QUALITY SYSTEMS inBIOSCIENCE MANUFACTURINGBIOMAN Conference July 2015Prepared by Gretchen Ingvason as part of NSF ATE Grant #1304474 -(National Science Foundation Advanced Technical Education)
AGENDA Concepts in Quality Quality Systems Quality Operations Investigations Bring it to the Classroom7/6/2015BIOMAN Conference2
MY BACKGROUND7/6/2015BIOMAN Conference3
BIOTECHNOLOGY. feeding, fueling and healing theworld.7/6/2015BIOMAN Conference4
CONCEPTS IN QUALITYWhat is Quality?Industry OverviewStandards & Regulations7/6/2015BIOMAN Conference5
QUALITY IN MANUFACTURING Quality is an important component ofcost of goods sold. Tracked through multiple measures. Lack of quality can lead to product andcompany failure.7/6/2015BIOMAN Conference6
WHAT IS QUALITYQuality is a product (or service) with the features andcharacteristics which determine desirability and can becontrolled to meet certain basic requirements. Who determines desirability of features and/orcharacteristics? Why are they desirable? What are the requirements that can be controlled? How is it known if the requirements are met?Quality is determined by the Customer (end-user)based on their expectation and needs.7/6/2015BIOMAN Conference7
Manufacturer(Supplier)7/6/2015BIOMAN Conference8
QUALITY ORGANIZATIONS Regulatory: Government organizations with legal oversight ofindustry– US FDA, European Union, etc. Independent: Organizations providing external review of industryprocesses– International Organization for Standardization (ISO)– ANSI (American National Standards Institute)– USP (US Pharmacopeia Convention) Trade: Organizations supported by industry representingcommon interests and processes– American Society for Quality (ASQ)– ASTM International (American Society for Testing & Materials)7/6/2015BIOMAN Conference9
COST OF QUALITY Internal– Scrap, Rework Appraisal– Material ReceiptMeasurement– In-process/Final Inspection Prevention– Improvement, Planning External– Returns, WarrantyQuality is a value that must be built into the product.Quality cannot be inspected into the product7/6/2015BIOMAN Conference10
Quality – Career Pathways Multitude of industries– Pharmaceutical, Biotechnology, Medical Device, Automotive,Aerospace, Plastics, Food and Beverage, etc. ASQ d Quality Improvement AssociateCertified Process AnalystCertified Quality InspectorCertified Quality TechnicianCertified Calibration Technician Career Path– Quality Engineering– Regulatory Specialist– Utilize (leverage) current experience Entry into Engineering Technology or 4-year degree7/6/2015BIOMAN Conference11
VARIOUS INDUSTRIES & SECTORS Manufacturing– Corporate offices, Plants– Controlled Environments Service– Corporate Offices– Field work7/6/2015BIOMAN Conference12
MANUFACTURING Aerospace Medical Devices & Supplies– Complete vehicles, components– Pacemakers, gurneys, filters BioTechnology Measurement Systems– Gages, Vision Systems, CMM Chemicals– Adhesives, paint, pesticides, soaps Computer & Electronics– Boxes, gift wrap, diapers Pharmaceuticals– Audio/video, components, etc.– Prescription, over-the-counter Fabricated Metal Products Rubber & Plastic Products– heat treating, engraving, nails,– Tires, hoses, bags, pipes Foods– Animal feed, seasonings, snacks Machinery– Mowers, HVAC, assembly equipment7/6/2015 Paper Products Transportation & Parts– Cars, trucks, boats, components Various Retail GoodsBIOMAN Conference– Toys, clothing, sporting goods13
SERVICE Construction Information Services– Buildings, Infrastructure, roofing– Publishing, archiving Consulting– Management, Scientific, technical Educational Inspection Services– Residential, Power plants, Electrical Retail– Training, K-12, Secondary– Department Stores, Auto Dealers Financial & Insurance Social Services– Banks, Mortgages, Brokers– Relief Services, Vocational Rehab Government /Public Admin– Judicial, security, fire protection Scientific / Technical– Testing Services, Engineering Firms Healthcare– Blood banks, diagnostic labs7/6/2015BIOMAN Conference14
