16 Vehicle Architecture Jobs

Your future role Take on a new challenge and apply your electrical harness installation (EHI) expertise in a new cutting-edge field. You'll work alongside dedicated and innovative teammates. You'll ensure the delivery of the right electrical products at the right moment, contributing significantly to our projects. Day-to-day, you'll work closely with teams across the business (mechanical designers, electrical routing designers, and advanced industrialization), manage EHI quality, cost, and delivery, and much more. You'll specifically take care of harness 3D models from mechanical integration, manage the EHI workload, and oversee subcontracting management, but also organize and lead work package reviews. We'll look to you for: Ensuring on-time delivery and quality of electrical deliverables Effective utilization and management of harness designers Sub-contracting management, including definition, monitoring, and acceptance Organizing and leading work package reviews for projects Managing Risk, Assessment, and Mitigation Plans Supporting industrialization during manufacturing ramp-up All about you We value passion and attitude over experience. That's why we don't expect you to have every single skill. Instead, we've listed some that we think will help you succeed and grow in this role: Degree in Mechanical/Electrical Engineering (B.Tech/M.Tech) 12 + years of experience and understanding of harness design and routing, sheet metal design Knowledge of CATIA V5 for parts, subsystems, mountings, and vehicle architecture of different rail products Familiarity with electrical and electro-technical engineering A minimum of 2 years in activity and team management Proven interpersonal and communication skills Leadership with a focus on risk management and quality assurance

Role & responsibilities Purpose of the Role Within the framework Project vehicle or Program vehicle and Capacity enhancement - Ensures the processing and the industrialization Vehicle Production Process Engineering for the perimeter CMON in accordance with the EOL tool programming - Need to co-ordinate with engineering team to understand the requirements and carry the advanced study of EOL test requirement - Create EOL test Sequence creation and standardising EOL Process sheet, Station readiness and drive the issues . - Interface with the other department (Project, Quality, Manufacturing, Product) Job Responsibilities - Advanced study during co design phase. - Raise Manufacturing issue in PLM & follow up for resolution with Product - Write the technical requirements to be met by the product to allow the industrialization of the chosen solution - EOL Test sequence creation for different station ( Flashing , Brake filling, Rolls & Brake, Wheel Alignment ,ADAS, Final check ) production tools - Incorporating the new model vehicle in Filling machine, wheel alignment , Rolls & Brake , ADAS - Analyse the DTC with available information and drive the Engineering team for solution. - Analyse the CAN logs using different tools and conclude the issue for NRC. -Tooling, Jigs, Fixture Design & Implementation for EOL Process - Process FMEA, control plan creation for Critical/Safety process - Keep a detailed inventory of the EOL process in the various terminal factories. Identify deviations from the repository and propose convergence actions - Assisting the team in case of any technical failures/breakdown to troubleshoot and to rectify issues at the earliest - Equipment Technical Specification creation, RFQ creation, Technical Alignment , Installation , Snag Closure & Buy off. - Supplier Selection, Technical Specification creation, Installation & Buy off. - Handover to Serial life Production - Lesson learnt creation & Feedback to Upcoming New vehicle models - Repair process creation for New Vehicle. Job Specification Qualification Engineering Graduate Competencies a) Technical Assembly Layout & architecture Knowledge in CANoe, Canalyzser Java, CMD,MS office Knowledge in Vehicle Architecture , UDS protocol FMEA, A3 Resolution /8D/QC story approach in the Problem Solving b) Behavioural Good Communication Good Negotiator Proactive Approach Capacity with decision making , Prioritization

