Level 4 · Aligned with the ASQ CSSBB Body of Knowledge (9 sections including DOE and DFSS)
Lean Six Sigma Black Belt
Deployment, leadership, team management, advanced Define→Control, DOE, advanced SPC, DFSS, finance.
Who it is for — Experienced project managers, operational excellence leads, future Black Belts and internal trainers.
Private training. The PROMACEO LEAN certificate is not a certification: it does not exempt you from any exam or prerequisite required by ASQ, IASSC, CSSC, the LCI or any other body.
Detailed syllabus
Unit 1Organization-wide planning and deployment
- 01From vision to project portfolioLink company strategy to a coherent Lean Six Sigma portfolio after assessing the organization's maturity.3 QCM
- 02Deployment roles and responsibilitiesAssign unambiguously the responsibilities of Champion, Sponsor, Master Black Belt, Black Belt, process owner and finance.3 QCM
- 03Selecting projects and quantifying benefitsPrioritize a project portfolio with a weighted matrix and finance-validated criteria (NPV, ROI, payback).3 QCM · 1 numerical cases
Unit 2Organizational process management and measures
- 01Thinking in processes rather than functionsDescribe an organization as a set of end-to-end processes, identify their stakeholders and measure performance at the interfaces.3 QCM
- 02Benchmarking and balanced scorecardsRun rigorous benchmarking and build a measurement system (balanced scorecard, KPIs, KBIs, OKRs) that links operational indicators to strategy.3 QCM
- 03Financial measures and the cost of poor qualityQuantify the cost of poor quality by category and link a Six Sigma project to the company's financial indicators (margin, break-even, IRR).3 QCM
Unit 3Team management
- 01Forming and launching the teamCompose a right-sized project team, launch it with a team charter and recognize Tuckman's stages to adjust the leadership style.3 QCM
- 02Facilitating meetings and deciding togetherRun productive meetings, make a group diverge then converge with the right tools and choose an explicit decision mode.3 QCM
- 03Team dynamics, conflict, motivation and evaluationDiagnose team dysfunctions, manage conflict with data, sustain motivation and evaluate collective performance.3 QCM
Unit 4Define: voice of the customer, charter and project management
- 01Advanced voice of the customer: segmentation, Kano and CTQsCollect the voice of the customer by segment, classify attributes with the Kano model and translate them into measurable critical characteristics (CTQ, CTD, CTC).3 QCM
- 02QFD: building the house of qualityDeploy customer requirements into prioritized technical characteristics with the QFD matrix, and read the trade-offs revealed by the roof of the house.3 QCM
- 03Charter, business case and project managementWrite a complete charter (problem statement, SMART goal, scope, business case) and manage the project with WBS, Gantt, critical path, PERT and a risk register.3 QCM · 1 numerical cases
Unit 5Measure: process, data, measurement systems, statistics and capability
- 01Process characteristics, data and samplingCharacterize a process through its flow metrics, choose the right data type and scale, and size an unbiased sampling plan.3 QCM
- 02Complete measurement system analysis (MSA)Qualify a measurement system through its components (bias, linearity, stability, repeatability, reproducibility) and interpret a Gage R&R or attribute agreement study against AIAG criteria.3 QCM · 1 numerical cases
- 03Statistics and probability distributions for the Black BeltSummarize data with the right tools, apply probability rules and choose the appropriate distribution (normal, binomial, Poisson, exponential, Weibull, chi-square, t, F) while relying on the central limit theorem.3 QCM
- 04Capability: short term, long term, Cpm, attributes and sigma levelCompute and interpret Cp, Cpk, Pp, Ppk and Cpm, distinguish short- and long-term capability, and convert attribute performance into DPMO and sigma level.3 QCM · 1 numerical cases
Unit 6Advanced Analyze: relationships, hypothesis tests and FMEA
- 01Correlation and simple linear regressionQuantify the relationship between two continuous variables, fit a regression line and judge whether it can be used.3 QCM
- 02Multiple regression, multi-vari and multivariate toolsModel a response with several factors, locate the dominant family of variation and recognise advanced multivariate tools.3 QCM
- 03Hypothesis testing: foundations, power and sample sizeFormulate a test, control the α and β risks, size the sample and separate statistical from practical significance.3 QCM · 1 numerical cases
- 04Parametric tests, non-parametric tests and contingency tablesChoose and interpret the right test (t, F, ANOVA, chi-square, Mann-Whitney, Kruskal-Wallis, Mood, Wilcoxon, Levene) according to the data and assumptions.3 QCM
- 05FMEA, gap analysis, root cause and waste analysisRun a complete FMEA with RPN and prioritisation, then complete Analyze with gap, root-cause and waste analysis.3 QCM · 1 numerical cases
Unit 7Advanced Improve: design of experiments, Lean methods and implementation
- 01Design of experiments: terminology, principles and planningMaster DOE vocabulary, the three founding principles and the planning approach for an experiment, including the one-factor design.3 QCM
- 02Full factorial 2^k designs: effects, interactions and analysisBuild a 2^k design, compute main effects and interactions, build the coded-unit model and validate the results.3 QCM · 1 numerical cases
- 03Fractional designs, resolution, blocking and response surfacesCut the number of runs with a fractional design while controlling aliases and resolution, block a 2^k design and recognise response-surface designs.3 QCM
- 04Advanced Lean methods and solution implementationApply Lean tools (Takt, Kanban, cellular flow, SMED, Kaizen, TOC, TPM) and lead the selection, pilot and roll-out of a solution while managing its risks.3 QCM
Unit 8Advanced Control: SPC, other controls and sustaining gains
- 01SPC: chart selection, rational subgroups and limitsSelect the control chart that fits the data, form rational subgroups and compute limits with the usual constants.3 QCM · 1 numerical cases
- 02Chart analysis: rules, pre-control, EWMA and CUSUMInterpret a chart with the Western Electric and Nelson rules, use pre-control and recognise EWMA and CUSUM charts for small shifts.3 QCM
- 03Other controls: TPM, visual management and 5SDeploy TPM with its indicators (OEE, MTBF, MTTR), visual management and 5S as devices that hold gains on the shop floor.3 QCM
- 04Control plan, sustaining gains and measuring benefitsWrite a complete control plan, organise sustainment (MSA, training, documentation, audits, lessons learned) and measure the project's lasting benefits.3 QCM
Unit 9Design for Six Sigma: frameworks, tools and robust design
- 01DFSS frameworks: DMADV, IDOV, Design for X and strategic toolsPosition DFSS relative to DMAIC, run DMADV or IDOV and apply Design for X approaches and strategic design tools.3 QCM
- 02Design tools: QFD, TRIZ, axiomatic design and systematic designDeploy the house of quality (QFD) and recognise the contributions of TRIZ, axiomatic design and systematic design to concept generation.3 QCM
- 03Robust design, statistical tolerancing, DFMEA and reliabilityApply robust design concepts (Taguchi), compute statistical tolerancing, link DFMEA and PFMEA and assess the reliability and maintainability of a design.3 QCM
Mock exam
48 questions drawn at random from every unit, 90 minutes, 70% pass mark. Unlocked once every lesson and every case has been completed.
Body of knowledge
Aligned with the ASQ CSSBB Body of Knowledge (9 sections including DOE and DFSS). References →
Certificate
When you pass the mock exam (≥ 70%), you download a personal PDF certificate with a verification QR code. It explicitly states that it is a private, non-certifying training program.
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