This course provides a solid foundation in Statistical Process Control (SPC) and its relationship to continuous improvement in medical environments.
Duration: 12 hours
Modality: Group
Participant limit: 15
Course Description
This course offers a complete immersion in the Design of Experiments (DOE) methodology for process characterization. Participants will explore the fundamentals of PCC, associated terminology and distributions related to process variability. Through data collection and analysis, they will be introduced to good experimental practices and advanced DOE techniques, applying them to specific practices. The final section focuses on the evaluation of process stability and capability, culminating in the creation of robust final reports.
At The End Of The Course You Will Be Able To
Course Content
This course offers a complete immersion in the Design of Experiments (DOE) methodology for process characterization.
Duration: 24 hours
CEUs: 2.5
Modality: Group
Participant limit: 15
This course offers a complete immersion in the Design of Experiments (DOE) methodology for process characterization.
Duration: 24 hours
CEUs: 2.5
Modality: Group
Participant limit: 15
This course provides a solid foundation in Statistical Process Control (SPC) and its relationship to continuous improvement in medical environments.
Duration: 12 hours
Modality: Group
Participant limit: 15
Lean about the fundamentals of Design of Experiments, a powerful set of tools that combine statistical knowledge with detailed experiment planning in order to efficiently understand how different variables and their interactions affect one or several process, product characteristics or outputs.
Duration: 21 hours
Modality: Group
Participant limit: 15
Stats Principles in Medical Devices is a course designed to proportionate the students with hands-on understanding of basic statistics tools.
Duration: 12 hours
CEUs: 1.35
Modality: Group
Participant limit: 15
Learn about the tools required for analyzing data and using this analysis in solving practical problems.
Duration: 12 hours
CEUs: 1.35
Modality: Group
Participant limit: 15