Design level and after Integration (Integration level) by your own. Reuse and adaptation of existing SW Components or modules. Debug and root cause of reported issues of software module or component scope. Correction of anomalies as defined in the Problem Resolution process. Proactive communication of e.g. delays, possible risks, problems during development. Delivery of the committed work package results within the planned time, effort and quality. Your Qualifications Degree in Engineering or masters in electrical engineering, Electronics & Communication mechatronics, mechanical engineering or an equivalent major. Total 4 to 9 years of experience in the automotive industry or a comparable field, with direct customer engagement. Get access rights to input work products, tools and infrastructure necessary to perform the assigned tasks, especially to the development/compiler toolchain, the CM/ChM System for this project inclusive access to related SW requirements, to the generic libraries or previous projects for re-use and also debugger, sample ECU or PCB with measuring equipment. Initiate / raise issues due to incorrect requirements, inconsistent architecture, erroneous or unreliable 3rd party software, etc. Initiate / raise issues on major insufficiencies within the development tool chain. Approving of SW Integration and SW Integration Test per SW Component.

We are looking for a highly skilled Model Based Development Professional with 6 to 7 years of experience. The ideal candidate will have a strong background in model-based development and be able to work effectively in a team environment. Roles and Responsibility Develop and implement complex models using various modeling tools and techniques. Collaborate with cross-functional teams to identify and prioritize project requirements. Design and develop data validation and verification protocols to ensure accuracy and reliability. Troubleshoot and debug issues related to model development and implementation. Provide technical guidance and support to junior team members. Participate in code reviews and contribute to the improvement of the overall code quality. Job Requirements Strong knowledge of modeling languages and technologies, such as MATLAB/Simulink or Python. Experience with model-based development methodologies and tools. Excellent problem-solving skills and attention to detail. Strong communication and teamwork skills. Ability to work in a fast-paced environment and meet deadlines. Familiarity with version control systems, such as Git.

* Develop high fidelity full vehicle models using MSC ADAMS/Car * Perform Ride and Handling analysis using MSC ADAMS Car and interpret the results. * Should be able to perform static load generation analysis in ADAMS/Car and ADAMS/View environment. Required Candidate profile *Development of ADAMS/Car model and plausibility checking *Preparation and presentation of expressive reports as well as representation of ADAMS interests on project and customer level

Responsibilities Preparing MBD model for system level and vehicle level KC simulation, Ride and handling simulation, Tire modeling, Analysis of tire related market issues and co-simulation Results interpretation and report preparation Improve Virtual Testing for achieving better correlation with the Physical test Supporting design and testing team for vehicle performance improvements Experience of actual vehicle testing understanding of ride handling parameters with actual vehicle feeling as driver passenger is preferable Work closely with validation and testing teams to ensure alignment between virtual simulations and real-world testing activities Added advantage: ADAS Know-how Simulations using industry-standard tools and languages (e.g., CARSIM/MATLAB/Simulink, Python etc) Technical/Functional Bachelors/master s degree in mechanical, Automobile, Mechatronics Engineering Good Knowledge in area of Vehicle Dynamics, Ride handling, Tire, control systems Ability to perform virtual validation as per the physical testing conditions Ability to suggest countermeasure for design improvement and cost/weight reductions Ability to understand the market/prototype failures and capable to analysis the failures Candidate should have: Sound Knowledge of ADAMS, CARSIM Basic python, MATLAB Knowledge in in Model Based Development (MBD) ADAS area is preferable Behavioral Excellent interpersonal skills Communication presentation skills Achievement orientation Team player Networking skills

