New: Six Sigma Green Belt Curriculum
(7-day In-Class Instruction + Project)
Curriculum Description:
The Six Sigma Green Belt Curriculum is organized by the phases of the DMAIC Improvement Methodology. This curriculum emphasizes a step-by-step approach focusing on the key questions to ask during each phase. Specific tools and methods are taught to address those key questions. Examples illustrated include medical device manufacturing and transactional processes.
The curriculum structure consists of 7-day in-class instruction that is delivered over two separate weeks. (Week 1: 4-Days, Week 2: 3-Days). The two sessions are delivered approximately 6 weeks apart in order to give participants time to make progress on their improvement project. Participants will present their project and receive coaching during class.
Who Should Attend:
This hands-on workshop is intended for personnel focused on continuous improvement of manufacturing and transactional processes, products and services. Personnel working in such areas as Manufacturing, Quality, Engineering, R&D, Supply Chain, and Laboratory Sciences will benefit.
Six Sigma Green Belt Curriculum Agenda
Week 1: Define-Measure-Analyze
Day 1:
Introduction to Six Sigma and Lean Concepts
The Define Phase - Process Management
The Define Phase - Project Management
DMAIC Guidance Document: Define Phase Review
Day 2:
Introduction to Minitab
The Measure Phase: Establishing the Project Y
Measurement System Analysis (MSA)
Project Presentations
DMAIC Guidance Document: Measure Phase Review
Day 3:
Assessing Stability: Introduction to Statistical Process Control (SPC)
Process Capability Analysis
The Analyze Phase
Project Presentations
DMAIC Guidance Document: Analyze Phase Review
Day 4:
Introduction to Inferential Statistics
Project Presentations
Take-Home Quiz
Week 2: Improve-Control
Day 1:
The Improve Phase
Introduction to Regression Analysis
Design of Experiments: Factorial Designs
Project Presentations
DMAIC Guidance Document: Improve Phase Review
Day 2:
Design of Experiments: Fractional Factorial Designs
Project Presentations
Day 3:
The Control Phase
Sampling Plans for Validation Studies
DMAIC Guidance Document: Control Phase Review
Course Wrap-Up
Final Exam
For questions or to receive a quote, contact me using the link below or phone 847-650-3973.
The Six Sigma Green Belt Curriculum is organized by the phases of the DMAIC Improvement Methodology. This curriculum emphasizes a step-by-step approach focusing on the key questions to ask during each phase. Specific tools and methods are taught to address those key questions. Examples illustrated include medical device manufacturing and transactional processes.
The curriculum structure consists of 7-day in-class instruction that is delivered over two separate weeks. (Week 1: 4-Days, Week 2: 3-Days). The two sessions are delivered approximately 6 weeks apart in order to give participants time to make progress on their improvement project. Participants will present their project and receive coaching during class.
Who Should Attend:
This hands-on workshop is intended for personnel focused on continuous improvement of manufacturing and transactional processes, products and services. Personnel working in such areas as Manufacturing, Quality, Engineering, R&D, Supply Chain, and Laboratory Sciences will benefit.
Six Sigma Green Belt Curriculum Agenda
Week 1: Define-Measure-Analyze
Day 1:
Introduction to Six Sigma and Lean Concepts
The Define Phase - Process Management
The Define Phase - Project Management
DMAIC Guidance Document: Define Phase Review
Day 2:
Introduction to Minitab
The Measure Phase: Establishing the Project Y
Measurement System Analysis (MSA)
Project Presentations
DMAIC Guidance Document: Measure Phase Review
Day 3:
Assessing Stability: Introduction to Statistical Process Control (SPC)
Process Capability Analysis
The Analyze Phase
Project Presentations
DMAIC Guidance Document: Analyze Phase Review
Day 4:
Introduction to Inferential Statistics
Project Presentations
Take-Home Quiz
Week 2: Improve-Control
Day 1:
The Improve Phase
Introduction to Regression Analysis
Design of Experiments: Factorial Designs
Project Presentations
DMAIC Guidance Document: Improve Phase Review
Day 2:
Design of Experiments: Fractional Factorial Designs
Project Presentations
Day 3:
The Control Phase
Sampling Plans for Validation Studies
DMAIC Guidance Document: Control Phase Review
Course Wrap-Up
Final Exam
For questions or to receive a quote, contact me using the link below or phone 847-650-3973.