25 Powertrain Jobs nearby Erode

Title: Deputy Manager PCM E&E Location: Chennai Role: Manage cost estimation and cost modeling for electronics and electrical components in the automotive powertrain sector. Analyze cost drivers and maintain real-time cost analysis. Requirements: B.Tech in relevant engineering stream Minimum 2 years experience in electronics manufacturing, cost estimation, or automotive industry Strong knowledge of manufacturing processes, electronics components, zero base and should base costing methods Key Responsibilities: Develop and update cost models for E&E components Drive cost reduction through analysis and VAVE initiatives Collaborate with procurement, engineering, and manufacturing teams Stay updated on latest trends in automotive electronics and autonomous technologies Salary Range: 800,000 - 2,000,000 per annum Location: Chennai This brief JD covers key responsibilities, requirements, and scope for the Deputy Manager PCM E&E role focused on technical cost management in automotive electronics manufacturing.

Job Description Lead Engineer - Thermal Role Overview The Lead Engineer - Thermal will be responsible for the design, development, and validation of engine cooling systems for Light Commercial Vehicles (LCV), Pickup, and Multi-Purpose Vehicles (MPV). This role requires strong technical expertise in thermal system design, heat load calculations, system layout, and packaging. The engineer will collaborate with cross-functional teams, suppliers, and CAE/CFD specialists to finalize designs and ensure vehicle thermal performance meets durability, reliability, and regulatory standards. Proficiency in CATIA V5 for 3D modeling and 2D drawings, along with knowledge of benchmarking, GD&T, and product development life cycles, is essential. Key Responsibilities Thermal System Design & Development Lead the design and development of engine cooling systems (radiators, charge air coolers, condenser, hoses, fan modules, etc.) for LCV, Pickup, and MPV vehicle platforms. Perform heat load calculations and radiator sizing to ensure optimal engine thermal performance. Prepare cooling system layouts, routing, and packaging concepts in alignment with vehicle architecture constraints. Support development of thermal management strategies to meet performance and efficiency requirements. 3D/2D Modeling & Documentation Use CATIA V5 to create 3D models of cooling system components and assemblies. Prepare 2D drawings, BoMs, and engineering documentation with proper GD&T application. Ensure models and drawings meet design standards, packaging feasibility, and manufacturability. CAE/CFD Interpretation & Validation Collaborate with CAE and CFD teams to analyze simulation results for thermal performance, airflow, and structural integrity. Interpret analysis reports and incorporate recommendations into design refinements. Support validation activities including bench testing, vehicle-level tests, and performance verification against targets. Cross-Functional Collaboration & Supplier Management Coordinate with internal teams including Powertrain, Vehicle Integration, Electrical, Manufacturing, and Validation teams. Work with suppliers for component design finalization, feasibility checks, and development scheduling. Review supplier drawings, DFMEAs, and technical proposals to ensure compliance with specifications. Benchmarking & Technical Studies Conduct benchmarking studies of competitor vehicles and systems for performance comparisons and design improvements. Utilize insights from benchmarking to inform new design concepts and optimization opportunities. Simulation & Predictive Analysis Use 1D simulation tools to predict radiator outlet temperatures, coolant flows, and thermal system performance under different operating conditions. Integrate simulation data into design decisions to improve product reliability and efficiency. Project Management & Lifecycle Support Support the complete product development lifecycle from concept to production release. Ensure adherence to project timelines, quality standards, and engineering processes. Track design changes, risk assessments, and validation activities to ensure timely project deliverables. Required Skills & Competencies Technical Skills Strong expertise in thermal systems, engine cooling design, and heat transfer concepts. Proficiency in CATIA V5 for 3D modeling and 2D drawing creation. Good knowledge of GD&T, DFMEA, and engineering standards. Experience interpreting CAE/CFD results and applying learnings to design updates. Familiarity with 1D simulation tools such as GT-Suite, AMESim, or similar. Understanding of vehicle packaging constraints and system integration. Strong analytical and problem-solving skills. Good communication and cross-functional collaboration abilities. Attention to detail with a structured approach to design and documentation. Ability to deliver results under tight project timelines. BE required.

