Manufacturing Engineer

Job Description

The Manufacturing Engineer
- Machining designs, implements, sustains, and improves machining and related manufacturing processes to optimize quality, safety, delivery, and cost. This role provides hands-on production support, leads process improvements, and supports new product introduction activities while working closely with cross-functional teams to resolve root causes of production issues and drive operational excellence in part fabrication and assembly.

Manufacturing Engineer

The Manufacturing Engineer
- Machining designs, implements, sustains, and improves machining and related manufacturing processes to optimize quality, safety, delivery, and cost. This role provides hands-on production support, leads process improvements, and supports new product introduction activities while working closely with cross-functional teams to resolve root causes of production issues and drive operational excellence in part fabrication and assembly.

• Provide technical support to resolve production issues, including quality escalations, machine downtime, and part shortages, ensuring minimal impact on delivery and performance.
• Guide Manufacturing Engineering Technicians who provide first-response support for production issues, ensuring effective troubleshooting and resolution.
• Collect and analyze work data to establish and update part fabrication and product assembly routes in the Enterprise Resource Planning (ERP) system, including setup and run times and operation sequences.
• Support the accuracy and effectiveness of ERP and Product Lifecycle Management (PLM) systems for managing manufacturing processes and engineering design changes.
• Contribute to the development, standardization, and maintenance of manufacturing documentation, including standards and related procedures.
• Create and maintain detailed manufacturing work instructions, ensuring proper access, review and approval, training, and change management.
• Lead and support continuous improvement initiatives to optimize processes, reduce waste, and improve product quality using value stream mapping, kaizen, lean strategies, and six sigma methods.
• Provide written and verbal project updates with appropriate frequency and detail to stakeholders, ensuring transparency on progress, risks, and results.
• Collaborate cross-functionally to understand part, product, and process variability using structured problem-solving techniques and statistical methods, leveraging data analytics to inform decisions.
• Work with production leadership to develop, monitor, and improve a balanced scorecard with metrics and Key Performance Indicators (KPIs) for quality, inventory, delivery, and safety.
• Participate in evaluating internal and external quality data to drive product and process improvements and execute assigned Corrective and Preventive Action (CAPA) initiatives.
• Collaborate with subject matter experts to design and implement manufacturing processes that meet all applicable safety and regulatory requirements.
• Complete assigned tasks in support of new product introduction (NPI), including participation in design reviews, tool and fixture planning, work cell design and validation, and inspection methodology development.
• Monitor and communicate NPI project progress, including risk identification and mitigation recommendations, to help achieve project targets.
• Make timely recommendations to inform capital and expense budgets, providing technical and financial justifications and alternatives where appropriate.
• Deploy new equipment and related processes, ensuring safety, training, preventive maintenance, documentation, and process controls are validated before full implementation.
• Develop competence in varied manufacturing processes such as machining, assembly, welding, and special processes, and improve machine center part families, programs, tooling, and setup standards.
• Use Computer-Aided Design (CAD) and Computer-Aided Manufacturing (CAM) systems to design tools and fixtures, lay out process areas, support design reviews, and create technical documentation.
• Support appropriate quality control methods for inspection, testing, and process monitoring to ensure consistent product quality and process capability.
• Apply root cause analysis techniques to identify underlying issues and manage corrective and preventive actions through to closure.
• Plan, organize, and execute project plans for manufacturing improvements, ensuring deliverables are met on time and within scope.

• Proven experience in manufacturing engineering with a focus on machining operations and production support.
• Deep understanding of CNC machining, including GD&T, reading and interpreting prints, fixtures, tooling, and machine troubleshooting.
• Hands-on experience with process improvement, including cost reduction and optimization of machining and assembly processes.
• Strong troubleshooting skills for machines and manufacturing processes, with the ability to respond…