Job Responsibilities

• Develop detailed 3D models of automotive components like engines, transmissions, chassis, or body parts using Creo.
• Assemble individual parts into larger systems or vehicle modules within the software.
• Refine designs for manufacturability and performance using Creo's advanced tools like Behavioural Modelling.
• Use Creo to create and visualize concept designs for automotive components, incorporating customer or project requirements.
• Utilize Creo's built-in FEA and CFD tools to simulate stress, thermal, and dynamic conditions on components to ensure reliability and performance.
• Create complex sheet metal parts or freeform surfaces, which are crucial for designing body panels, enclosures, or aerodynamic components.
• Generate detailed 2D drawings with dimensions, GD&T (Geometric Dimensioning and Tolerancing), and annotations for manufacturing.

Job Responsibilities

• Creating and designing hardware systems and components, such as circuit boards, processors, and memory devices
• Pre Participate in the initial stages of the product development cycle, from understanding customer requirements to evaluating and quoting potential solutions
• Develop and maintain a comprehensive checklist for design reviews, ensuring that all design criteria are met, including electrical, mechanical, and environmental aspects.
• Ensure that the product development follows the APQP (Advanced Product Quality Planning) process, focusing on risk management, process control, and product quality.
• Maintain detailed documentation for all designs, specifications, test results, and product revisions.

Job Responsibilities

• Manage end-to-end internal project management of multiple NPD projects across mechanical, electro-mechanical, and electronic domains.
• Lead project planning, execution, monitoring, and closure phases in alignment with internal and customer milestones.
• Coordinate with customer project teams to understand requirements and translate them into actionable internal deliverables
• Collaborate with cross-functional teams including PMO, Product Engineering (Mechanical, Hardware, Software), Process Engineering, Toolroom, Test Labs, Sourcing, Quality, and Production to ensure integrated project execution.
• Plan and execute project builds — including PCB assembly, part and kit arrangement, and SMT production activities
• Ensure adherence to APQP & PPAP requirements for all NPD/NPI processes, including verification, validation, and approvals.
• Oversee tool, part, and product qualification through trials, internal PPAP, and customer PPAP, ensuring smooth transfer to production sites.
• Track project risks, mitigation plans, and drive timely issue resolution through structured reviews.
• Maintain documentation, BOM control, and ensure project data accuracy for audits and traceability.

Job Responsibilities

• Develop detailed 3D models of automotive components like engines, transmissions, chassis, or body parts using Creo.
• Assemble individual parts into larger systems or vehicle modules within the software.
• Refine designs for manufacturability and performance using Creo's advanced tools like Behavioural Modelling.
• Use Creo to create and visualize concept designs for automotive components, incorporating customer or project requirements.
• Utilize Creo's built-in FEA and CFD tools to simulate stress, thermal, and dynamic conditions on components to ensure reliability and performance.
• Create complex sheet metal parts or freeform surfaces, which are crucial for designing body panels, enclosures, or aerodynamic components.
• Generate detailed 2D drawings with dimensions, GD&T (Geometric Dimensioning and Tolerancing), and annotations for manufacturing.

Job Responsibilities

• Analyze, derive, and manage system and software-level requirements in collaboration with OEM and internal teams.
• Develop and maintain System Architecture and Interface Definitions ensuring seamless hardware-software integration.
• Utilize tools such as DOORS, Codebeamer, and Enterprise Architect for requirements management and system modeling.
• Model system behaviours, workflows, and interfaces using UML and related methodologies.
• Collaborate with hardware, software, and testing teams to ensure alignment with project specifications and timelines.
• Support integration and validation teams by defining and reviewing diagnostic communication (UDS) and vehicle network interfaces (CAN, LIN, Ethernet).
• Ensure compliance with industry standards including MISRA C/C++, AUTOSAR, ISO 14229 (UDS), ISO 11898 (CAN), and ISO/SAE 21434 (Cybersecurity).
• Contribute to Functional Safety activities (HARA, safety requirements, safety architecture) in accordance with ISO 26262.
• Coordinate technical discussions with customers, suppliers, and global teams, ensuring alignment and timely resolution of system-level issues.
• Provide system-level technical guidance and drive continuous improvement in system design and integration processes.

Job Responsibilities

• Design, develop, and integrate embedded software for Instrument Cluster and Infotainment system applications.
• Design, develop, and integrate embedded software for Instrument Cluster and Infotainment system applications.
• Develop high-quality software using C/C++ and assembly, ensuring adherence to MISRA and coding standards.
• Work on RTOS-based platforms, including device driver development and hardware abstraction layers.
• Perform software debugging, troubleshooting, and optimization using industry-standard tools and techniques.
• Collaborate with hardware, systems, and test teams to ensure smooth hardware-software integration and feature validation.
• Participate in software reviews, architecture discussions, and root cause analysis for issue resolution.
• Use tools like DOORS, Enterprise Architect, CANalyzer/CANoe, Jira, SVN, GIT, and Codebeamer for requirement traceability, configuration management, and validation.
• Ensure compliance with AUTOSAR, CAN bus, UDS, and other automotive communication standards.
• Work closely with cross-functional and customer teams to deliver software solutions aligned with project timelines and quality goals.

Job Responsibilities

• Analyzing Customer Requirements
• Responsible for RFQ – Mass Production
• Connecting with CFT to meet the time line
• Connecting with Customers on-site if required to prove the system functionalities

Job Responsibilities

• Design, develop, and validate embedded software modules related to vehicle network communication and diagnostics.
• Work on Instrument Cluster and Infotainment system applications, focusing on CAN-based and UDS/J1939 diagnostic implementations.
• Develop and maintain network and diagnostic communication layers, ensuring seamless ECU interaction and compliance with standards.
• Utilize tools such as CANalyzer/CANoe for network analysis, simulation, and debugging.
• Implement embedded software in C/C++ and assembly, following industry best practices and coding standards (MISRA C/C++).
• Work with RTOS and device driver layers to ensure reliable real-time operation and efficient system performance.
• Perform software debugging and troubleshooting, analyzing communication logs and diagnostic data to resolve network issues.
• Collaborate with cross-functional teams — hardware, systems, and test to ensure full hardware-software integration.
• Participate in architecture design reviews, code reviews, and diagnostic validation activities.
• Ensure traceability and version control using DOORS, Codebeamer, Jira, SVN, GIT, and Enterprise Architect.
• Provide technical support during integration, validation, and customer issue resolution phases.

Job Responsibilities

• Develop and customize instrument cluster software to meet OEM (Original Equipment Manufacturer) requirements.
• Collaborate with OEMs and cross-functional teams to understand and document technical and functional requirements.
• Integrate software components (middleware, drivers, APIs) into the instrument cluster system.
• Use tools like CANalyzer, CANoe, or other debugging tools to monitor and troubleshoot communication protocols (e.g., CAN, LIN, or FlexRay).
• Work closely with hardware engineers to ensure compatibility of the software with the instrument cluster hardware.
• Provide regular status updates to project managers and stakeholders.