BU QUALITY METHODS PROFESSIONAL - BATTERY

Responsibilities: The Quality Program Engineer (QPE) is responsible for coordinating project quality related tasks Act as the quality representative as part of the Core Development team Complete APQP deliverables Assure successful on time Product Part Approval Process (PPAP) submission Represent external and internal customers on the platform Work is performed in a fast-paced environment within tight time constraints This position would support: Americas C Power Development Team Minimal travel will be required: 15% is typical This is a salaried Engineering classification Responsibility 1: Core Team Quality Leadership Serve as the Quality representative on the Core Development Team. Establish, coordinate, and manage program-specific quality tasks with the Core Team. Define, maintain, and update internal and external project quality objectives, including the Quality Dashboard. Responsibility 2: APQP, FMEA, and Quality File Management Participate in and/or moderate design and process FMEAs. Participate in and/or moderate meetings to select Significant/Critical Characteristics (SC/CC) and Key Product/Control Characteristics (KPC/KCC). Define and support the project quality file in accordance with internal and external requirements, including control plans for prototypes, pre-serial products, and first serial production. Responsibility 3: Trial Data Analysis and Corrective Actions Analyze data and identify sources of process variation. Initiate corrective actions related to tolerances, dimensions, production processes, and other quality concerns. Communicate trial activity data and results to the Core Team. Responsibility 4: Quality Risk Management, Audits, and Customer Interface Coordinate and/or perform internal and external pre-production process audits. Build and maintain project-related relationships with the appropriate customer representatives. Identify, escalate, and communicate quality risks and deviations within the project scope. Exercise the authority to stop production and/or program design activities when unacceptable violations or quality risks are identified. Coach and guide Core Team members on the use of quality tools and product standards. Prepare for and participate in INPro, Advanced Product Quality Process, or similar review meetings. Represent Quality during the engineering change approval process through SOP. Integrated Management System: For everyone out of MACO, Region Leadership Teams and Plant Managers: Within his/her scope of responsibility, he/she respects the standards and rules in terms of Quality, Safety and Environment contributing to the IMS process management and improvement For Managers, in addition to previous one: As a manager, he/she ensures that his/her team is informed and trained about Quality, Safety and Environment requirements and respects the related rules. He/She is accountable for the IMS process management within his perimeter of responsibility MACO, Region Leadership Teams, Plant Managers: Within his/her scope of responsibility he/she demonstrates leadership and commitment in respect of the IMS, He/she ensures that standards, processes, procedures, and objectives are updated in line with requirements and opportunely deployed within the organization making available the necessary resources.

Ideal candidate profile: Bachelor or equivalent major in Engineering or Business At OPmobility, people truly matter. We are committed to building inclusive teams, promoting diversity and equality, and ensuring that every application is considered fairly - because the future of mobility is built by diverse perspectives, bold ideas, and people who dare to move forward. Innovation is therefore not a buzzword, but a natural part of everyday work. You'll grow in an international environment where cutting-edge technologies, industrial excellence, and real-world impact come together to tackle the challenges of tomorrow's automotive industry. Founded in 1946 by Pierre Burelle, OPmobility, known until 2024 as Plastic Omnium, has transformed itself into a player in sustainable and connected mobility. Today, OPmobility develops technological solutions across four areas of expertise: exterior and lighting systems, the integration of complex modules, technologies related to energy storage, hydrogen and electrification, and a division dedicated to the development of embedded software and digital solutions. With 11.5 billion in revenue in 2025, 152 factories, 40 R&D centers, and nearly 38,100 employees across 28 countries, OPmobility combines global scale with local impact. All driven by a shared ambition to accelerate the automotive energy transition.