Role & responsibilities Purpose of the Role Within the framework Project vehicle or Program vehicle and Capacity enhancement - Ensures the processing and the industrialization Vehicle Production Process Engineering for the perimeter CMON in accordance with the EOL tool programming - Need to co-ordinate with engineering team to understand the requirements and carry the advanced study of EOL test requirements - Create EOL test Sequence creation and standarsing EOL Process sheet, Station readiness and drive the issues . - Interface with the other department (Project, Quality, Manufacturing, Product) Job Responsibilities - Advanced study during co design phase. - Raise Manufacturing issue in PLM & follow up for resolution with Product - Write the technical requirements to be met by the product to allow the industrialization of the chosen solution - EOL Test sequence creation for different station ( Flashing , Brake filling, Rolls & Brake, Wheel Alignment ,ADAS, Final check ) production tools - Incorporating the new model vehicle in Filling machine, wheel alignment , Rolls & Brake , ADAS - Analyse the DTC with available information and drive the Engineering team for solution. - Analyse the CAN logs using different tools and conclude the issue for NRC. -Tooling, Jigs, Fixture Design & Implementation for EOL Process - Process FMEA, control plan creation for Critical/Safety process - Keep a detailed inventory of the EOL process in the various terminal factories. Identify deviations from the repository and propose convergence actions - Assisting the team in case of any technical failures/breakdown to troubleshoot and to rectify issues at the earliest - Equipment Technical Specification creation, RFQ creation, Technical Alignment , Installation , Snag Closure & Buy off. - Supplier Selection, Technical Specification creation, Installation & Buy off. - Handover to Serial life Production - Lesson learnt creation & Feedback to Upcoming New vehicle models - Repair process creation for New Vehicle. Job Specification Qualification Engineering Graduate Experience 5 ~ 10 years Experience Competencies a) Technical Assembly Layout & architecture Knowledge in Canoe, Canalyzser Java, CMD, MS office Knowledge in Vehicle Architecture, UDS protocol FMEA, A3 Resolution /8D/QC story approach in the Problem Solving b) Behavioral Good Communication Good Negotiator Proactive Approach Capacity with decision making, Prioritization

Key Responsibilities of Platform Project Leader (PPL) 1. Target Setting and System-Level Alignment The PPL is responsible for defining and aligning technical, cost, and performance (TCP) targets across all projects within the platform. Overall Target Setting: Set clear TCP targets for all projects, ensuring alignment with business goals and project timelines. Collaborate with Product Planning (PP) and Marketing to define targets, including Financial Inputs (FI) . Ensure feasibility considerations are integrated, covering engineering, supplier capabilities, manufacturing processes, and cost constraints. Incorporate insights from Project Portfolio Management (PPM) regarding planning and resource availability. System-Level Target Breakdown: Ensure that overall TCP targets are effectively translated into actionable system-level targets. Work closely with the Product Engineering Head (PEH) to define system-specific goals, ensuring alignment with platform objectives. 2. Delivery of Set Targets The PPL is accountable for the successful delivery of TCP targets across all projects, leveraging cross-functional collaboration. Accountability for Achievement: Drive the execution of TCP targets with support from platform team members and the broader delivery organization. Engineering Responsibilities: Ensure the effective conversion of system-level targets into detailed technical specifications (SORs) and design documents through PEH. Oversee system-level trade-offs, ensuring they align with platform requirements and strategic goals. Purchasing and Supplier Management: Ensure the timely completion of technical deliverables with minimal rework, through effective collaboration with PEH. Make informed techno-commercial decisions through the Product Planning Head (PPH) . Verify that vendor panels and Voice of the Business (VoB) evaluations conducted by the Supplier Strategy Unit (SSU) meet platform requirements. Manufacturing Oversight: Ensure timely resolution of key manufacturing decisions, including make-or-buy assessments, manufacturing strategies (e.g., plant locations), in-house part development, and PPAP (Production Part Approval Process) closures through the Production Management Head (PMH) . 3. Managing Trade-offs and Resource Optimization To maintain project integrity, the PPL manages cross-functional trade-offs and optimizes resource allocation. Cross-Functional Trade-offs: Make strategic decisions on inter-functional and inter-project trade-offs to minimize deviations from TCP targets. Resource and Fund Management: Oversee inter-project fund transfers, ensuring optimal utilization without exceeding budgetary limits. Conflict Resolution: Actively resolve conflicts between systems/functions, removing bottlenecks and ensuring smooth project execution. Exercise the authority to veto decisions that could negatively impact platform objectives. Cost Management: Reallocate material costs and investments within predefined limits to maximize efficiency while maintaining project goals. 4. Handling Deviations (Risk Management & Decision-Making) The PPL is responsible for managing deviations from TCP targets, ensuring risks are properly assessed and mitigated. Deviation Management: Evaluate proposed TCP deviations for feasibility and make decisions on acceptance or rejection. Ensure all necessary vehicle-level TCP deviations are escalated appropriately, with timely approvals during the delivery phase. 5. Launch and Handover Management The PPL ensures a smooth transition of projects from development to manufacturing and marketing. Vehicle Handover: Ensure the timely handover of vehicles to Manufacturing (Mfg.) and Marketing & Sales (M&S) with all required quality clearances. Confirm that all project documentation, compliance checks, and quality standards are met before the handover. This role is based out of Chennai, hence we kindly request you to apply if ONLY if you are open. If interested, please do send out your profile to: - hr29@amormc.com (or) hr9@amormc.com (or) hr8@amormc.com. In case if you are not interested in the above-mentioned opening, please do forward the same to your colleagues and friends who would be seeking a change for a dynamic growth with one of the most admired companies in the country.

