10007152Making Biotechnology Products in a Quality Environment
Course Information
Description
The course reviews and illustrates the importance of quality in a laboratory environment, with special emphasis on how a quality system directly impacts laboratory scientists. The laboratory revolves around the creation of a product to be used in other courses in the biotechnology curriculum. Students will create the product, as well as monitor the quality of the process.
Total Credits
2
Course Competencies
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Analyze the concept of qualityAssessment StrategiesCase StudyCriteriaIdentify quality characteristicsIdentify how to measure quality in a productDescribe features in a quality product for consumptionDiscuss ways to measure “quality”Identify ways to add quality to a product Introduce role of FDA in ensuring quality in foods
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Examine the development of quality management systems in the United StatesAssessment StrategiesWritten ProductCriteriaDescribe the evolution of regulations that the FDA enforcesIllustrate how the quality of products increases as the regulations evolveDescribe the events that shaped the quality management movement in the United StatesIdentify failures or loopholes lead to improved regulationIdentify the major milestones that have resulted in quality regulation by the FDADefine the scope of FDA regulation (what it does and does not govern)
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Compare and contrast regulated and voluntary quality systemsAssessment StrategiesWritten ProductCriteriaDescribe the similarities between regulated and voluntary quality systems with regard to purposeContrast regulated and voluntary quality systems with respect to scopeContrast regulated and voluntary quality systems with respect to oversightDescribe the purpose, scope and oversight of the code of federal regulations current good manufacturing practicesDescribe the purpose, scope and oversight of ISO
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Define key concepts relating to qualityAssessment StrategiesStudy GuideCriteriaYou achieve at least 80% accuracy according to the standards of the supplied rubricDescribe the difference between requirements and standardsDefine “best practices”Discuss the relationship between error management and quality systems
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Evaluate how quality management systems control quality throughout all aspects of a businessAssessment StrategiesProcess MapCriteriaYou achieves at least 80% accuracy according to the standards of the supplied rubricDescribe the role of quality planning within a companyDefine the role of quality control (QC) within a companyDefine the role of quality assurance (QA) within a company
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Explain the role of auditing in assuring the quality of a productAssessment StrategiesStudy GuideCriteriaYou achieve at least 80% accuracy according to the standards of the supplied rubricExplain the roles of auditsIdentify the types of auditsDescribe the sections of a classic audit reportDefine three reasons auditors check for conformance to quality standards
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Explain basic statistical measures used to evaluate the quality of productsAssessment StrategiesCase StudyCriteriaDefine the type of sample selectedDescribe how an Ishikawa diagram can optimize qualityDescribe how an Ishikawa diagram relates to Pareto optimizationExplain the relationship between samples and populationsDiscuss the use of normal curves and standard deviation in quality optimizationIllustrate the use of Ishikawa diagrams for the elimination of process errorsDescribe Pareto optimization theoryExplain the elements of a quality control chart
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Describe the basic principles of the ISO 9000 quality standardsAssessment StrategiesStudy GuideCriteriaYou achieve at least 80% accuracy according to the standards of the supplied rubricExplain how adopting quality standards adds value to productsDescribe the basic elements of ISO 9000Define the ISO 9000 certification processDiscuss the pros and cons of ISO 9000
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Map the Six Sigma methodology (DMAIC)Assessment StrategiesStudy GuideCriteriaYou achieve at least 80% accuracy according to the standards of the supplied rubricDescribe the history of Six SigmaDefine the principles of Six SigmaDefine the components of Six Sigma
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Describe the basic principles of Lean (JIT) ManufacturingAssessment StrategiesStudy GuideCriteriaYou achieve at least 80% accuracy according to the standards of the supplied rubricDescribe the history of Lean (JIT) ManufacturingDefine the principles of Lean (JIT) ManufacturingDefine the components of Lean (JIT) Manufacturing
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Follow required professional safety protocolsAssessment StrategiesPractical AssessmentCriteriaYou achieve at least 80% accuracy according to the standards of the supplied rubricDemonstrate laboratory safety by following safety protocolsDispose of hazardous materials properly
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Describe the structure of a biotechnology companyAssessment StrategiesWritten ProductCriteriaYou achieve at least 80% accuracy according to the standards of the supplied rubricIdentify the units of a biotechnology companyIllustrate how each unit contributes to the financial viability of the production process
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Test raw materials for use in a production processAssessment StrategiesRaw materials training documentsRaw materials approval documentsGroup meeting minutes logCriteriaAll documents are completely and accurately filled in, signed and witnessedExplain the importance of raw materials testingTrain on SOPs used in raw materials testingPerform quality control measures on raw materialsComplete raw materials testing documentationRelease raw materials to production unit
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Make a biotechnology product in a quality environmentAssessment StrategiesProduction training documentsProduction quality control documentsGroup meeting minutes logCriteriaAll documents are completely and accurately filled in, signed and witnessedTrain on SOPs used in productionPerform quality control measures on productComplete production documentationTransfer product for stability testing
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Perform stability testing on a biotechnology productAssessment StrategiesStability testing training documentsStability testing quality control documentsGroup meeting minutes logCriteriaAll documents are completely and accurately filled in, signed and witnessedTrain on SOPs used in stability testingPerform stability testing measures on productComplete stability testing documentation
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Complete a performance reviewAssessment StrategiesPerformanceCriteriaThe performance review is completed, discussed and signed.Analyze the importance of a performance reviewObjectively review individual performanceIdentify professional strengthsIdentify areas for professional improvement
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Complete a self-auditAssessment StrategiesWritten ProductCriteriaThe audit documentation is complete, witnessed and signedAnalyze the importance of an auditComplete an internal auditCreate an audit report