Experiment Protocol Process Administrative Protocal Name Protocol ID Number Version History Background Description of the Process Motivations Instructions from Management Voice of the Customer (VOC) References to Process Information Calibration to establish accuracy GR&R study to demonstrate measurement reliability First Principles Process documentation, SOPs DFMEA & PFMEA SPC records Process capability studies Corrective Actions Problem to be Solved Review of Previous Investigations Experiment Design Input-Process-Output (IPO) Diagram Response(s) CTQs KPOVs Ordinary POVs Factors Controlled Uncontrolled Can't be measured Can be measured Type Qualitative Fixed Levels Random Levels Quantitative Chosen Design Design Family Low resolution designs, e.g. screening experiments for many PIVs Intermediate resolution designs, e.g. two-level factorials and fractional factorials High resolution designs, e.g. response surface designs Variables Matrix Design Matrix Alternative Designs Considered Sample Size Calculation Using the intended analysis/model Standard deviation estimate Effect size estimate and power Randomization Plan Validate by analyzing the run order as the response Blocking Plan Create the data collection worksheets Run number KPIVs CTQs Covariates Notes/comments Validate the design by analyzing a fictional response Experiment Procedure Personel required Equipment and hardware required Material required Safety plan Plan for managing interruption to production process Experimental procedure Data recording process Contingency Plan Review Management Review Technical Review Customer/Process Owner Review Institutional Review Board (IRB) Animal Review Board (ARB) Statistical Analysis Software to be used and version number Analysis Method ANOVA/Regression Regression Binary Logistic Regression Poisson Regression Regression with Life Data Other Models Full Model Post-Occam Model Alternative Models Tests of Assumptions Requirements of Residuals Homoscedasticity Normality Freedom from Outliers Goodness of Fit Contingencies Model Acceptance Criteria Contingency Model Model Confirmation Study Design of Analysis of Acceptance Criteria Model Application Maximize Minimize Hit target value Simultaneous requirements on CTQs Reduce process variation Robust design Cost Analysis Cost of the experiment Adminstrative cost Cost per cell of the experiment design matrix Cost per replicate observation Cost of analysis and interpretation Cost to implement the recommended actions Risks of not doing the experiment Experiment Report Format Administrative Information Findings (abstract or executive summary) Introduction Background information Goal Experiment Design Variables matrix Design Matrix Sample size, randomization, and blocking plan Alternative designs considered Experiment Administration Experiment Procedure Experimental Data Deviations from Protocol Analysis Software and Version Number Graphical analysis Statistical analysis Full Model Post-Occam Model Assumption Checks Normality Homoscedasticity Goodness of Fit Contingency analysis Interpretation of the model Evaluation against decision criteria Discussion Success or failure of the experiment Consequences of deviations from protocol Recommendations for future experiments