Job Summary: As a Model-Based Design & AUTOSAR Engineer , you will be responsible for interpreting system requirements and building robust Simulink/Stateflow models with traceability to AUTOSAR components. You will work closely with systems architects and software teams to generate ARXML, embedded C code, and testing harnesses compliant with automotive safety and performance standards. Key Responsibilities: Analyze high-level functional requirements (HLRs) and convert them into formal low-level model designs (LLRs) Design Simulink and Stateflow models for complex control logic (e.g., Excitation Control) Configure AUTOSAR SWCs with RTE inputs/outputs and Client-Server ports Map calibration parameters, constants, and tunable blocks to data dictionaries (SLDD) Generate ARXML and production-quality embedded code using Embedded Coder Ensure model compliance with modeling guidelines (e.g., MAAB) Create test harnesses for MIL/SIL testing and automate model verification Integrate generated artifacts into tools like Vector DaVinci Developer or EB Tresos Document model behavior, signal flow, and traceability matrices Required Skills & Experience: Area Must-Have Model- Based Design Simulink, Stateflow , Embedded Coder AUTOSAR - SWC design, RTE/BSW mapping, ARXML understanding Code Generation Production - quality code via Simulink Coder/Embedded Coder Requirement Mapping - HLR to LLR breakdown, requirement coverage Calibration Handling - SLDD, tunable parameters, calibration maps Testing - MIL/SIL simulation, Simulink Test, scripting Tools - MATLAB, Simulink, AUTOSAR authoring tools (DaVinci, Tresos) Programming (optional) - MATLAB scripting, basic C/C++, Python (automation) Preferred Qualifications: Experience in powertrain, battery control, or embedded control systems Knowledge of ISO 26262 or other functional safety standards Familiarity with version control (e.g., Git), JIRA, or DOORS for requirement tracking

Key roles and responsibilities for Mechanical CAD Engineer include: Develop parametric 3D CAD models in PTC Creo for new enclosures designs by referring to STEP/Parasolid files, engineering drawings, specifications, related data independently and in conjunction Fluence battery enclosure & rack design engineering. • Create detailed manufacturing drawings for components and assemblies utilizing their excellent GD&T skills and tolerance stack-up analysis. • Good experience in developing products from the concept stage through prototyping, final design, and manufacturing. • Incorporate customer feedback into CAD designs. • Import vendor Battery models into CREO to visualize and produce complete customer-facing package drawings. • Develop, maintain, and coordinate changes on large assembly models. • Ensure product design standards are adhered to common international standards, such as ANSI/ISO. • Manage Bill of Materials and CAD data within PLM/PDM software. • Work closely and collaboratively with Engineering, Product Management, Product Execution, Services, Sales, Procurement and Marketing teams. • Present design solutions to key stakeholders, defending design decisions, incorporating design feedback into the design cycle. Role & responsibilities Minimum qualifications required: Associate degree or equivalent in technical discipline. • Hands on experience (6 to 8 years) of mechanical engineering design, part/Sheetmetal modeling, large assembly creation, complex weldment design and detailing experience using PTC Creo, AutoCAD or similar software. • Experience in Model based design (MBD) approach. • 6+ years experience managing large assemblies BOM in Creo and Windchill. • Strong proficiency in ASME Y14.5-2018 standards and GD&T skills is a MUST. • Able to manage projects and deliver on time. • Stellar attention to detail, teamwork abilities, communication skills, and organizational skills • Experience with utility scale, battery energy storage systems is a plus. • Strong communicator (written and verbal). • Good technical writing skills.

We at TATA ELXSI looking for Engineers (4-10 yrs) who have proficiency in MBD + Targetlink for Bengaluru location. Please apply if interested. We will connect you if your profile gets shortlisted. PLEASE NOTE, WE ARE LOOKING FOR THE CANDIDATES WHO CAN JOIN IMMEDIATELY TO 20 DAYS.