Deputy Manager PCM (Chennai) Role: Develop and maintain cost estimates and Should Cost Models for powertrain and E&E components using engineering data and market inputs. Support cost model creation for mass production and assist in manufacturing overhead rate research. Requirements: B.Tech in Electronics or Electrical Engineering Minimum 2 years of relevant experience in electronics manufacturing cost estimation or automotive sector Strong technical expertise in electronics manufacturing processes and costing methods including zero base and should base costing Key Responsibilities: Analyze engineering drawings and specifications to develop component cost estimates Maintain and update cost analysis with real-time quotes and technical data Build theoretical mass production cost models considering marketplace data Collaborate across teams to ensure accurate cost modeling and support VAVE efforts Location: Chennai This condensed JD emphasizes key responsibilities and qualifications for cost estimation and product cost management in automotive electronics manufacturing

As a member of the Airworthiness team at ePlane, your primary role will be to focus on electrical systems, specifically in battery and powertrains for ePlanes electric propulsion VTOL aircraft. You will be responsible for interacting with ePlane design groups to ensure compliance with DGCA's applicable design requirements for the Type Certification of the aircraft. **Key Responsibilities:** - Utilize your expertise in electric propulsion, power electronics, battery management systems (BMS), and electric motor control/integration. - Work on high-voltage electrical systems, thermal management, and energy efficiency optimization. - Develop safety critical analysis for the electric propulsion system. - Ensure knowledge and adherence to DGCA rules & regulations related to aircraft Type Certification, design organization approval, and ITSO authorization. **Qualifications Required:** **Must-Have:** - A Bachelors degree in Electrical Engineering, Aerospace Engineering, Mechanical Engineering, or a related field. - Working experience in electric propulsion systems, battery management, and motor control technologies. - Experience in fixed/rotary wing aircraft/UAV/VTOL aircraft. - Knowledge in DGCA rules & regulations specifically on aircraft Type Certification, design organization approval, and ITSO authorization. **Good to Have:** - A Masters degree in Electric Propulsion or Aerospace Engineering. - Prior experience in working on Type certification or ITSO authorization. - Understanding of DO-311A/SC-E19. - Understanding of CS/FAR-23 or CS/FAR-27 regulations of EASA and FAA. - Knowledge in ARP-4754, DO-178C, DO-254, DO-160G. - Understanding of Prototype manufacturing of aircraft. - Knowledge of Failure Modes and Effects Analysis (FMEA), Root Cause Analysis (RCA), and Lean methodologies. - Experience in maintenance, reliability analysis, and risk assessment. - Knowledge in preparation of technical documents and manuals for the type certification. **Additional Company Details:** The job location is in Chennai, and the ideal candidate should have 3 to 5 years of relevant experience. Apply now to be part of the innovative ePlane team and contribute to the future of electric propulsion in aviation!,

As an Embedded Software Engineer at the company, you will be responsible for the design, implementation, and testing of core powertrain software. Your tasks will include embedded software development and testing, collaborating closely with Hardware engineers, and supporting sustainment project activities to enhance or modify existing software. - Design, implement, and test core powertrain software - Develop and test embedded software - Collaborate with Hardware engineers - Support sustainment project activities To qualify for this position, you must have: - A minimum of a bachelor's degree in ECE/EEE/E&I - 4-7 years of relevant experience in firmware development for various microcontrollers, including 8-bit, 16-bit, and 32-bit systems Your proficiency in C programming languages and experience with communication protocols such as UART, I2C, SPI, and CAN will be essential for this role. You will be involved in: - Designing and implementing software for industrial embedded devices - Developing, debugging, and testing efficient embedded code - Reviewing code and software design for quality assurance As part of your responsibilities, you will: - Analyze and enhance system resources" efficiency, stability, and scalability - Integrate and validate new product designs - Support software quality assurance efforts - Optimize I/O performance - Troubleshoot and conduct root cause analysis of issues with embedded systems Your ability to comprehend hardware specifications and schematics, along with your experience in board bring-up activities using tools like oscilloscopes, serial ports, and logic analyzers, will be crucial for success in this role. Working as an individual contributor, you will collaborate closely with Hardware engineers to ensure alignment with project requirements.,

