Desing For Six Sigma Black Belt
The Design for Six Sigma (DFSS) Black Belt training focuses on advanced design tools and methods to create innovative, reliable, and customer-focused products and processes. Topics include TRIZ, Axiomatic Design, advanced Voice of the Customer (VOC) analysis, tolerance design, DOE techniques, and simulation to optimize and strengthen design performance.
The DFSS Black Belt Online Virtual-Led is a 3-day course taking place Tuesday to Thursday. Each day of training will last seven hours long including breaks.
Course Hours (given by each time zone):
- 10 am – 5 pm (Eastern)
- 9 am – 4 pm (Central)
- 8 am – 3 pm (Mountain)
- 7 am – 2 pm (Pacific)
Prerequisite: Have a DFSS Green Belt and advised DMAIC Green Belt experience
DFSS Black Belt Virtual-Led Features
- $1,895 Special Pricing per person for the DFSS Green Belt Virtual-Led
- Access to course leader with extensive project experience
- Digital course manual
- Printed manual is available for an additional cost and can be shipped within the continental U.S. For non-continental or international addresses, extra shipping fees will apply
- Templates
- Engaging group exercises and breakout rooms
- Certificate after class attendance
- Project consulting support
- Certification review of the Lean project
- Certificate after project acceptance
- Attendees will earn 1.8 CEUs and 21 PDUs from IACET and PMI respectively after fully attending the class
- You can register at a later date for the DFSS Black Belt virtual-led class
- Zoom is used to deliver this Webinar. Click here to find the Zoom system requirements
- Please register at least 3 days before the event to ensure timely delivery
DFSS Black Belt Training Topic
- Gaining and analyzing advanced VOC: Kano Analysis
- Understanding the Theory of Inventive Problem Solving (TRIZ)
- Dealing with Contradictions in Design: 40 principles and Separation principles
- TRIZ Problem Solving: Prediction and Effects
- Axiomatic Design: Understanding Design Simplification and Interface Management
- Building Quality into the Design and Process: QFD HOQ 3 and 4
- Managing Product Variation through Tolerance Design
- Introduction to Simulation in Design
- Basics of Product and Service Reliability
- Modeling and Refining Robust Designs through DOE
- Screening and Full Factorial Designs
- Response Surface Methods, Hill Climbing, and Modeling Process/Product Variation
Registration may be transferred to another virtual class attended within 6 months of originally scheduled date, there will be a $100 rescheduling fee if you are not able to attend your scheduled session. Please note, however, that refunds are not available.
Contact us if you have additional questions.