Role & responsibilities Design Electric vehicles and its electrical/ electronic systems like energy storage, drive machine, control unit, converter/ inverter, charger etc. as per performance/ quality/ cost/ weight targets and plants manufacturing requirement. Layout and packaging of parts in vehicle DMU considering all aspects of functionality and manufacturability/ serviceability. Support vehicle programs through the entire life cycle including; design, prototype builds, vehicle test and production. Conduct DR, FMEA (system/ design) and apply them in the design phase. Preferred candidate profile Perks and benefits

Please share your CV on sv17@svmanagement.com Responsibilities B.E./B.Tech/M.Tech/Diploma in Mechanical Engineering, Tool Design, or Product Design. Minimum of 3-5 years of relevant experience in vehicle integration and DMU, preferably in trucks or buses. Strong knowledge of DFMEA (Design Failure Mode and Effects Analysis), DFA, DFS, DFM (Design for Manufacturing), and EBOM (Engineering Bill of Materials). Hands-on experience with CAD software, preferably Creo. Expert understanding of PLM and PDM tools such as Windchill, Teamcenter, Enovia, or equivalent. Define Vehicle architecture for electric vehicle packaging Establish overall vehicle dimensions and vehicle envelope and subsystem level. Conduct digital mock up studies of the EV vehicle for system, sub system and vehicle level analysis. Perform vehicle level performance calculations to meet design requirements. Manage the digital mock-up DMU process, including vehicle layout preparation and feasibility studies. Conduct design reviews at various stages for Design for Assembly (DFA), and Design for Safety (DFS), collaborating with cross functional teams. Ensure alignment of all parts to Design Verification Plan (DVP) during the virtual validation and prototype build phases. Manage vehicle integration, packaging the entire vehicle, and simulate static and dynamic clearance per Vehicle Level Objectives (VLO) guidelines. Oversee Vehicle DMU management in PLM and maintain its BOMs - Bill of materials.

Packaging of Various Systems / Sub-systems in the vehicle considering the Clearances / Tolerances & Regulatory aspects. Estimation of Center of Gravity of vehicle and weight distributions for given vehicle. Impact on weight distributions due to addition of Systems. Conceptualization of Various Vehicle Layouts based on the available Platform constraints. Benchmarking of Competitor vehicle Layout & Platforms to understand the Strategy Excellent knowledge of CAD software e.g. UG NX and other vehicle packaging software. Strong analytical skills, Advanced Excel, PowerPoint etc. Proven experience in vehicle occupant packaging, System Packaging, Platform Design. Thorough understanding of automotive engineering guidelines and standards (ex. SAE and AIS). Ability to understand the Engineering requests and deliver as per the expectations. Excellent presentation and inter-personal skills. Driving experience is essential.

Lead vehicle integration for commercial vehicle development.8-12 years in CAD packages and vehicle integration. Experience in DMU, 3D modeling, Catia, and 3DExperience PLM. Handle vehicle architecture, design, and modularity.