As an EE System Engineer at TVS Motor Company, you will be responsible for testing the vehicle E/E Architecture and integrating vehicle EE components at various development stages for high voltage EV. You will play a crucial role in preparing FSR and FST, deploying test cases to various subsystems, analyzing vehicle network data, managing D&D test plans, reviewing EE component packaging, conducting assembly and serviceability studies, supporting communication tools development, performing test simulations and EMC compliance, interacting with vendors for part development and validation, conducting functional safety analysis, defining safety goals, reviewing SW development methodology, evaluating cyber security goals, working on HV powertrain concept design and integration, and more. Key Responsibilities: - Testing of vehicle E/E Architecture and integration of vehicle EE components - Preparation of FSR and FST, deployment of test cases, and managing D&D test plan - Knowledge and hands-on experience on vehicle network data analysis and debugging - Reviewing vehicle packaging of EE Components and conducting assembly and serviceability studies - Supporting communication tools development for manufacturing and servicing - Performing test simulations, failure analysis, and EMC compliance - Interacting with vendors and stakeholders for part development and validation - Conducting functional safety analysis and defining safety goals - Reviewing SW development methodology and SW QA process - Evaluating, identifying, and verifying cyber security goals - Working on HV powertrain concept design and integration - Conducting benchmarking and landscaping of IP and technology - Continuously reviewing regulations and international standards - Experience in using SW PLM tools such as JIRA, DOORS, etc. Qualification Required: - B Tech in Electrical/ Electronics engg. or M Tech in Electrical science/ Instrumentation - Hands-on experience with CANOE, CANAPE, CANALYSER, PCAN, ETAS, Bus master for Vehicle network emulation - Ability to prepare and conduct DFMEA for EE subsystem - Capability to prepare and conduct HARA, functional safety analysis, and deployment of safety goals to EE subsystem - Knowledge of ICE powertrain related calibration is an advantage (Note: Additional details of the company were not present in the provided job description),

You will be responsible for the following tasks in the role of BMS Architect at a fast-growing automotive EV company: - Designing the overall architecture and system topology of the BMS, including the hardware and software components, to ensure accurate monitoring, control, and protection of the battery pack. - Designing the circuitry and algorithms to monitor individual battery cells" voltage, temperature, and state of charge (SOC), and implementing cell balancing techniques to ensure uniform cell performance and maximize the battery pack's lifespan. - Developing algorithms to estimate the battery's state of health (SOH), state of charge (SOC), and remaining energy (SOE) accurately. This involves implementing battery models, considering factors such as voltage sag, internal resistance, and battery aging. - Designing algorithms and methods to monitor and manage the battery pack's temperature, ensuring safe and optimal performance. This includes temperature sensors, cooling systems, and thermal management strategies. - Designing safety features, such as overvoltage protection, undervoltage protection, overcurrent protection, and short circuit protection. Implementing fault detection and diagnostic algorithms to identify and manage potential system failures or abnormalities. - Designing communication interfaces to integrate the BMS with other vehicle systems, such as the vehicle control unit (VCU) and charging infrastructure. This includes protocols like CAN bus for data exchange. - Developing advanced algorithms for predictive modeling, state estimation, optimal charging, powertrain integration, and energy management strategies to improve the overall performance and efficiency of the electric vehicle. - Conducting extensive testing and validation of the BMS design, including functional testing, performance testing, and safety testing, to ensure reliable operation and compliance with industry standards. - Collaborating with cross-functional teams to ensure seamless integration and functionality of the BMS within the electric vehicle. - Staying informed about the latest developments in battery technologies, BMS components, algorithms, and industry standards to incorporate advancements and best practices into the BMS design. Requirements: - Proven experience in designing and developing lithium-ion battery management systems for electric vehicles, preferably in an automotive or related industry. - Proficiency in battery management system hardware design, including battery management integrated circuits (ICs), sensors, and communication interfaces. - Strong programming skills in languages such as C, C++, and Python for developing battery management system software and algorithms and communication protocols CAN 2.0A,B. - Familiarity with battery modeling, state estimation, and control algorithms for optimized battery usage and longevity. - Knowledge of electric vehicle system architecture, including high-voltage systems, power distribution, and safety considerations. - Experience with battery testing and validation methods, including electrical, thermal, and environmental performance tests. - Understanding of relevant industry standards and regulations, such as ISO 26262, AIS, related to electric vehicle battery systems.,