BIOTECHNOLOGY - Careers Agriculture / Aquaculture Environmental Monitoring– Protect animals/crops from disease– Growing plants/animals in water– Lab methods (i.e. microarrays) used tomonitor air/water/soil Food Safety Biodefense– Protect air/food/water from pathogenicmicroorganisms Biofuels– Identify pathogens or chemical additives andtheir source– Track source of meat (illegal/poached) Forensics– Diesel/ethanol purified from naturalsources– Criminal investigations (DNA) Biopharmaceuticals Medical Diagnostics– genomics, vaccines– Various tests Cosmetics– Discover and manufacture components7/6/2015BIOMAN Conference15
QUALITY SYSTEMSISO and FDA7/6/2015BIOMAN Conference16
QUALITY SYSTEMS Quality is a product (or service) with the features andcharacteristics which determine desirability and can becontrolled to meet certain basic requirements. Quality System–––––7/6/2015Say what you do (documents)Do what you say (training)Record what you did (write it down, quality records)Check the results (analysis)Act on the difference (improvement)BIOMAN Conference17
QUALITY SYSTEMS International Organization of Standardization (ISO)– ISO 9001:2008 Quality Management Systems – Requirements– ISO 13485:2003 Medical Devices – Quality Management Systems –Requirements for Regulatory Purposes– ISO/IEC 17025:2005 General Requirements and Competencies ofTesting and Calibration Laboratories– ISO/TS 16949 (Automotive)– AS 9001 (Aerospace)7/6/2015BIOMAN Conference18
QUALITY SYSTEMS US Food & Drug Administration (FDA)– 21CFR (Code of Federal Regulations) Part 210/211 Pharmaceuticals Part 600/601/610 Biologics Part 820 Medical Device– International Counterparts Japan – Pharmaceutical & Medical Device Agency Europe – European Directives Canada –Health Canada7/6/2015BIOMAN Conference19
CODE OF FEDERAL REGULATIONS (CFR) CFR is the codification of the general and permanentrules and regulations (sometimes called administrative law) The titles are broken down into:Chapters, Parts , Sections , and ParagraphsExample: 21 CFR 820.30(d) (1)would read Title 21, Part 820, Section 30, Paragraph (d)(1)7/6/2015BIOMAN Conference20
CODE OF FEDERAL REGULATIONS (CFR)Title 1General ProvisionsTitle 18Conversation of Power & WaterResourcesTitle 35Title 2Grants and AgreementsTitle 19Customs DutiesTitle 36Title 3The PresidentTitle 20Employee's BenefitsTitle 37Title 4AccountsTitle 21Food and DrugsTitle 38Title 5Administrative PersonnelTitle 22Foreign RelationsTitle 39Parks, Forests, and PublicPropertyPatents, Trademarks, andCopyrightsPensions, Bonuses & VeteransReliefPostal ServiceTitle 6Domestic SecurityTitle 23HighwaysTitle 40Protection of EnvironmentTitle 7AgricultureTitle 24Housing & Urban DevelopmentTitle 41Title 8Aliens and NationalityTitle 25Title 42Title 9Animals and Animal ProductsTitle 26IndiansInternal RevenuePublic Contacts and PropertyManagementPublic HealthTitle 43Public Lands: InteriorTitle 10EnergyTitle 27Alcohol, Tobacco & FirearmsTitle 44Title 11Federal ElectionsTitle 28Judicial AdministrationTitle 45Emergency Management &AssistancePublic WelfareTitle 12Banks and BankingTitle 29LaborTitle 46ShippingTitle 13Business Credit and AssistanceTitle 30Mineral ResourcesTitle 47TelecommunicationTitle 31Money and Finance: TreasuryTitle 48Federal Acquisition RegulationsSystemsTitle 14Aeronautics & Space(aka Federal Aviation Regulations)(aka Treasury Regulations)Reserved(Formerly Panama Canal)Title 15Commerce and Foreign TradeTitle 32National DefenseTitle 49TransportationTitle 16Commercial PracticesTitle 33Navigation & Navigable WatersTitle 50Wildlife & FisheriesTitle 17Commodity and SecuritiesExchangesTitle 34Education7/6/2015BIOMAN Conference21
cGXP cGXP -- Current Good [ ] Practices– Manufacturing (cGMP) Pharmaceutical Medical Device– Laboratory (cGLP)– Clinical (cGCP)7/6/2015BIOMAN Conference22
