Join Capgemini Engineering, a global leader in engineering services, where we empower innovative companies with our expertise. Our team of engineers, scientists, and architects drive advancements from autonomous vehicles to medical robotics. We offer a dynamic career filled with opportunities to make a significant impact, ensuring no two days are the same.

This role focuses on MCCB Product Engineering, requiring deep knowledge in product development, industrialization, manufacturing, validation, and quality for low-voltage switchgear. You will provide crucial technical leadership to successfully launch new products, enhance supplier capabilities, and achieve manufacturing excellence throughout the product lifecycle.

Lead comprehensive MCCB product engineering initiatives from initial design support through industrialization and production ramp-up. Spearhead New Product Introduction (NPI) programs, managing pilot builds, process qualification, and ensuring manufacturing readiness.

Provide expert technical guidance on MCCB architecture, protection systems, operating mechanisms, and critical components. Foster strong collaboration with design, manufacturing, quality, testing, and supplier teams to guarantee robust product performance. Support a variety of manufacturing processes, including molding, stamping, plating, assembly, calibration, and testing.

Review and validate plastic, rubber, and sheet-metal components for optimal manufacturability, quality, and reliability. Execute Advanced Product Quality Planning (APQP) activities, such as PFMEA, Process Flow, Control Plans, MSA, capability studies, and PPAP deliverables. Lead validation and compliance testing in accordance with IEC 60947-2 standards.

We are seeking an experienced MCCB Product Engineering Lead with over 13 years in product engineering, manufacturing, or industrialization. A strong, hands-on understanding of MCCB architecture, protection mechanisms, and components is essential.

Proven success in executing NPI, pilot production, process release, and ramp-up activities is required. Extensive knowledge of manufacturing processes like injection molding, stamping, sheet-metal fabrication, assembly, and testing is crucial. A deep understanding of engineering plastics, copper alloys, steels, contact materials, bimetals, elastomers, and coatings is necessary.

Demonstrated experience with APQP, PPAP, PFMEA, MSA, Control Plans, and process capability analysis is expected. Familiarity with IEC 60947-2 testing, including temperature rise, dielectric, overload, endurance, and trip testing, is vital. Expertise in failure analysis, problem-solving methodologies, and corrective/preventive actions is key. Experience in supplier development, qualification, and providing technical leadership is important. Excellent communication, stakeholder management, and collaboration skills are required.