As a Simulation Engineer at ZF, you will play a crucial role in shaping the future of mobility by developing and executing simulation models for Air Suspension Systems, powertrain systems, and Steering Systems using Simpack software. Your responsibilities will include analyzing simulation results, providing design improvement recommendations, collaborating with cross-functional teams, conducting sensitivity analyses, and developing simulation tools for various components. Additionally, you will be providing technical support on simulation-related issues to other engineers and stakeholders. **Key Responsibilities:** - Develop and execute simulation models using Simpack software for Air Suspension Systems, powertrain systems, and Steering Systems. - Analyze simulation results and provide recommendations for design improvements. - Collaborate with cross-functional teams to ensure alignment with project goals. - Develop and maintain simulation models for different components. - Conduct sensitivity analyses to evaluate design changes" impact on system performance. - Develop and maintain simulation tools and processes for efficiency and accuracy. - Provide technical support on simulation-related issues. **Qualifications Required:** - Masters degree in mechanical engineering. - 3 to 5 years of experience in Multi Body Simulation using Simpack software. - Experience in Powertrain/driveline, Suspension systems, and Steering systems simulation. - Strong analytical and problem-solving skills. - Excellent communication and collaboration skills. - Ability to work independently and as part of a team. - Experience with MATLAB or Python is a plus. - Knowledge of vehicle dynamics and control systems is a plus. **Additional Details:** ZF Group in India offers an innovative environment at the forefront of technological advancements, a diverse and inclusive culture fostering collaboration, extensive career development opportunities, global presence for international projects, sustainability focus, and employee well-being prioritization. ZF strives to build and maintain a culture where inclusiveness is lived, diversity is valued, and employees can rise to their full potential, shaping the future of mobility. Apply now and be part of the ZF team as a Simulation Engineer to contribute to the future of mobility.,

As a CAE Analyst specializing in Durability (Structural), your role involves creating and validating NVH CAE system and assembly models for complete powertrain systems in ICE and electrical vehicles. You are responsible for debugging and solving CAE calculations for powertrains and full vehicle automotive systems. Your analytical skills are crucial in validating CAE results, identifying issues, root causes, and proposing feasible solutions. Additionally, you deliver analysis results, follow best practices, and support technical requirements to meet client satisfaction in the NVH domain. Your communication and presentation skills are essential in enhancing client relationships and providing technical guidance. Key Responsibilities: - Create and validate NVH CAE system and assembly models for complete powertrain systems - Debug and solve CAE calculations for powertrains and full vehicle automotive systems - Validate correctness of CAE results and proceed with evaluations - Identify issues, root causes, mechanisms, and propose feasible solutions - Deliver analysis results to the reporting project Leader or Team leader - Follow best practice methods - Support technical requirements to satisfy client needs in the NVH domain - Assist in creating Knowledge Management Documents with technical specialist support if required - Enhance client relationships through technical guidance in the NVH Domain Qualifications Required: - Bachelors or masters in mechanical or automobile engineering - 3 to 5 years of experience in automotive NVH CAE domain - Minimum 6000 hours of work experience in CAE Pre-Post and solver using ANSA, NASTRAN, ABAQUS, META - Experience in ICE and electrical powertrain/driveline system model build, including hex/tet mesh, connections, mechanisms, assembly, contacts, etc. - Strong theoretical knowledge of NVH concepts and finite element analysis - Cross-domain basic knowledge of Crash and Durability is preferred - Experience in handling or guiding small teams - Sound knowledge of fundamental physics and engineering principles - Strong analytical, logical, written, communication, and presentation skills Additional Company Details: (If not present in JD, this section will be omitted) Key Skills: Essential Skills: - Good knowledge of automotive modeling - Model building using ANSA - Knowledge of Nastran/Abaqus solver NVH (Powertrain) - Good knowledge of META for post-processing and result interpretation - Knowledge about typical Finite Elements - Knowledge in FE model Quality criteria - Preparation of standard reports with CAE solutions/recommendations Desirable Skills: - Knowledge in Automotive Systems: Powertrain (ICE/Electric)/Vehicle Structure - FE model building without CAD - Modifying FE mesh for alternative design - Updating trim body and debugging for NVH Software Skills: - ANSA, META, NASTRAN, ABAQUS, CATIA,

