Lead Process Engineer

• →Lead, develop and mentor the Process Engineering team, ensuring technical capability and professional development. Set priorities and allocate resources to support business objectives across all manufacturing value streams. Establish and monitor key process performance metrics to identify improvement opportunities
• →Establish engineering standards, best practices, and governance for manufacturing processes. Promote a culture of continuous improvement, accountability, and collaboration. Develop and execute the process engineering strategy to improve producibility, quality, throughput, and manufacturing efficiency.
• →Provide technical leadership in resolving complex manufacturing issues. Drive improvements in Total Manufacturing Cost (TMC), productivity, and quality performance.
• →Lead Root Cause and Corrective Action (RRCA) activities for significant production issues. Champion Lean Manufacturing tools and continuous improvement methodologies throughout the business.
• →Work collaboratively with Design Engineering to improve manufacturability of new and existing products. Support supplier process development where required.

• →Professional Development: Gain access to company-sponsored certifications and training programs, mentorship and guidance from industry leaders, opportunities to develop your leadership skills by driving exciting high-impact projects and initiatives. Thrive in a culture of continuous learning and innovation, where curiosity is encouraged and supported. 

• Extensive experience in heat exchanger manufacture and/or fabrication, brazing, welding, and complex assembly processes.
• Demonstrated ownership of manufacturing processes within a high-complexity manufacturing environment.
• Lean Manufacturing, Six Sigma, and Continuous Improvement methodologies.
  Geometric Dimensioning & Tolerancing (GD&T) to industry standards.
• Siemens NX (or equivalent CAD software), including modelling, drafting, and assemblies.
• Teamcenter PLM experience.

• Aerospace, Automotive, Defence, or Oil & Gas manufacturing experience.
• Automation and advanced manufacturing technologies.
• Statistical Process Control (SPC) and process validation techniques.
• Self-inspection and industry-standard measurement techniques.

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