Resource Center
Quality Engineering, Reliability and Six Sigma
-
Maximizing Effectiveness and Efficiency in Your Engineering and Scientific WorkIn this Technically Speaking, realize the full potential of your engineering projects and targeted research initiatives by means of analytics. In this 45-minute session, learn essential tips and tricks for using data analytics to enhance efficiency and to drive innovation in your day-to-day work.
-
Mastering Quality Management: Strategies for Reliable and Actionable ResultsIn this Technically Speaking, discover the full potential of your quality assurance processes. This 45-minute session dives into the intricacies of ensuring high standards and effective quality control while avoiding common challenges.
-
Julia O'NeillStatistical expert Julia O'Neill shares lessons learned over the course of a career in the life sciences.
-
NXP ReliabilityAdvanced analytics practices honed through NXP's Citizen Data Scientist Program solve business-critical reliability challenges.
-
Advancing R&D Transformation through Data-Driven Science and Design of ExperimentsLearn how change agents at Johnson Matthey developed a coalition of support for data-driven science.
-
On 100 Years of the Shewhart Control ChartIn this paper, William H. Woodall commemorates the 100th anniversary of the control chart with some ideas on how to make fuller use of them. Readers will also receive practical advice on how one might achieve the best results implementing statistical process monitoring.
-
Understanding Variation: Assessing Process BehaviorIn this webinar, you’ll learn how to distinguish common cause and special cause variation, assess the health of your process and use the JMP's Control Chart Builder prevent unnecessary process shifts and reduce defects.
-
Transforming Clinical Data Workflows for In-depth Assessment and ExplorationGet insights into the transformative impact of advanced statistical methods in the realm of clinical trials.
-
The Relevance of Measurement Systems Analysis: A Case Study on MSA Methodology and ApplicationsDive into our two-part MSA webinar with Christian Neu of P&G. Discover how MSA enhances research, optimizes processes, and fast-tracks product launches. Part one covers MSA basics, while part two explores gauge validation. Upgrade your research acumen now!
-
Tracking and Trending Metrics in the Pharma and Biotech IndustryIn this on-demand webinar, you'll learn how to use process monitoring to know when to react to variation and how to differentiate the signals from the noise.
-
NikeWhy the democratization of analytics at Nike Air Manufacturing Innovation is helping redefine the boundaries of sport.
-
Murata FinlandAutomated data integration processes in JMP extract monumental value from the digital factory.
-
Quality Engineering Tools in Bio/PharmaIn this on-demand webinar, Jeff Upton showcases tools that are utilized for Statistical Process Control and Six Sigma workflows.
-
MarelliThe consolidation of big data management, analysis, data controls, prevention and prediction into a single workflow accelerates innovation.
-
Jeju Semiconductor CorporationAn all-in-one statistical workflow is key to optimizing the impact of an R&D-focused business model.
-
Thermo Fisher ScientificScientists and engineers working at the forefront of technology transfer integrate sophisticated statistical approaches in JMP.
-
DairygoldA dynamic process-enabling tool helps develop the analytics capability of the whole organization.
-
Achieving Product ReliabilityIn this chapter from the book Achieving Product Reliability, Bill Meeker, Necip Doganaksoy and Gerald Hahn introduce us to the role of statistics plays in reliability assurance.
-
STMicroelectronics ShenzhenA tiered Six Sigma program and standardization around JMP drive large-scale improvements.
-
Monitor, Understand and Optimize Your Processes: A Manufacturing Case StudyUsing a manufacturing case study, Andrea Coombs and Jason Wiggins demonstrate how to find process trends and relationships, monitor your processes, then model for process understanding and optimization.
-
DuPontInvesting in an analytics-capable workforce helps DuPont extract maximum value from its state-of-the-art digital factories.
-
Lead strategic quality engineering initiativesQuality experts at GE Aviation, Deloitte and Schweitzer Engineering Laboratories highlight modern quality methods
-
PPG IndustriesThe democratization of statistical best practices compliments domain knowledge to speed innovation.
-
AdociaStatistical approaches boost reproducibility and knowledge continuity in process transfer.
-
XaarSix Sigma champions accelerate an analytics transformation.
-
VishayA customized analytics workflow in JMP reduces unutilized engineering talent and saves money.
-
HeliatekAn automated dashboard helps establish statistical process control in a pilot production environment.
-
LonzaA customized design of experiments approach optimizes yield in bioreactors.
-
Parker LORDWhen early benchmarking proved that JMP could have potentially dramatic time saving benefits, employees led the way in changing the culture.
-
SeagateJMP and JMP Pro are an integral part of wide-ranging data analysis techniques, statistical process control, reliability analysis, experimental design and modeling.