As a Model Based Development Engineer at TVS Motor Company, you will play a crucial role in designing, developing, simulating, validating, and verifying models using advanced simulation tools and model-based methodologies for advanced powertrain control systems. **Key Responsibilities:** - Understanding powertrain system requirements - Translating requirements into detailed plant models - Performing simulations for fuel efficiency and emission compliance - Designing control algorithms - Integrating plant and control models - Conducting system level testing of Powertrain embedded ECUs **Qualifications Required:** - Bachelor's degree in Mechanical Engineering or Automotive Engineering - Experience with auto-code generation - Experience in integration of code with underlying platforms - Ability to analyze test rider feedback to drive engineering solutions and improvements At TVS Motor Company, a renowned two and three-wheeler manufacturer globally, you are expected to exhibit competencies in leading innovation, diverse teams, adaptability, and strategic thinking. Join a company that values customer satisfaction and superior experiences across 80 countries, championing progress through Sustainable Mobility and delivering internationally aspirational products of the highest quality. For more information, visit www.tvsmotor.com.,

Role Overview: You will be a valuable member of the DCR Components - Castings CoE team in EDCI at Caterpillar Inc. Your primary responsibility will involve modelling and detailing Casting and Forging components for Transmission, Lower powertrain, Engine, and other casting components. This includes selecting components from the existing database that require modification or remodeling. You should have thorough Pro-E experience, general Engineering knowledge, knowledge on Transmission & engine systems, related manufacturing processes, and the ability to work with agency engineers to coordinate projects effectively. Key Responsibilities: - Modelling and detailing of complex castings using surface modelling techniques for Transmission, Lower powertrain, Engine components like cases, covers, manifolds, Planet Carriers, Torque converter housings, heads & blocks, Crankshaft, Camshaft, flywheel & housing, timing case, wheel, axle housing - Creation of casting concepts for castability - Hands-on experience on surface texture requirements, heat treatment, and inspection processes of components like Gears and Shafts - Knowledge on Speed charts, Dimension, and Installation drawings Qualifications Required: - Bachelors in Mechanical Engineering and Proficiency in Pro-E product family - 5 to 10 years of relevant experience - Hands-on experience on Cat Engineering tools like HVC, EDS, TC Engineering, Windchill & knowledge on Cat standards - Good understanding of Transmission & Engine systems and components - Initiative, Accountability, Interpersonal, Organizational & Communication skills - Pro/Engineer experience with a background in casting and forging design, Modelling and Detailing (Desirable) - Proficiency in GD&T and Knowledge on Tolerance Stack up (ASME Y14.5) (Desirable) - Any casting foundry experience will be an added advantage (Desirable) Would you like to apply for this exciting engineering opportunity at Caterpillar Inc. ,

