CSSBB study plan

Confirm that all eight domains carry equal 12.5% weight and re-sequence study order by content density rather than point value

Map each of the eight domains to the specific tools it owns, so no tool is filed under the wrong phase

Draft an enterprise deployment outline that names the strategic alignment, readiness assessment, infrastructure roles, and top three deployment barriers

Calculate and interpret rolling throughput yield, DPMO, and cost of poor quality from a provided process dataset

Build a personal glossary of 20 deployment and process-measurement terms written in your own words

Convert a vague customer complaint into a measurable problem statement with a baseline, a target, and a stated gap

Write a full project charter covering business case, problem statement, goal statement, scope boundaries, team roles, and milestone schedule

Translate three voice-of-customer inputs into CTQs with operational definitions and specification limits

Build a stakeholder analysis and RACI matrix for the charter project and flag the two highest-risk stakeholders

Diagnose three team dysfunctions using a named team-development model and write one countermeasure for each

Classify 15 given data points as continuous or discrete and assign the correct measurement scale and resolution to each

Write a data collection plan for the charter project specifying operational definitions, sampling method, sample size rationale, and stratification factors

Compute percent contribution and number of distinct categories from a Gage R&R variance table and state an accept/reject conclusion

Calculate Cp, Cpk, Pp, and Ppk from summary statistics and justify which indices to report when the data fail a normality test

Select between variables and attributes sampling plans for three stated scenarios and defend each choice

State the null and alternative hypothesis for six business questions and identify the correct test family for each

Calculate and interpret a one-sample and a two-sample test statistic by hand, including the p-value decision and the practical-significance caveat

Run a multi-vari study on a provided dataset to separate within-unit, between-unit, and temporal variation

Explain how sample size, effect size, and power trade off, and compute the required n for one stated effect size

Distinguish type I from type II error in two concrete project decisions and name the cost of each

Build and interpret a simple and a multiple regression model, reporting R-squared, adjusted R-squared, and residual diagnostics

Run a one-way ANOVA and a chi-square test on provided data and state the conclusion in plain business language

Select a nonparametric alternative for three datasets that violate normality or use ordinal scales

Construct a cause-and-effect diagram, a 5-why chain, and a Pareto chart for the charter defect, then verify the suspected root cause with data rather than opinion

Separate correlation from causation in two provided scenarios and name the confounder in each

Design a two-factor, two-level full factorial with a center point and state its resolution, aliasing, and the interaction you can estimate

Screen eight candidate process inputs down to three using an FMEA risk ranking plus a Pareto of pilot results

Write an improvement pilot plan with success criteria, sample size, duration, and an explicit rollback trigger

Select and justify one lean countermeasure (standard work, 5S, kanban, or poka-yoke) for the charter's critical defect

Validate that the chosen solution addresses the verified root cause rather than a symptom

Build a control plan listing each critical X, its specification, monitoring method, frequency, owner, and reaction plan

Construct an Xbar-R chart and a p-chart from provided data and apply the standard run and trend rules to detect out-of-control signals

Compute process capability after improvement and compare it to the pre-improvement baseline

Write two standard operating procedures and a training-and-communication plan for handoff to the process owner

Close the project by verifying achieved versus target sigma level, documenting lessons learned, and stating the financial validation method

Complete two full-length timed practice exams and log every miss by domain and failure mode

Re-drill the two weakest domains to 80% or better on a targeted 40-question set

Recite the decision logic for choosing among hypothesis tests, control charts, and DOE designs from memory without notes

Rebuild a one-page formula sheet covering capability indices, control limits, sample size, and sigma-level conversion

Re-read every flagged glossary term and rewrite any definition you cannot restate cleanly