Six Sigma Black Belt

Mastering The Six Sigma Methodology

ABOUT THE PROGRAM

Six Sigma is set of rules that are useful in improving processes and providing a better quality of products and services in a given time frame.It collects and augments data from various businesses and finally removes any defects that exist in it. Six Sigma professionals create better products by implementing the techniques, methods and tools of Six Sigma. in a particular sequence.

When Motorola came up with the concept of Six Sigma in the 1980's, its main aim was to improve the time-cycle and reduce production errors. As per the rules of Six Sigma, only 3.4 errors can be allowed in a million processes. The Six Sigma methodology aims at fulfilling customer requirements, satisfying the customers to improve the relations with them which helps in keeping the customers/clients loyal to the organisation in times of difficulty even.

  • Uproot defects from any business processes

  • Understand the 5 Phase concept of DMAIC

  • Work as Team Leaders and Team Members in Six Sigma teams

  • Get Certified from Global Training Provider

  • Learn the Six Sigma methodology from Certified and experienced trainers

WHAT'S INCLUDED ?

Find out what's included in the training programme.

Includes

Courseware

Courseware will also be provided to the delegates so that they can revise the course after the training.

Includes

Certificate

Delegates will get certification of completion at the end of the course.

Includes

Exam(s) included

Exams are provided, as part of the course. Obtaining certification is dependant on passing these exams

Includes

Pre Course Material

It provides some basic knowledge about the course before training.

Includes

Tutor Support

A dedicated tutor will be at your disposal throughout the training to guide you through any issues.

Includes

Key Learning Points

Clear and concise objectives to guide delegates through the course.

PREREQUISITES

In order to certify the delegates must hold a completed projected with Six Sigma and and also an experience using the Six Sigma technology for three years.

TARGET AUDIENCE

The following category of professionals are included in the course list who can get benefit from taking the course:

  • Companies and their managements for implementing Six Sigma.
  • Project Managers to complete projects of extreme importance.
  • Quality Assurance Engineers who discover and develop various methods of increasing quality.
  • Audit managers to manage reviews of various companies.
  • Security professionals to implement policies judicially.
  • Management students for learning the benefits of using various methodologies.
  • Team leaders for supervising the teams correctly.
    • Software Professionals to develop high-quality software after applying techniques to manage variability.

WHAT WILL YOU LEARN?

  • How to finish off the projects and handing them over to process owners
  • Implement the various concepts of Lean
  • Present these projects to different levels of professionals
  • Work at various levels of leadership
  • Measuring various problems to remove barriers and achieve project success
  • Know the advanced statistical analyses that exist to evaluate the the relationship among the key inputs and process outputs
  • Know how to manage team aspects successfully and at a faster pace

Enquire Program

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PROGRAM OVERVIEW

The Six Sigma methodology focuses on improvising the time-cycle process and making sure there are least defects in any business processes. According to Six Sigma in order to get success over qualitative meters, qualitative scopes must take a precedence. This results in the credibility of the employees going up. Six Sigma applies to all the industries and can be practised by almost all professionals who belong to different industries. It can be used by people who use statistics, financial analysis and project management to achieve better business purposes. According to Six Sigma, any process that does not fulfil customer satisfaction is termed as an error.

Six Sigma practitioners go on upgrading themselves as they progress from White Belt to Black Belt professionals. According to Six Sigma, all business processes can be gauged and streamlined.