You will be joining TVS Motor Company, a renowned two and three-wheeler manufacturer with a global presence, as a Project Manager in the NPD - KD BMW department at the Hosur Plant, Tamil Nadu, India. Your role will involve delivering new products, variants, and upgrades while achieving Quality, Cost, and Delivery targets for the respective customer segment. - Identify Long Range Planning targets for the section - Understand test standards and design test methods - Assist the program manager in creating and reviewing the 12 Quarter product plan - Prepare an integrated project time plan - Identify risks and devise mitigation plans - Conceptualize products in terms of Quality, Cost, and Delivery - Obtain project approval from the Apex body - Review project steps as per the New Product Introduction process - Track product-related problems and implement countermeasures - Coordinate with functions to resolve critical issues - Deploy target material cost from system level to part level - Conduct contribution analysis You are expected to have a strong foundation in Automotive fundamentals, a robust understanding of powertrain and its subsystem, experience in powertrain testing, knowledge of two-wheeler products, and test rider experience. Additionally, you should possess basic communication skills, the ability to work collaboratively in a team, interpersonal effectiveness, personal leadership skills, rigor in job completion, customer-centric focus, and a passion for learning and working with IC engines. As a part of the TVS Motor Company team, you will have the opportunity to work with innovative and diverse teams, showcase adaptability, demonstrate strategic thinking, and contribute to the company's commitment to progress through Sustainable Mobility.,

In this role, you will be responsible for precision machining of aluminum alloys and utilizing NX CAD/CAM applications. Your key responsibilities will include: - Delivering machining process illustrations for powertrain machining commodities - Designing and delivering cutting tool drawings for manufacturing plants - Executing projects individually - Collaborating with program/plant manufacturing engineering teams To excel in this position, you should have a sound knowledge of blueprints, GD&T, and the ability to create 3D PMIs. Additionally, the qualifications required for this role are a BE/B-Tech in Mechanical, Automobile, or Aeronautical Engineering.,

As a candidate for this role, you should have 3-5 years of experience in project execution and possess the following skills: Key Responsibilities: - Experience in non-linear simulations with ABAQUS - Experience in model development in ANSA - Strong fundamentals on physics, Strength of Material & FEM concepts - Knowledge on powertrain components (E-PWT) Qualifications Required: - Knowledge on Vehicle/Powertrain NVH - Knowledge in scripting with Python - Exposure to BIW model build & simulations,

As a Lead Engineer at TVS Motor Company, you will play a crucial role in the new engine design and development activities. Your expertise will be essential in ensuring the successful creation of innovative and sustainable products of the highest quality. **Key Responsibilities:** - Ability to do CAD layout review and conduct design review & arrive solutions - Resolve engineering issues & utilize DFMEA tools and Problem-solving tools - Exposure to engine calibration - Hands-on experience in engine calculations - Utilize manufacturing knowledge to choose the right process for design - Collaborate with suppliers and develop technology or features for the new engine **Qualifications Required:** - Educational Qualification: B.E Mech/ B.E Automobile - Work Experience: 4-8 years At TVS Motor Company, we pride ourselves on being the only two-wheeler company to have received the prestigious Deming Prize. Our commitment to Trust, Value, and Passion for Customers drives us to deliver the most superior customer experience across 80 countries. Join us in championing progress through Sustainable Mobility and be part of a legacy that values exactness and customer satisfaction. For more information, please visit www.tvsmotor.com.,

