FMEA Risk Priority Number
Failure Mode AnalysisRPN = Severity × Occurrence × Detection - ranks which failure modes to fix first.
Domain · Areas of Expertise
Green Belt certified. DMAIC-driven process improvement and waste elimination.
Beyond running DMAIC projects, I've researched why Lean Six Sigma adoption actually fails in small-scale industries - the barriers matter as much as the toolkit.
Hands-on Tools
RPN = Severity × Occurrence × Detection - ranks which failure modes to fix first.
The rate at which you must produce to match customer demand.
Rate each S from 0 (absent) to 5 (fully embedded) for a quick workplace-organization health check.
DMAIC Walkthrough
Same case study as the homepage tool, using the Maynard Operation Sequence Technique (MOST) to rebalance an engine assembly line.
Engine assembly line was missing takt-time targets; cycle time imbalance across stations flagged as the core productivity constraint.
Station-wise cycle times captured and decomposed into elemental motions using MOST, establishing a baseline standard time per station.
Line-balancing analysis identified bottleneck stations and non-value-adding motion sequences driving cycle-time variance.
Work elements re-sequenced and reallocated across stations using MOST-derived standard times to balance the line to takt time.
Revised SOPs and station standard times documented for sustained line balance and future audits.
See the Work System Design domain for the line-balancing calculator behind step 3–4.
Case Study
Identifies and structures the organizational, financial, and cultural barriers that stop small-scale industries from successfully adopting Lean Six Sigma - a reminder that tool fluency isn't the bottleneck; implementation context is.
Focus: LSS adoption barriers, SMEs