Job Title: Application Developer (MATLAB/MBD) Location : Hyderabad Experience: 5+ Years Job Type: Full-Time Job Overview : We are looking for a skilled and dynamic Model-Based Development (MBD) Engineer to join our team, specializing in the development of Battery Management System (BMS) and Vehicle Control Unit (VCU) applications. In this role, you will be responsible for designing, developing, and validating model-based control algorithms for BMS and VCU. Your expertise in control systems, embedded software, and automotive electronics will be crucial in ensuring the reliable and efficient operation of battery management and vehicle control systems. Key Responsibilities 1.Model-Based Development (MBD) for BMS & VCU Applications: Develop and implement model-based control algorithms for Battery Management Systems (BMS) and Vehicle Control Units (VCU). Design and simulate control algorithms in MATLAB/Simulink/Stateflow. Develop and refine system-level models for battery management, state-of-charge (SOC) estimation, thermal management, fault detection, and vehicle control. 2. System Design and Integration: Collaborate with cross-functional teams (hardware, software, testing) to design and integrate BMS and VCU applications. Support integration of control algorithms into embedded software systems for real-time execution. Work on model-based software design, ensuring robustness and efficiency in embedded systems. 3. Requirements Analysis and Documentation: Analyze functional and non-functional requirements for BMS and VCU systems. Create detailed design specifications, verification plans, and test cases to ensure the accuracy and reliability of the system. 4. Simulation and Testing: Conduct simulations to validate control algorithms and system models, ensuring optimal performance and safety. Perform hardware-in-the-loop (HIL) and software-in-the-loop (SIL) testing to validate the behavior of BMS and VCU in various scenarios. Collaborate with the testing team to ensure that models are tested in real-world conditions. 5. Optimization and Calibration: Optimize control algorithms for performance, energy efficiency, and fault tolerance in both BMS and VCU applications. Perform calibration and tuning of the models to match real-world performance requirements. 6. Continuous Improvement: Stay up-to-date with the latest developments in model-based design, control algorithms, and automotive systems. Suggest improvements for system design, modelling, and simulation techniques. Actively participate in design reviews, code reviews, and safety assessments. 7. Documentation and Reporting: Document the design, implementation, and testing processes for BMS and VCU models. Provide regular updates to management and stakeholders on progress, challenges, and results. Required Skills and Qualifications Education: Bachelor's or Master's degree in Electrical Engineering, Automotive Engineering, Mechatronics, Control Engineering, or related fields. Experience: 5+ years of experience in Model-Based Development (MBD), control systems, or embedded systems design in the automotive or related industries. Experience with Battery Management Systems (BMS) or Vehicle Control Units (VCU) development is a plus. Proficient in tools such as MATLAB, Simulink, Stateflow, and related simulation software. Strong knowledge of control theory, real-time systems, and embedded programming (C, C++). Experience with HIL and SIL testing and validation. Familiarity with automotive standards such as ISO 26262 (Functional Safety) is an advantage. Technical Skills: Strong understanding of electrical and automotive systems, including BMS architectures, battery technologies, and vehicle control algorithms. Familiarity with hardware/software co-simulation and model-based code generation. Experience with CAN, LIN, or Ethernet communication protocols used in automotive applications. Experience in integration of complex systems with embedded hardware. Soft Skills: Strong problem-solving skills with a creative and analytical mindset. Ability to work independently and in a team, collaborating with engineers from different disciplines. Excellent communication skills, both verbal and written, with the ability to clearly present technical information. Desired Qualifications Experience with automotive simulation tools (e.g., dSPACE, ETAS, Vector). Experience on CANOE, PCAN, S-bus tools Knowledge of advanced vehicle systems, electric drivetrains, and energy management in electric vehicles (EVs). Familiarity with functional safety standards such as ISO 26262. Understanding and implementation of MAAB guidelines

Design aerospace components in Creo, analyze TRDs/CRs, perform stack-ups, support material/fastener selection, apply GD&T/MBD, and create 3D PDFs and tech docs for metallic structures.

Job Responsibilities MBD Plant Modelling Primary Skill: MBD Plant Modelling, Matlab, HIL, Powertrain domain Experience: 4-8 years Description: Expertise in model based development using Matlab and Simulink; good knowhow and understanding of m-scripting, modelling in Simulink and Stateflow as per MAAB guidelines. Expertise in dSpace HiLs and toolchains: Synect, Configuration desk, Control desk, Model desk, ProveTech is a plus. Experience in HEVs and BEVs Systems overview including Diesel & Gasoline engines, Gearbox functioning, Electric drive / machine control, Battery SOC & SOH, Vehicle Dynamics. Very good analytical and problem-solving skills. Good communication and interpersonal skills.