As a Maintenance Manager, you will be responsible for implementing maintenance strategies to enhance the uptime of plant equipment (non OPE performance) and improve reliability by incorporating the latest maintenance techniques. Your role will involve budgeting and controlling maintenance costs, analyzing repeated machine breakdowns, implementing benchmarking maintenance standards, and developing maintenance skills of the maintenance and operations team. Key Responsibilities: - Implement maintenance strategies to improve the uptime of plant equipment (non OPE performance). - Systematically analyze repeated machine breakdowns with Root Cause Analysis (RCA) and take Preventive Corrective Actions (PCA) to improve Mean Time Between Failures (MTBF) and Mean Time To Repair (MTTR). - Lead long and major breakdowns by coordinating with machine manufacturers and the plant maintenance team. - Plan and lead reliability-centered and predictive maintenance to enhance machine performance and lifespan. - Budget and control maintenance expenditure, ensuring 100% availability of critical spare parts to achieve Mean Time To Repair (MTTR) targets. - Liaise with machine manufacturers and internal stakeholders to support production continuity without compromising safety and quality. - Implement benchmarking and digitalization of maintenance management system through SAP. - Prepare monthly MIS reports, standard operating procedures, and action plans for improvement activities. - Ensure compliance with IATF documentation, Total Productive Maintenance (TPM), and best practices implementation. Qualification Required: - Basic Qualifications: B.E. / B.Tech./ Diploma. - Preferred Qualifications: 10-15 years of experience in powertrain industries maintenance with a Diploma/Bachelor of Engineering (Mechanical, Electrical, Mechatronics). Minimum 4 years of experience leading maintenance in automotive powertrain industries. Additional Details: You should have knowledge in powertrain machines such as engine & gearbox assembly lines, heat treatment equipment, CNC machines, Siemens PLC, Scada systems, ABB/FANUC/KUKA robots, machine spindles, axis alignment, ball screws, LM guide, ATC, Geometrical standards, reliability, predictive maintenance, SAP, and maintenance management systems. Experience in TPM, Lean techniques, MFMEA, SPC, PPAP, OEE, problem-solving analysis, SAP, Microsoft Office, and Industry 4.0 will be advantageous. Behavioral Skills: - Demonstrate innovation management, managerial courage, and organizing skills. - Possess good communication and negotiation skills. - Collaborate effectively with internal and external stakeholders. - Showcase problem-solving abilities, data interpretation skills, and team-building capabilities. - Exhibit leadership, people management, decision-making, and conflict resolution skills. - Maintain a customer-centric approach and effective communication throughout the role.,

As a Software Application Engineer at ZF Wind Power Coimbatore Private Limited in Coimbatore, India, you will play a crucial role in analyzing software requirements, developing software designs, and implementing software modules using model-based approaches or programming languages. Your responsibilities will include performing functional tests, static analysis, and ensuring a functional understanding of vehicle powertrain, vehicle electronics, and CAN bus systems. Additionally, you will be expected to possess proficiency in any high-level programming language such as Matlab or Python and demonstrate problem-solving skills with the ability to communicate complex matters to stakeholders effectively. Key Responsibilities: - Analyze software requirements and develop software designs - Implement software modules using model-based approaches or programming languages - Perform functional tests and static analysis - Ensure a functional understanding of vehicle powertrain, vehicle electronics, and CAN bus systems - Proficiency in any high-level programming language (e.g. Matlab, Python) - Demonstrate problem-solving skills with the ability to communicate complex matters to stakeholders Qualifications Required: - Experience in software calibration and configuration for transmission systems of construction machinery equipment - Knowledge in system definition, component selection, and documentation for software application projects - Ability to prepare and execute safety and functional tests on HIL (Hardware in the loop) and SIL (software in the loop) systems - Experience in supporting and defining functional specifications with clients and expert teams - Strong problem-solving skills and the capability to handle customer escalations effectively At ZF, you will benefit from an innovative environment that encourages creativity and growth, a diverse and inclusive culture promoting collaboration and mutual support, extensive career development opportunities, and a clear path for advancement. You will also have the chance to work on international projects and collaborate with teams worldwide as a part of a global leader in driveline and chassis technology. ZF is committed to sustainability and environmental responsibility, actively working towards creating eco-friendly solutions and reducing its carbon footprint. Additionally, ZF prioritizes employee well-being by providing comprehensive health and wellness programs, flexible work arrangements, and a supportive work-life balance. If you are ready to shape the future of mobility and be part of a dynamic and innovative team, apply now to join ZF as a Software Application Engineer.,

