Job Purpose ( Significance of the role & Objectives ) To ensure that every vehicle and battery produced meets stringent quality and safety standards by inspecting materials, monitoring production processes, validating final products, and ensuring regulatory compliance. The role also involves identifying andanalysingg defects and working collaboratively across departments to resolve quality issues. Key Objectives: Reduce defect detection time by 20% over the next 6 months. Achieve a 98% First Pass Yield (FPY) in the assembly line. Key Responsibilities and Deliverables Inspect incoming materials to ensure they meet required specifications. Conduct in-process inspections to detect defects early during manufacturing. Perform final inspections on vehicles/batteries to verify quality and safety compliance. Document inspection results, non-conformities, and corrective actions taken. Prepare and submit quality reports to management. Ensure compliance with industry standards and regulatory requirements. Support tasks assigned by the Reporting Manager. Coordinate with internal teams for project and departmental activities. Maintain and implement documentation for assigned quality-related projects. Collaborate with QA, SCM, NPI, Design, Engineering, and Production teams. Contribute to reducing defect detection time by 20% in the next 6 months. Aim to achieve 98% First Pass Yield (FPY) in the assembly line. Collaborate with: QA, SCM, NPI, Design, Engineering and Production team. Desired Qualifications: Required Qualifications, Knowledge, and Experience Strong understanding of quality standards (ISO 9001, IATF 16949, etc.) Knowledge of battery components, manufacturing processes, and common defects Proficient in using quality tools such as 7QC tools, 8D, RCA, FMEA, and SPC Familiarity with inspection instruments and equipment (e.g., vernier calipers, micrometres, multimeters) Knowledge of safety and compliance requirements related to EV/battery systems Ability to read and interpret engineering drawings and technical specifications Understanding of production workflows and in-process quality control methods Key Competencies Behavioural: Result-oriented, goal-driven, with a strong sense of ownership High integrity and professionalism Strong communication and interpersonal skills Self-motivated, proactive, and adaptable Team player with a solution-focused mindset Technical: Visual & electrical inspection, torque tool handling Use of quality instruments and sampling plans Understanding of GD&T, welding symbols, color matching, surface finish Reading 2D/3D engineering drawings Supplier quality evaluation

Job Purpose ( Significance of the role & Objectives ) To ensure that every vehicle and battery produced meets stringent quality and safety standards by inspecting materials, monitoring production processes, validating final products, and ensuring regulatory compliance. The role also involves identifying andanalysingg defects and working collaboratively across departments to resolve quality issues. Key Objectives: Reduce defect detection time by 20% over the next 6 months. Achieve a 98% First Pass Yield (FPY) in the assembly line. Key Responsibilities and Deliverables Inspect incoming materials to ensure they meet required specifications. Conduct in-process inspections to detect defects early during manufacturing. Perform final inspections on vehicles/batteries to verify quality and safety compliance. Document inspection results, non-conformities, and corrective actions taken. Prepare and submit quality reports to management. Ensure compliance with industry standards and regulatory requirements. Support tasks assigned by the Reporting Manager. Coordinate with internal teams for project and departmental activities. Maintain and implement documentation for assigned quality-related projects. Collaborate with QA, SCM, NPI, Design, Engineering, and Production teams. Contribute to reducing defect detection time by 20% in the next 6 months. Aim to achieve 98% First Pass Yield (FPY) in the assembly line. Collaborate with: QA, SCM, NPI, Design, Engineering and Production team. Desired Qualifications: Required Qualifications, Knowledge, and Experience Strong understanding of quality standards (ISO 9001, IATF 16949, etc.) Knowledge of battery components, manufacturing processes, and common defects Proficient in using quality tools such as 7QC tools, 8D, RCA, FMEA, and SPC Familiarity with inspection instruments and equipment (e.g., vernier calipers, micrometres, multimeters) Knowledge of safety and compliance requirements related to EV/battery systems Ability to read and interpret engineering drawings and technical specifications Understanding of production workflows and in-process quality control methods Key Competencies Behavioural: Result-oriented, goal-driven, with a strong sense of ownership High integrity and professionalism Strong communication and interpersonal skills Self-motivated, proactive, and adaptable Team player with a solution-focused mindset Technical: Visual & electrical inspection, torque tool handling Use of quality instruments and sampling plans Understanding of GD&T, welding symbols, color matching, surface finish Reading 2D/3D engineering drawings Supplier quality evaluation

Job Purpose (Significance of the role & Objectives) The job purpose is to support the development and integration of ECUs into vehicle EE architecture, plan prototype builds, validate CAN messages, and update ECUs software and parameters. The role requires a bachelor’s degree, 1-3 years of experience, knowledge of CAN tools and protocols, and excellent communication skills. Cross-functional teamwork is necessary to achieve functional, cost, weight, timing, and quality objectives. Key Responsibilities and Deliverables Assist in the development and integration of electronic control units (ECUs) into vehicle electrical and electronic (EE) architecture. Assist in defining ECU specifications and features based on the vehicle feature list. Support and plan prototype vehicle build to establish the validation and reliability of E&E aggregates/systems, identify errors/mistakes and resolve them. Develop new ECUs based on other domain requirements. Define and release the Controller Area Network (CAN) matrix Electric vehicles. Define the vehicle architecture for new features. Validate CAN messages in the vehicles. Execute within timelines and achieve development milestones during vehicle development. Update ECUs software and parameters for production/proto based on requirements. Responsible for technical documentation. Release Engine Management System (EMS) firmware and hardware for production. Capture the functional requirements of the software in the ECU and create the signals from one controller to another depending on the functionality. Ability to draft requirements for UDS in the ECUs and test them. Desired Qualifications: Required Qualification, Knowledge, and Experience Any Graduate /B.E/B.Tech /MCA/ MBA or any postgraduate. 1-3 years of experience in a related field. Knowledge of CAN tools, diagnostic tools, and different CAN protocols. Good knowledge on UDS protocols and their uses. Knowledge of DBC creation and writing CAN scripts. Familiarity with ECU testing, vehicle EE debugging, and automotive electronic control systems - functional, design aspects application, and integration. Excellent communication skills. Ability to work with cross-functional teams to achieve functional, cost, weight, timing, and quality objectives. Key Competencies Expected to have Knowledge of the functionality of every electronic component in the car and the reason for its existence. Knowledge of CAN communication in vehicles and ability to edit and manage DBC files. Excellent technical documentation skills are expected.