Bachelor'sConfluence specificationsJob Title: Senior Software & Systems Engineer Job Summary: As a senior systems Engineer, you will work as a member of the Electronics team of the Starkenn Technologies, your mission will mainly be to contribute to ADAS (Advanced Driver Assistance Systems) projects for our OEM customers. Roles & Responsibilities: Create system requirement specifications for ADAS functions Design system architecture for complex ADAS projects like AEBS with integrated MOIS, ARAS, DMS, BSIS, LDWS, LKA, ACC, FCWS, Alcohol interlock devices, etc. Identification and analysis of system errors and development of solutions to correct those Close collaboration with software developers, hardware engineers, and other stakeholders for creating and implementing system requirements Conducting safety analyses (e.g. ISO 26262) and evaluating the functional safety of driver assistance functions. Take ownership of technical communication with customers and partners including RFQ response to customers and RFQ creation for seeking responses from suppliers Spearheading POC activities with OEM customers Required Skills & Qualifications: Proven programming skills in Embedded C At least 7 years of experience as a Software & System Engineer in the automotive domain. Excellent understanding of Kalman filtering ( Linear and extended), RADAR data cube processing, CFAR, DBSCAN & other types of clustering like k means clustering Excellent understanding of mm-wave RADAR chirp characterization and its impact on RADAR operational behavior Good understanding of different types of RADARs like 2D RADAR, 3D RADAR, and 4D RADAR Sound knowledge of system architecture design, ideally in the ADAS domain. Solid understanding of MBSE & MBD Excellent knowledge of project & requirement management tools like JIRA and confluence Goal-oriented communication skills and a strong ability to work in a team Strong analytical, and structural thinking skills Experience in managing OEM customers from the RFI phase till the POC phase Excellent knowledge of Cyber Security ISO 21434 In depth knowledge of AIS standards like AIS-184 , AIS-162 , AIS-187 ,AIS-189 , AIS-190 , AIS-004 Excellent technical documentation skills Bachelor's or master's degree in Electronic Engineering, Computer Science, or a related field. In-depth understanding of CAN communication In-depth understanding of ISO-14229 ( UDS) and SAE J - 1939 Basic Understanding of mechanical packaging for ECUs Ways to stand out from the crowd: Experience in testing and validation of ADAS systems, HIL, SIL & Vehicle is desired, but not essential. (Preferable dSPACE HIL Plant Modeling using Matlab, Simulink /Stateflow) Experience in UML and SysML Knowledge of Deep Learning object detection and classification models like Yolo, Yunet, etc. ,Facial land marking & techniques like regression trees , SVMs etc. Papers/patents

