The scoreboard, and what is not on it. The hard targets, how often each is actually
looked at, and the quiet signals that never reach a dashboard.
Overall Equipment Effectiveness (OEE) Improvement
The percentage increase in OEE for specific production lines or processes you're leading improvements on.
Target · Achieve a 10-15% increase in OEE for assigned workstreams within 12 months. If Line 3's OEE was 65% when you started, we'd expect it to hit 71.5-74.75% after your improvements are fully implemented and stable.
New Product Introduction (NPI) Launch Success
On-time, on-budget, and target cost achievement for NPI programmes you lead from a manufacturing engineering perspective.
Target · 90% of NPI projects launched on schedule, within 5% of CapEx budget, and achieving target unit cost within 3 months of launch. Leading the launch of 'Product X', you ensure tooling arrives on time, the line is set up within the £200K budget, and the first 10,000 units hit the £1.50 target cost.
First Pass Yield (FPY) Improvement
The percentage reduction in defects or rework at specific process steps you've redesigned or optimised.
Target · Reduce FPY defects by 20-30% on critical processes within 9 months. You identify a common assembly error, redesign the workstation, and reduce the FPY defect rate from 5% to 3.5%.
Cost Reduction per Unit
Identified and implemented cost savings directly attributable to manufacturing process improvements (e.g., cycle time reduction, material waste reduction).
Target · Identify and implement £150K-£250K in annualised cost savings. By optimising a welding process, you reduce material scrap by 15% and cut cycle time, saving £60K per year on that specific operation.
Cross-Functional Collaboration & Influence
How effectively you get different teams (R&D, Quality, Production) to buy into and implement your manufacturing engineering recommendations.
- You're regularly invited to early design reviews by R&D. Plant managers actively seek your input on process challenges. Your proposals are adopted without significant resistance, showing you've built trust and credibility. People listen when you speak, basically.
Technical Problem Solving & Innovation
Your ability to tackle complex, non-routine manufacturing problems and come up with practical, effective solutions, sometimes even new ways of doing things.
- You're the person everyone calls when a process is truly stuck. You've introduced a novel technique or piece of equipment that significantly improved a bottleneck. You don't just fix symptoms
- you get to the root cause and prevent recurrence.
Mentorship & Knowledge Transfer
How well you're helping junior engineers develop their skills and understanding of manufacturing engineering principles.
- Junior team members regularly approach you for advice. They show measurable improvement in their project delivery and problem-solving abilities after working with you. You've led internal training sessions or workshops on key methodologies.
Documentation & Standardisation
The quality and completeness of your process documentation, ensuring that improvements are sustainable and repeatable across sites.
- Your work instructions are clear enough for a new operator to follow. Your PFMEAs are thorough and regularly updated. Other sites can easily adopt your optimised processes because the documentation is robust and easy to understand.