Job Job Title Security Design Responsibilities Join our core R&D Automotive Engineering Team for our marquee Swedish Account- Polestar!Infosys is hiring core Automotive R&D professionals as part of a dedicated Offshore Delivery Center being setup for Sweden’s marquee EV brand ‘Polestar’ at our Electronics City, Bangalore Campus. This is an opportunity to be part of cutting-edge automotive software projects, working with passionate global teams tackling real-world Automotive and next-generation Electric Mobility Challenges. If such an opportunity excites you, apply for the job opening below -The Role: Expertise in various security mechanisms such as secure on-board communication and secure hardware design. Guide development teams in vulnerability analysis (static code analysis, known vulnerability analysis) and support tracking Cybersecurity implementation issues based on analysis Work with different teams across the business to ensure development and implementation complies with legislations such as R155 vehicle cyber security, according to ISO21434 process. Assess work products created by suppliers and review suppliers’ capability to deliver as per ISO21434. Participate in implementing process to comply with R155 for Polestar. Base technology requirements discussions with technology partners on vehicle architecture, communication and connectivity etc. Lead incident response activities as required and provide mitigation advise. The Person: Electrical, Electronic Systems, IT, Computer Engineering, or similar engineering degree Detailed knowledge of on ISO21434, UNECE WP29 R155/R156. Experience in at least one of the following fields:embedded security, secure design and hardware security Knowledge in secure coding and code analysis Knowledge of automotive vehicle systems, architecture, and automotive communication protocols (CAN, Ethernet etc.) would be considered an asset Experience in wireless technologies (WiFi, Bluetooth, NFC) and OTA updates would be beneficial but not critical.Why Choose Infosys Engineering Services? Cutting-Edge Projects:Work on innovative projects at the forefront of automotive technology. Global Exposure:Collaborate with international teams and clients. Career Growth:We invest in your professional development and growth. Inclusive Culture:Join a diverse and inclusive workplace that values creativity and collaboration.If you’re ready to accelerate your career in the automotive industry, apply now! Technical and Professional Requirements: Experience in at least one of the following fields:embedded security, secure design and hardware security Detailed knowledge of PKI and cryptography Knowledge of automotive vehicle systems, architecture, and automotive communication protocols (CAN, Ethernet etc.) would be considered an asset Work with different teams across the business to ensure development and implementation complies with legislation R155 vehicle cyber security, according to ISO21434 process. Participate in implementing process to comply with R155 for Polestar. Review Software applications for potential security vulnerabilities by conducting application security reviews i.e. Secure Design review, Threat Modelling. Preferred Skills: Domain->Automotive->Engine / Power Train Domain->Automotive->Infotainment System Domain->Automotive->Connected Car Domain->Automotive->Electric Vehicles (EVs)->EV Educational Requirements Master Of Engineering,Master Of Technology,Bachelor of Engineering,Bachelor Of Technology Service Line Engineering Services * Location of posting is subject to business requirements

Locations: Pune Job Responsibilities: Design and develop power electronics platforms for electric vehicles, specifically focusing on solid-state relay design and control, signal conditioning, data acquisition blocks for the Battery Management System (BMS), and DC-DC converters (isolated or non-isolated). Establish product specifications and derive system architectures for the aforementioned applications. Conduct layout and packaging of electronic parts within the vehicle, ensuring functionality and manufacturability. Perform simulations and analyses (e.g., worst-case, Monte Carlo, tolerance stack-up, power dissipation, stress, signal noise, fidelity) to support component selection, system architecture, and topology decisions. Design signal acquisition systems, converter topologies, and define vehicle communication interfaces. Demonstrate a solid understanding of time and frequency domains for analog signals, ADC operations, error factors, and ADC calibration methods to improve signal-to-noise ratio (SNR). Stay up-to-date on global trends, technologies, and regulations, and develop long-term roadmaps and work plans. Lead the design of power components such as power switches, resistors, gate drivers, capacitors, magnetics, and filters. Work closely with cross-functional teams on functional safety, thermal management, packaging, EMI/EMC, FMEA, and worst-case analysis. Lead field failure analysis, identify root causes, and develop corrective action plans. Have a strong understanding of high-voltage BMS architecture and related functional blocks for operational and safety concerns. Apply design rules for high-voltage battery electrical and BMS design. Define and audit production setups, ensuring efficiency and improvement in production yield. Technical Skills : Expertise in designing and developing power electronics for electric vehicles, specifically BMS hardware, solid-state relays, signal conditioning, data acquisition, and DC-DC converters. Strong experience with product specification, system architecture design, and layout of electronic parts. Knowledge of simulations and analysis techniques (e.g., worst-case, Monte Carlo, power dissipation). Familiarity with vehicle communication interfaces and ADC calibration for improved signal SNR. Experience with high-voltage BMS architecture and functional blocks for operation and safety. Hands-on experience in design, schematic capture, and PCB layout for automotive or industrial systems. Knowledge of automotive standards and regulations, such as ISO26262 functional safety, CISPR EMC, and automotive product development processes. Experience with DFSS methodology, field failure analysis, and corrective action plans. Familiarity with lab equipment (e.g., oscilloscopes, multi-meters, spectrum analyzers). Specific Expertise: Familiarity with electric vehicle standards and regulations, including ISO26262 functional safety and CISPR EMC. Experience in designing BMS hardware for automotive, industrial, or medical systems. Proficiency in electronics circuit design, schematic capture, PCB layout, and working with common lab equipment

