Manufacturing Manager

Are you a seasoned manufacturing leader with a strong background in injection molding?

Do you thrive in fast-paced, high-performance environments where quality, efficiency, and innovation are key?

Forvia is seeking an experienced Injection Molding Manager to lead operations at our Fraser, MI plant.

This is a critical leadership role responsible for overseeing a large production unit, driving performance, and ensuring operational excellence in injection molding processes.

You will report directly to the Plant Manager and be a key member of the Plant Management Committee.

Key Responsibilities Leadership & Organization • Lead a team of supervisors and support staff (up to 250 employees). • Directly manage production, quality, engineering, and continuous improvement functions within the UAP (Autonomous Production Unit). • Coach and develop supervisors to foster a culture of accountability, safety, and continuous improvement.

Injection Molding Operations • Ensure optimal performance of injection molding processes, equipment, and personnel.

• Drive process improvements and implement best practices in molding operations.

• Oversee readiness and execution of new product launches involving injection molding.

Performance Management (QCDP) • Set and monitor KPIs: PPM, PPH, TRS, absenteeism, safety, and improvement initiatives.

• Manage labor resources, shift structures, and equipment utilization to meet production targets.

• Lead problem-solving initiatives (QRCI, 5S, TPM, SMED, etc.) and drive continuous improvement.

Team Development • Define staffing needs, lead recruitment, and ensure effective onboarding.

• Develop training plans to enhance team autonomy and technical capabilities.

• Conduct performance reviews and support career development of team members.

Collaboration & Communication • Ensure clear communication across all levels of the organization.

• Participate in plant-wide initiatives and contribute to overall plant performance.

• Lead monthly UAP meetings and ensure timely information flow.