cGXP cGXP -- Current Good [ ] Practices– Manufacturing (cGMP) Pharmaceutical Medical Device“ practices required in order to conform to guidelines recommended byagencies that control authorization and licensing for manufacture and sale of drug products, and active pharmaceutical products. These guidelines provideminimum requirements that a manufacturer must meet to assure that theproducts are of high quality and do not pose any risk to the consumer or public ” (Wikapedia.com)– Laboratory (cGLP)– Clinical (cGCP)7/6/2015BIOMAN Conference23
cGXP cGXP -- Current Good [ ] Practices– Manufacturing (cGMP) Pharmaceutical Medical Device– Laboratory (cGLP) (non-clinical)“.embodies a set of principles that provides a framework within whichlaboratory studies are planned, performed, monitored, recorded, reported andarchived. These studies are undertaken to generate data by which the hazardsand risks to users, consumers and third parties, including the environment, canbe assessed GLP helps assure regulatory authorities that the data submittedare a true reflection of the results obtained during the study and can thereforebe relied upon when making risk/safety assessments. “ (Wikapedia.com)– Clinical (cGCP)7/6/2015BIOMAN Conference24
cGXP cGXP -- Current Good [ ] Practices– Manufacturing (cGMP) Pharmaceutical Medical Device– Laboratory (cGLP) (non-clinical)– Clinical (cGCP)“ enforces tight guidelines on ethical aspects of a clinical study. Highstandards are required in terms of comprehensive documentation for the clinicalprotocol, record keeping, training, and facilities, including computers andsoftware GCP guidelines include protection of human rights for the subjectsand volunteers in a clinical trial. It also provides assurance of the safety andefficacy of the newly developed compounds ” (Wikapedia.com)7/6/2015BIOMAN Conference25
QUALITY OPERATIONSIncoming InspectionProduct ReleaseManufacturing Support7/6/2015BIOMAN Conference26
Manufacturer(Supplier)7/6/2015BIOMAN Conference27
PROCESS FLOW - MANUFACTURING7/6/2015BIOMAN Conference28
QUALITY SYSTEMS–––––7/6/2015Say what you do (documents)Do what you say (training)Record what you did (write it down, quality records)Check the results (analysis)Act on the difference (improvement)BIOMAN Conference29
INSPECTION Customers want expectations and needs met consistently– Fitness for use– Form is free of defect– Functions as intended Evaluate product quality by comparing measurementresults with specifications Inspection process:––––Measurement of sampleComparison against specificationDecision based on resultsCorrective action, if necessaryInspection is after the fact –materials used, product built, labor spent7/6/2015BIOMAN Conference30
Inspection ProcessProduct SampleMeasurementCompleteMeasurement EquipmentProduct SpecificationPart DrawingEtc.NoMeet SpecificationYesSort / ReworkShip ProductNon-Conforming ProductMaterial Review Board (MRB)Downgrade ProductScrap Product7/6/2015BIOMAN Conference31
MEASUREMENT Measurement is a method for evaluating a propertyor characteristic of an object and describing it with anumerical or nominal value.––––––7/6/2015Dimensional (e.g. length, diameter, volume)Functional (e.g. flow rate, tensile strength)Chemical (e.g. material type, pH, etc.)Service (e.g. time between calls, maintenance response, etc.)Attribute (e.g. color, clarity, etc.)etc.BIOMAN Conference32
ACCURACY vs PRECISIONAccurate butnot preciseNeither accuratenor precise7/6/2015BIOMAN ConferencePrecise butnot accurateAccurateAndPrecise33
METROLOGY PROGRAM Measurement Fundamentals– Methods, equipment Calibration System– Verification7/6/2015BIOMAN Conference34
METROLOGY PROGRAM Measurement apabilityEquipment specificationsEnvironmental ControlsStandards UsageConfidence (Uncertainty) ProgramsDataHow to trust the results7/6/2015BIOMAN Conference35
METROLOGY PROGRAM Calibration System––––––––––Adequacy of equipment & standardsProcedures (Methods)Internal Process / External Vendor programIntervalsQuality (Confidence)SchedulingEnvironmental ControlsSoftware ValidationLabelsMeasurement TraceabilityHow to trust the equipment/tools7/6/2015BIOMAN Conference36
INSPECTION TECHNIQUES Qualitative or Quantitative Destructive or Non-Destructive 100% or Sample7/6/2015BIOMAN Conference37