Role & responsibilities Integration of powertrain components Interfacing with mechanical and electrical systems Handling of high voltage and low voltage systems Create technical specification for power train components Performance tuning Homologation Component and Vehicle level validation Measurement and analysis with data loggers Safety aspects Set up Matlab/Simulink model-based development environment Preferred candidate profile Matlab, System Composer, Savvy CAN, Vector CANoe, CANAnalyser, CAN Bus-Master, InCAR Knowledge of System Architecture, Electrical Schematics Knowledge and experience of high voltage battery systems & Battery Management Functional safety and Use of CAN tools such as CANoe and CANdela Studio Systems engineering for Electric Vehicle product development, Including requirement engineering, System Design, Analysis, and Validation. Understanding ISO 26262, ASPICE and cyber security and ensuring system development in compliance with these standards. knowledge of VCU architecture, J1939 protocol, CAN dbc, VCU Input/output controls Homologation standards (national and international) Qualifications 6+ years of experience preferably in Electric Vehicle BE Electrical/electronic

Role & responsibilities Ensures train performance fulfils customer and regulatory requirements, in compliance with project Quality Cost Delivery (QCD) objectives. Develops a consistent set of train level requirements &specifications, complying with Alstom standards Is accountable of the source requirements synthesis (RBS), the train level performance requirementsdevelopment through system architecture and of their allocation to sub-systems. Supports System Engineers and Sub-Systems Engineers and ensures that Sub-Systems design is convergingtoward specifi c targets. Is accountable for Train Reliability, for Train Logistic Support Analysis (LSA), for Cybersecurity, for Validation andEngineering contribution to Certifi cation & Authorization. Ensure consistency and compatibility between all Sub-system specifi cations Review and confi rm Sub-system architecture and support Chief of Development for technical arbitration andtechnical risk mitigation plan Supports Sub-system Engineers and Managers and verifi es along project life cycle convergence towardrequirements and specifi cations compliance Preferred candidate profile Education qualification from Mechanical or electrical group with 12 - 20 Years of experinece into vehicle development. knowledge on system integration, vehicle packaging, mechnical design and software control topics. looking for railway domiain experts with knowledge on Climate comforts or HVAC, Traction & Engergy systems, Pantograph, Passenger Doors, Battery systems, Requirement management.