-
NVIDIAManagement helps up-skill the workforce by integrating a free statistical analysis online learning resource.
-
Screening and Controlling Manufacturing Processes for Faster Process ImprovementLearn how to quickly focus your limited time and resources on the actions most likely to lead to meaningful process improvement.
-
KM BiologicsAn innovative in-house statistical literacy program goes beyond theory to teach practical data skills to scientists and engineers.
-
Why quality improvement is imperative in the big data eraXaar, NNE and IT&M Stats increase efficiency and effectiveness with modern quality engineering
-
Reliability Data AnalysisLearn about new trends in the statistical assessment of product reliability from expert Dr. Bill Meeker of Iowa State University.
-
Reliability Engineering: Modern Methods for Achieving High ReliabilityJoin Dr. Bill Meeker as he briefly reviews the history of the field of reliability engineering, outlines where it’s headed, and discusses both basic and emerging methods to help you achieve high reliability.
-
ASM InternationalASM utilizes statistical methods companywide to be more effective and efficient.
-
W.L. Gore GermanyStatisticians use DOE in JMP to optimize manufacturing processes and products.
-
Johnson Matthey Fine ChemicalsAt Johnson Matthey, JMP is the ‘active ingredient’ in process optimization
-
Chalmers University of TechnologyStudents jump-start their careers in industry with coursework in data methods and Six Sigma.
-
MurataEngineers apply JMP on-site to improve objective analysis results.
-
Daewoong PharmaceuticalA quality control team uses JMP to identify the root cause of a critical manufacturing issue.
-
Samson RopeEngineers reimagine one of the oldest technologies in human history: rope.
-
Cal Poly Department of Industrial and Manufacturing EngineeringStudents prepare for competitive industry careers by using JMP to learn manufacturing engineering.
-
SymriseFermentation specialists use design of experiments to perfect product development.
-
University of New HampshireFaculty integrate a free online learning resource into science and engineering course curriculum to better prepare students for industry careers.
-
US SyntheticResearch and process engineers use design of experiments in JMP to get quicker and more reliable results.
-
CoherentAt Coherent, lean manufacturing principles and comprehensive data analysis allow the company to compete in a crowded industry.
-
BridgestoneAnalytics speeds the R&D process for high-performance tire formulations.
-
De Montfort UniversityIndustry experts partner with the university to provide instruction on QbD best practices.
-
KodakKodak gets a boost from JMP in its drive for zero-defect performance.
-
Beijing AquariumWater quality engineers cut energy expenditure while furthering the Aquarium's conservation efforts.
-
CreeCree uses JMP to pinpoint and eliminate defects in the manufacturing process.
-
USoundEngineers use JMP to build process knowledge, assess and monitor performance and refine production quality.
-
Fujifilm Diosynth BiotechnologiesScientists use the Functional Data Explorer platform in JMP Pro to develop a cost-effective means to advance process knowledge in less time.
-
MerckBiostatisticians use interactive features in JMP to perform robust statistical analyses in less time.
-
SynbiCITEStatistical analysis brings discipline to state-of-the-art synthetic biology research.
-
SyngentaSyngenta brings science to the art of agronomy with cutting-edge statistical methods and sustainable technologies
-
ColoplastProcess specialists use Six Sigma and DOE to ensure a high quality product.
-
NXPJMP Pro improves solution design and manufacturing, Six Sigma training and process improvement.
-
Polar SemiconductorA quality control team uses JMP to identify the root cause of a critical manufacturing issue.
-
LynredEngineers use JMP Pro to optimize quality and reliability.
-
Roche SwitzerlandRoche provides biosensors that allow health care professionals to get bedside readings of the quality of a patient’s blood.
-
Tsukuba Medical CenterTsukuba Medical Center Hospital established a model for predicting the economic life of portable medical devices (infusion pumps) using the statistical analysis tool "JMP".
-
Siemens HealthineersQuality engineers optimize manufacturing, testing and performance of an innovative blood-analysis system.
-
Daeduck ElectronicsEngineers work to reduce the scrap budget, shorten experimentation times and extending the benefits of automation.
-
CienaEngineers use analytics to harmonize measurement systems, build process knowledge and maintain quality.
-
CelltrionQuality by Design advances safety, affordability and regulatory accountability.
-
Amperex Technology LtdIntegrated JMP analytics enable engineers to reduce process variation and optimize production.
-
Saint-Gobain NorProA quality control team uses JMP to identify the root cause of a critical manufacturing issue.
-
City of DurhamEngineers from the City of Durham use JMP to monitor water quality at Falls Lake.
-
US Department of Energy National Renewable Energy LaboratoryUS Department of Energy optimizes solar energy systems with JMP.
-
NXP SemiconductorsHow statistical testing is driving semiconductor producers towards zero defects.