As a Multibody Dynamic Simulation Engineer (MBD) at ZF Group in India, you will be responsible for developing and executing simulation models to support the design and development of powertrain/driveline systems. Here's what you can look forward to: - Develop and execute simulation models for Air Suspension Systems, powertrain systems, and Steering Systems using Simpack software. - Analyze simulation results and provide recommendations for design improvements. - Collaborate with cross-functional teams to ensure simulation models are aligned with project goals. - Develop and maintain simulation models for various Air Suspension, powertrain components, including transmissions, and drivelines. - Conduct sensitivity analyses to evaluate the impact of design changes on system performance. - Develop and maintain simulation tools and processes to improve efficiency and accuracy. - Provide technical support to other engineers and stakeholders on simulation-related issues. Your Profile as a Simulation Engineer at ZF Group: - Masters degree in mechanical engineering. - Minimum 3 to 5 years of experience in Multi Body Simulation using Simpack software. - Experience in Powertrain/driveline, Suspension systems, and Steering systems simulation is required. - Strong analytical and problem-solving skills. - Excellent communication and collaboration skills. - Ability to work independently and as part of a team. - Experience with MATLAB or Python is a plus. - Knowledge of vehicle dynamics and control systems is a plus. Choose ZF Group in India for: - Innovative Environment: ZF offers a dynamic and innovative work environment that encourages creativity and growth. - Diverse and Inclusive Culture: ZF fosters a diverse and inclusive workplace promoting collaboration and mutual support. - Career Development: ZF provides extensive training programs, career development opportunities, and a clear path for advancement. - Global Presence: Opportunities to work on international projects and collaborate with teams worldwide. - Sustainability Focus: Commitment to sustainability and environmental responsibility. - Employee Well-being: Comprehensive health and wellness programs, flexible work arrangements, and a supportive work-life balance.,

As an Engine Development Engineer at TVS Motor Company located in the Hosur Plant, Tamil Nadu, India, you will be responsible for the complete vehicle and powertrain development and testing. Your role will involve leading the engine development activities to achieve performance and durability, both individually and by guiding a team of junior engineers. - Planning and executing Design Verification (DV) tests - Resolving problems arising from these tests - Achieving quality and durability parameters - Driving the design team for solution implementation - Leading a team of engineers for development and testing - Conducting benchmark studies - Calibrating engines - Performing on-road and track testing to understand customer requirements - Collaborating with suppliers to develop new engine technologies and features To excel in this role, you are expected to possess functional competencies in product knowledge, product engineering, development, and automotive fundamentals. Additionally, behavioral competencies such as basic communication skills, collaborative teamwork, interpersonal effectiveness, personal leadership, rigor in job completion, customer-centric focus, and time management are essential. Moreover, leadership competencies including leading innovation and diverse teams, adaptability, and strategic thinking will be crucial for success in this position.,

As a Supplier Quality Engineer, your role involves driving flawless launches at assigned supplier sites by collaborating with the Launch STA team. This includes tasks such as conducting onsite evaluation visits for priority commodities, supporting capacity studies, and reviewing supplier tooling work plans for compliance. You will also be responsible for driving capacity and uplift actions with suppliers, resolving process capacity issues, and monitoring the supply status of roster suppliers. Your key responsibilities will include: - Conducting onsite evaluation visits for priority commodities - Supporting capacity studies and interfacing with suppliers and Ford cross-functional teams - Reviewing supplier incremental tooling work plans for compliance - Driving capacity and uplift actions implementation with suppliers - Resolving supplier process capacity issues and managing date to green plan - Monitoring supply status of roster suppliers and PPAPs beyond implementation timing - Reviewing supplier Capacity Analysis Reports for compliance - Driving robust Supplier Failure Mode Avoidance through various reviews and deployments - Ensuring Supplier manufacturing health chart compliance and supporting the development of new health charts - Driving continuous improvement in manufacturing excellence through various methodologies - Conducting new supplier site evaluations and Supplier Risk Assessments - Closing supplier process Quality issues related to Stop Ship/Build projects - Ensuring compliance with all organizational and corporate training requirements Qualifications required for this role include: - Bachelor of Engineering in Mechanical Engineering or Automobile Engineering - 10+ years of experience in Supplier Quality Assurance and Process Engineering - Experience in Forging, Casting & Machining - Role includes travel of around 60% of working time By excelling in these responsibilities and qualifications, you will play a crucial role in ensuring the quality and efficiency of the supplier processes and driving continuous improvement within the manufacturing sector.,