Component design engineer (Motor controller/DC-DC converters) for the complete electrical vehicle (LCV/Bus) including the requirements finalization, architecture, filed failure analysis

Deep understanding of EE Architecture in HV and LV systems. Strong Knowledge of Automotive E&E Systems, System Architecture and System functioning. Strong experience in E&E Architecture design, E&E Feature development using model based approach, function partitioning, system integration and testing. Strong knowledge on communication protocols like LIN, CAN, CAN-FD, Flexray and Ethernet. Deep knowledge on understanding the integration of various core components and making sure to communicate each of it. Hands on experience in network testing (Eg. CAN, Ethernet, UDS, DOIP) and in usage of communication and diagnostic testing tools. (HIL systems, CANOE, Indigo etc.). Development of EV components interfaces, Safety circuit, Power up-shutdown strategy development. Assist in fault analysis, diagnosis, troubleshooting\, Field issue management and Root cause analysis

Job Title & Purpose Job Title: EDU Manager- EHI Purpose of the Job He/she manages Electrical Harness installation resources and activities on the project he/she is responsible. He/she is responsible of the electrical deliveries for each electrical baseline of the project he/she contributing to. Build and develop the EHI technical competency in the Team. Position in the Organisation Direct reporting to EHI Domain leader Network & Links Integrated in a multi mtier team for project or product (concurrent engineer). He/she is in permanent link with the CDL, TEE, of the project. He is also in direct link with mechanical designer, Electrical Routing designer and Advanced Industrialisation. He /She can be in link with central team on multi-sites and transversals activities (tools deployment, WoW sharing) Mission Responsibilities and Accountabilities: Accountable for: Delivery of the right product at the right moment to the project Train Electrical Engineer, the product consisting into the complete electrical case or a set of electrical deliverables for each baseline and retrofit made of : Harness Design workload on his/her project/tender, Applying of the Metier rules and processes Responsible for: Delivery of harness 3D models from mechanical integration, Managing the EHI QCD of his/her project, Managing the EHI work-load of his/her project, and effective utilization of Harness designer Sub-contracting management (definition, monitoring, acceptance) Monitors, controls and consolidates her/his work package. As such: Organizes and leads her/his work package reviews for the project he/she is in charge, Manages Risk, Assessment and Mitigation Plan, Reports her/his targets to Domain Leader (Quality Cost Delivery consolidation and risks). Organizes Design / Verification reviews and provides the associated reports. Supports industrialization during manufacturing ramp-up. Behavioural Competencies: Good Interpersonal skills Good Communication Skills Other Competencies: Measurement: 100% on-time delivery. Closure of open points or escalation: 10 days maximum. Respect of Design for Quality milestones. Market and Business Understanding Describe the degree of business comprehension required in order to carry out the role (knowledge of the entire organisation, some functional areas within the organisation, domestic market, international market) Candidate Requirements Educational Requirements: B. Tech / M. Tech Mechanical/Electrical Engineering Experience 15 + Years of relevant industrial experience in Harness design and routing, Sheet metal design Good Knowledge in developing concepts in CATIA V5 for parts, different subsystem, Mountings and Vehicle Architecture of different rail products. Electrical and electro technique engineering knowledge, Experience in activity management (at least 2 years), Team management (at least 2 years)

Your future role Take on a new challenge and apply your electrical harness installation (EHI) expertise in a new cutting-edge field. You'll work alongside dedicated and innovative teammates. You'll ensure the delivery of the right electrical products at the right moment, contributing significantly to our projects. Day-to-day, you'll work closely with teams across the business (mechanical designers, electrical routing designers, and advanced industrialization), manage EHI quality, cost, and delivery, and much more. You'll specifically take care of harness 3D models from mechanical integration, manage the EHI workload, and oversee subcontracting management, but also organize and lead work package reviews. We'll look to you for: Ensuring on-time delivery and quality of electrical deliverables Effective utilization and management of harness designers Sub-contracting management, including definition, monitoring, and acceptance Organizing and leading work package reviews for projects Managing Risk, Assessment, and Mitigation Plans Supporting industrialization during manufacturing ramp-up All about you We value passion and attitude over experience. That's why we don't expect you to have every single skill. Instead, we've listed some that we think will help you succeed and grow in this role: Degree in Mechanical/Electrical Engineering (B.Tech/M.Tech) 12 + years of experience and understanding of harness design and routing, sheet metal design Knowledge of CATIA V5 for parts, subsystems, mountings, and vehicle architecture of different rail products Familiarity with electrical and electro-technical engineering A minimum of 2 years in activity and team management Proven interpersonal and communication skills Leadership with a focus on risk management and quality assurance