| COURSE : SIX SIGMA TOOLS FOR ANALYTICS | |
|---|---|
| Course Overview | Lean Six Sigma and its tools have created an impact in the operations of many companies. Lean and Six Sigma tools can be utilized to promote improvements in quality both as a systematic and strategic manner. Most of the taught Lean Six Sigma tools are quality techniques that are not really new. What can be different is simply the application and integration of the tools. Lean Six Sigma tools are included in its Define-Measure-Analyze-Improve-Control (DMAIC) improvement project execution roadmap. This roadmap’s execution is to create robust processes that let businesses attain standards that are high and in control. |
| Training Duration | Total Training Hours : 28-30 Hours Training Duration : 1 Week Total Training Days : 4-5 Working Days |
| Training Schedules | Weekdays (Sunday to Thursday)Regular Sessions : 4 Hrs Per day WeekEnds (Friday & Saturday)Fast Track Sessions: 6-8 Hours per day |
| Certifications: | Weekdays (Sunday to Thursday)Regular Sessions : 4 Hrs Per day WeekEnds (Friday & Saturday)Fast Track Sessions: 6-8 Hours per day |
| Tests | Yes |
| Learning Aids | Yes |
| Course Material | Hard & Soft Copies of Study Material |
| Language of Instruction | English |
| Instructor Helpline | Yes 1. Email 2. Social Media (For Emergency requirements) |
| Registration Requirements | 1. Passport Copy 2. Curriculum Vitae 3. Passport size photographs 4. Course Fee |
| Mode of Payment: | Cash / Cheque / Credit Card / Bank Transfer. |
| Eligibility Criteria (Who should attend this training) |
This course is designed to enable managers, section heads, engineers, supervisors, line leaders and subject matter experts to understand the main concepts and methodologies of the strategy. |
| Course Benefits |
This course will take you through a number of more than 35 lean Six Sigma tools and templates included, such as attribute measurement system analysis (attribute MSA), analysis of variance (ANOVA) with blocking, fishbone diagram, cause and effect matrix, Gantt chart, and the critical-to-quality-control (CTQC) tree diagram. |
| Course Contents / Outline |
The 5 Whys |