INSPECTION PROCESS – DATA ANALYSIS Statistical Analysis– Descriptive – organization, summarization & display of data– Inferential –uses sample to draw conclusions about a population Understanding data– Measures of central tendency (mean, median, mode)– Measures of dispersion (range, variance, standard deviation)– Measures of shape (normal distribution, weibull, etc.)7/6/2015BIOMAN Conference38
SEVEN QUALITY TOOLS1.2.3.4.5.6.7.Flow Chart / Run ChartCheck SheetHistogramScatter Plot (Diagram)Control ChartsPareto ChartCause and Effect Diagram (a.k.a. Ishikawa or Fishbone)7/6/2015BIOMAN Conference39
SEVEN QUALITY TOOLS1.2.3.4.5.6.7.Flow Chart / Run ChartCheck SheetHistogramScatter Plot (Diagram)Control ChartsPareto ChartCause and Effect Diagram (a.k.a. Ishikawa or Fishbone)7/6/2015BIOMAN Conference40
HISTOGRAM EXAMPLE7/6/2015BIOMAN Conference41
SCATTER PLOT (DIAGRAM)noneNegative linearPositive non-linearCyclicClusters7/6/2015BIOMAN Conference42
SEVEN QUALITY TOOLS1.2.3.4.5.6.7.Flow Chart / Run ChartCheck SheetHistogramScatter Plot (Diagram)Control ChartsPareto ChartCause and Effect Diagram (a.k.a. Ishikawa or Fishbone)7/6/2015BIOMAN Conference43
STATISTICAL PROCESS CONTROL (SPC) Measure of process stability or variability“ SPC is applied in order to monitor and control a process.Monitoring and controlling the process ensures that itoperates at its full potential. At its full potential, the processcan make as much conforming product as possible with aminimum (if not an elimination) of waste (rework or scrap) ”Wikapedia.com A process under statistical control is predictable.7/6/2015BIOMAN Conference44
SPC: X-Bar / R Charts7/6/2015BIOMAN Conference45
PROCESS MEASURES Process Measures– Process Performance– Process Capability7/6/2015BIOMAN Conference46
INVESTIGATIONS5W’s1H5Whys7-Step processTools (pareto, cause/effect, etc.)7/6/2015BIOMAN Conference47
QUALITY SYSTEMS– Say what you do (documents)– Do what you say (training)– Record what you did (write it down, quality records)– Check the results (analysis)– Act on the difference (improvement)7/6/2015BIOMAN Conference48
Act on the difference Root Cause– The fundamental (true) reason a product or processnonconformance occurred.7/6/2015BIOMAN Conference49
Act on the difference Root Cause– The fundamental (true) reason a product or processnonconformance occurred. Root Cause Analysis (RCA)– Structured investigation (review) aiming to identify(determine) the true cause of a product or processnonconformance (problem) AND the actions necessaryto eliminate it. This extends beyond solving the symptoms of a problem,instead drilling down to discover its most fundamental cause.7/6/2015BIOMAN Conference50
Act on the difference Root Cause Analysis– Get to the root of the problem, not just immediate fix– Eliminate recurrence Investigative process– 5 Whys– Who, What, Where, When, Why, How– Cause & Effect Diagram7/6/2015BIOMAN Conference51
Cause & Effect Diagram(aka Ishikawa or mentBIOMAN ConferenceMethodPersonnel52
METHOD COMPARISONAndersen & FagerhaugPDSASix Sigma7-Step8-Disciplines (8D)RecognizePlanUnderstand the ProblemSelect TeamPlanDefineDefineIdentify Potential SolutionsData CollectionInterimContainment & ActionsDoData AnalysisIdentify Root CauseActMeasureAnalyzeAnalyzeImproveImproveChoose / VerifyPermanent CorrectionsControlValidateCorrective ActionsSustainPreventive ActionsControlCongratulate TeamAcknowledge Success7/6/2015Determine/ ID / VerifyRoot Cause &Escape PointsMeasureStudyRoot Cause EliminationDefineBIOMAN Conference53
IS – IS NOT MATRIXProblemTaper lengthincorrectISIS NOTDistinctionWhat happenedReported as shortFound in retainsOOS at customerWhere it happenedReported bycustomerfinal inspectionOOS at customerdata for product lotWhen it happenedMost recentproduct lot10 lots shipped inpast 8 monthsNo pattern incomplaintsExtent (frequency)Reported as everypiece inspectedNo NCRs reportedlast 16 monthsFirst complaint in24 monthsNo internalpatternWho did theinspectionsUnknowninspectormultiple inspectorsover 16 monthsNew inspector atCustomer?This was determined to be an inspection issue at the Customer.7/6/2015BIOMAN Conference54