Job Overview TE Connectivity s R&D/Product Development Engineering Teams conceive original ideas for new products, introduce them into practice. They are responsible for product development, and qualification from market definition through production and release; assist in the qualification of suppliers for new products to ensure suppliers deliver quality parts, materials, and services for new or improved manufacturing processes; conduct feasibility studies, testing on new and modified designs; direct and support detailed design, testing, prototype fabrication and manufacturing ramp. The R&D/Product Development Engineering Teams provide all required product documentation including, but not limited to, Solid Model, 2D/3D production drawings, product specifications, and testing requirements. They create and modify detailed drawings and drafting or conceptual models from layouts, rough sketches or notes and contribute to design modifications to facilitate manufacturing operation or quality of product. Typical fields of expertise includematerials, mechanics and systems, electrical, optics, chemistry, software, automation systems, packaging, testing and measurement, and manufacturing of electrical, mechanical and electronic components, products, and their integration into systems. Responsibilities Use best practices and knowledge of internal or external business issues to support a multiple products, services or processes. Providing technical expertise on current production systems; designing advanced solutions to continuously improve performance. Working with designers to optimize manufacturing processes and technology while preserving product design functionality. Eliminating inefficiencies and incorporating best practices to continually improve overall product performance. Evaluating the quality of manufactured products-First article Inspection report Carry out/execute design change requests (Engg Change management). Coordinating & resolving technical issues and Root Cause Analyses Execute VAVE / cost out assignments What your background should look like: B.E / B. Tech Generally, 4+ years of experience in supporting Development / Product Engineering activities. ME/MTech - Generally, 2+ years of experience in supporting Development / Product Engineering activities. Mandatory: Working knowledge of CAD systems (CREO Part modeling & Sheet Metal) Reading and interpreting engineering drawings/product prints Interpretation of simulation results & translating into product design Working knowledge in Design for Manufacturability (DFM-Molding / Stamping / Plating)& DFMEA Working knowledge in Tolerance stack-up and GD&T Good Conceptual, problem solving and Analytical Skills Working knowledge of product design (Processes, Approaches, Tools and Techniques) & Validation Working knowledge in prototyping methods Working knowledge of product life cycle, ability to perform design activity & produce deliverables. Experience in product/ material testing Knowledge of quality tools ( 8D, Why Why analysis, Fish bone .) Working knowledge of designing with Plastics & Sheet Metal components Experience in conducting Root Cause Analysis (RCA), demonstrated extensive experience in Methodical / structured approach to execute the plan. Good Knowledge on Cycle time reduction & Process Improvement Basic knowledge about, Scoop proofing, Stubbing will be an added advantage Preferred: Ability to train others on Product design / Engineering Tools Strong knowledge on Plastics & Sheet Metal components Ability to understand specification for validation as per US CAR / LV 214 / Similar Specification Knowledge about the crimping technologies. Excellent Communication and Presentation skills Basic Knowledge of GPS & MBD is an added advantage Should Collaborate effectively across multi-cultural groups Experience in VAVE Projects Execution Basic knowledge on measurement instruments / methods / validations Competencies Location

Extensive hands-on experience in NX CAD Modules such as Modelling, drafting, Assembly, Routing. Experience of NX configurations and customization. Develop and implement custom applications, scripts, and tools using Siemens NX Open API to tailor the NX environment to specific project requirements. Extensive experience in NX customizations using NX/Open APIs and UFunc , NX Knowledge Fusion and NX GRIP , UI/Block Styler. Hands on MBD/PMIs Experience in configuration and Implementation of Checkmate Customize user interfaces, menus, and toolbars to improve user experience and streamline workflows. Experience in NX/Teamcenter Integration : Attribute mapping/ Seedparts and Templates / Roles /Reuse Libraries / ITK & SOA Automate repetitive design tasks, such as part creation, assembly generation, and drawing production, to reduce manual effort and minimize errors. Develop parametric models and templates to standardize designs and facilitate quick modifications. Implement rule-based design automation to ensure compliance with engineering standards and best practices. Good understanding of NX/Teamcenter overall architecture

6-9 years of experience in Powertrain plant model development with B.Tech / M.Tech in Electronics / Electrical / Power Electronics or equivalent. Domain knowledge in Hybrid Vehicle Control, BMS- Battery Management System and High Voltage OBC AC/ DC. Experience in Matlab Simulink for Plant model development. Strong analytical and logical reasoning, Ability to connect mathematics, physics & engineering to develop plant models, Requirements Engineering, MBD, V&V, Technical Negotiations Physics based plant modeling, Classical and discrete control systems, Continuous & discrete signal processing, Filter design (FIR, IIR, etc.), Kalman filter (and its various flavors) Responsibilities: Develop physics-based plant models for conventional, hybrid and electric powertrain which may be used in MIL, SIL & HIL testing. Understand the fidelity, feature & end use requirements and translate them into MATLAB-Simulink model/logic/algorithm using MBD techniques. Come up with use cases to identify missing requirements and strengthen the plant model. Expected to provide robust solutions to meet the requirements. Must mentor team members and help them deliver quality product on time, every time. Liaise with project manager, subject matter expert, onsite engineers and customer to deliver the product