As the Head of Production, you will play a crucial role in the planning, coordination, and control of manufacturing processes, focusing on Factory Layout and Production Layout. Your responsibilities will include collaborating with internal and external stakeholders to provide technical support, ensuring the production of top-notch products and adherence to best business practices. You will lead and manage teams and projects across the organization, offering clear direction, inspiration, and guidance to drive excellence and motivate staff towards success. Your primary responsibilities will involve designing and validating factory layout and production layout, developing engineering bills of process and resources, and planning manufacturing processes for assembly. You will be tasked with conducting capacity and cycle time calculations, as well as planning and designing equipment, tooling, jigs, and fixtures. Additionally, you will be involved in supplier qualification processes, developing quality metrics, and performing various analyses to ensure optimal performance and efficiency. Furthermore, you will be responsible for planning and executing MES architecture in line with ISA95 standards and implementing Industry 4.0 strategies. Managing factory operations, ensuring compliance with regulatory requirements, conducting safety and risk analyses, and implementing ISO standards will also be part of your role. To excel in this position, you should hold a BE/ME degree in Mechanical, Automobile, or Industrial Engineering, with a strong background in Factory and Layout planning. Experience in automated and manual assembly lines, tool design, manufacturing processes, and knowledge of quality standards are essential. Familiarity with GD&T, tolerance stack-up analysis, APQP, DFMEA, PFMEA, as well as PLM, ERP, and ISO standards is required. Knowledge of CMM, Blue light scanning, and I4.0 principles will be advantageous. Key competencies for success in this role include being results-oriented, self-motivated, and possessing a problem-solving attitude. Integrity, teamwork, and a sense of ownership are critical traits for this position, as is a commitment to driving performance and contributing to the organization's success.,

As the Head of Production, you will play a crucial role in the planning, coordination, and control of manufacturing processes including Factory Layout and Production Layout. Your responsibilities will involve working closely with internal and external stakeholders to provide technical support, ensure high-quality products and business practices, and manage teams and projects across the business. It will be essential for you to provide clear leadership, inspire and motivate staff, and mentor them towards achieving excellence. Your key responsibilities and deliverables will include designing and developing factory and production layouts, validating their functionality, developing engineering bill of process and Bill of resources, planning manufacturing processes for assembly, calculating capacity and cycle times, and designing equipment, tooling, jigs, and fixtures. Additionally, you will be involved in supplier qualification processes, developing quality metrics, performing analysis using variational stack-up analysis software, planning MES architecture, managing factory operations, ensuring regulatory compliance, conducting safety and risk analysis, and implementing ISO standards. To excel in this role, you are required to have a BE/ME degree in Mechanical/Automobile/Industrial Engineering with a strong background in Factory planning, Layout planning, and Validation. You should have experience in automated and manual assembly lines, tool design, manufacturing, and validation, as well as knowledge of manufacturing process planning, GD&T, tolerance stack-up analysis, quality metrics, and various quality standards. Familiarity with PLM, ERP, EBOM, MBOM, CMM, Blue light scanning process, and ISO standards is necessary, and knowledge of I4.O and ISA95 standards will be advantageous. Key competencies for this role include being result-oriented, self-motivated, passionate about learning, having a problem-solving attitude, maintaining the highest level of integrity, taking ownership of tasks, and demonstrating pride in your performance and its impact on the company's success.,

The prototype engineer role involves creating prototypes of new products to test their design and functionality before full production. You will work closely with the engineering team to develop and test new product designs, as well as participate in research and development activities to generate new engineering ideas or enhance existing designs. Evaluating new technology and materials for potential applications in current or new products will also be part of your responsibilities. In this role, you will be accountable for metal integration in vehicle components, as well as modifying metal parts in stretcher designs. Testing prototypes to measure performance against design specifications, overseeing manufacturing processes for quality and safety, and coordinating with other departments for efficient and cost-effective production are key tasks you will undertake. Desired qualifications for this position include proficiency in workshop operations, experience with power tools and measuring instruments, and the ability to use various machining tools like cutting, grinding, finishing, and welding. You should have a deep understanding of prototyping, testing, homologation, and validation processes, along with the capability to interpret 2D, 3D, and line sketch drawings to visualize the final product output. Key competencies for this role include being result-oriented and goal-driven, possessing strong interpersonal skills, being self-motivated with a problem-solving attitude, and demonstrating the highest level of integrity in teamwork, confidentiality, ethics, and performance. A sense of ownership and pride in your work, as well as understanding its impact on the company's success, are essential attributes for success in this position.,