BRING IT TO THE CLASSROOM7/6/2015BIOMAN Conference55
“Stackable Training for LaboratoryScience and Quality Technicians inBiopharmaceutical and BiomedicalManufacturing”Funded byNational Science Foundation Advanced Technical EducationAward Number: DUE-1304474Principal Investigator: John Henshaw, PhD,Dean Workforce DevelopmentProgram/Curriculum: Gretchen IngvasonSr. Learning Specialist7/6/2015BIOMAN Conference56
STACKABLE CURRICULUM7/6/2015BIOMAN Conference57
CODES OF PROFESSIONAL PRACTICE tialityObjectivityRespectfulnessObedience to the LawTeamwork, Communication (verbal/written),Data driven, Ethics - “Do no harm”7/6/2015BIOMAN Conference58
BRING TO THE CLASSROOM Mathematics Statistic Accuracy / Precision Metrology– Repeatability / Reproducibility– Error analysis Documentation Skills– Laboratory notebooks– Reporting (include failed results) Investigation Techniques7/6/2015BIOMAN Conference59
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Example: 21 CFR 820.30(d) (1) . Title 12 Banks and Banking Title 29 Labor Title 46 Shipping Title 13 Business Credit and Assistance Title 30 Mineral Resources Title 47 Telecommunication . Cause and Effect Diagram (a.k.a. Ishikawa or Fishbone) 7/6/2015 BIOMAN Conference 43. STATISTICAL PROCESS CONTROL (SPC)
The IncuCyte live-cell imaging system was used for cell migration assays (Essen BioScience). Cells were grown to confluence in 96-well or 24-well Essen Bioscience plates previously coated with 0.2% Gelatin (Sigma). The culture plates were loaded into the wound maker tool, wh
The Nobel Prize in Chemistry 2008 The Royal Swedish Academy of Sciences www.kva.se 1(7) The Nobel Prize in Chemistry 2008 INFORMATION FOR THE PUBLIC How the Jellyfi sh's Green Light Revolutionised Bioscience In the 1960s, when the Japanese scientist Osamu Shimomura began to study the bioluminescent jelly- fi sh Aequorea victoria, he had no idea what a scientifi c revolution it would lead to.
A Report to the House of Representatives Bioscience and Workforce Development Policy and Oversight Division Minnesota State Colleges and Universities: Institutional Responses to Serving Minnesota's Dislocated Workers February 25, 2010
The Smart Manufacturing Leadership Coalition (SMLC) defines smart manufacturing as "the intensified application of advanced intelligence systems to enable rapid manufacturing of new products, dynamic response to product demand, and real-time optimization of manufacturing production and supply-chain networks."(1) The ultimate goal of many smart manufacturing
To achieve this, manufacturing organisations are making strategic investments in quality management solutions. Exhibit 3 illustrates how the traditional quality management set-up in manufacturing is increasingly making a move towards the more future-ready closed-loop approach. Exhibit 3: Transforming Quality Management in Manufacturing
Fig. 1 A general manufacturing model 2.2 Quality assurance within a supply chain Manufacturing companies have a tendency to deliver products with technical specifications that are defined by a customer. This is only possible within a faultless manufacturing process, where constant monitoring over the manufacturing parameters is applied.
Advanced Manufacturing is the combination of information, technology and people, to add value to a manufacturing business or sector.Closely related to ideas such as Smart Manufacturing, Industry 4.0, and Industrial Digitalisation, Advanced Manufacturing builds on the agile, flexible and computer integrated manufacturing of the last 20 years.
Manufacturing USA coordinates and catalyzes public and private investment in precompetitive advanced manufacturing technology infrastructure. Manufacturing USA is designed to: 1) develop and transition new manufacturing technologies; 2) educate, train, and connect the manufacturing workforce; and 3)