 EXAMINATION

Type: Multiple Choice Questions

Questions: 100

Pass Percentile: 70%

Language of Exam: English


PROGRAM CONTENT

  • PHASE I - DEFINE
    • An Overview of Six Sigma
      • Six Sigma – An Understanding
      • History of Six Sigma
      • Y = f(x) Approach
      • Methodology of Six Sigma
      • Roles & Responsibilities
    • Fundamentals of Six Sigma
      • Defining Process
      • VOC & CTQ’s
      • QFD
      • Cost of Poor Quality
      • Pareto (80:20 rule)
    • Projects of Lean Six Sigma
      • Six Sigma Metrics
      • Business Case & Charter
      • Project Team Selection
      • Project Risk Management
      • Project Planning
    • Lean Fundamentals
      • Lean & Six Sigma
      • History of Lean
      • The Seven Deadly Muda
      • Five-S (5S)
    • Phase II-MEASURING
      • Process Definition
        • Cause & Effect Diagrams
        • Cause & Effects Matrix
        • Process Mapping
        • FMEA
        • Theory of Constraints
      • Six Sigma Statistics
        • Basic Statistics
        • Descriptive Statistics
        • Distributions & Normality
        • Graphical Analysis
      • MSA
        • Precision & Accuracy
        • Bias, Linearity & Stability
        • Gage R&R
        • Variable & Attribute MSA
      • Process Capability
        • Capability Analysis
        • Stability Concept
        • Attribute Capability
        • Discrete Capability
        • Monitoring Techniques
      • Phase III - ANALYZING
        • Variation Patterns
          • Multi-Variable Analysis
          • Classes of Distributions
        • Inferential Statistics
          • Understanding Inference
          • Sampling
          • Sample Size
          • Central Limit Theorem
        • Hypothesis Testing
          • Hypothesis Testing Goals
          • Statistical Significance
          • Risk; Alpha & Beta
          • Types of Hypothesis Test
        • Hyp-Tests: Normal Data
          • One and Two Sample t-tests
          • One Sample Variance
          • One Way ANOVA
        • Hyp-Tests: Non-Normal Data
          • Mann-Whitney & Mood’s Median
          • Kruskal-Wallis
          • Moods Median
          • Friedman
          • 1 Sample Sign
          • 1 Sample Wilcoxon
          • 1 and 2 Proportion
          • Chi-Squared
          • Test of Equal Variances
        • Phase IV - IMPROVING
          • Simple Linear Regression
            • Correlation
            • X-Y Diagram
            • Regression Equations
            • Residuals Analysis
          • Multiple Regression
            • Non-Linear Regression
            • Multiple Linear Regression
            • Confidence Intervals
            • Residuals Analysis
            • Box-Cox Transformation
            • Stepwise Regression
            • Logistic Regression
          • Designed Experiments
            • Experiment Objectives
            • Experimental Methods
            • DOE Considerations
          • Full Factorial Experiments
            • 2k Full Factorial Designs
            • Linear & Quadratic Models
            • Orthogonal Designs
            • Model & Center Points
          • Fractional Factorials
            • Designs
            • Confounding Effects
            • Experimental Resolution
          • Phase V - CONTROLLING
            • Lean Controls
              • Control Methods for 5
              • kanban
              • Poka-Yoke
            • SPC
              • Data Collection for SPC
              • I-MR Chart
              • Xbar-R Chart
              • U Chart
              • P Chart
              • NP Chart
              • X-S chart
              • CumSum Chart
              • EWMA Chart
              • Control Methods
              • Control Chart Anatomy
              • Variation & Sampling
              • Control Limits
            • Planning for Six Sigma Control
              • Cost-Benefit Analysis
              • Control Plan Elements
              • Response Plan

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ABOUT Manchester

Manchester is one of the major cities in the northwest of England. According to 2015 census, its population was 530,300. With 2.55 million population, it is the second most popular urban area in the UK. Manchester City Council is the local authority in the Manchester.

The history of Manchester began with the civilian settlement that was established in AD 79 on a sandstone nearby the rivers Irwell and Medlock. The areas lying on the south bank of the River Mersey were merged in the 20th century and it became the part of Lanchester city.

Manchester remained the manorial township throughout the middle ages but started to expand in the turn of 19th century “at an astonishing rate”.  The unplanned urbanisation of Manchester come to boom with the revolution of textile manufacturing. As a result, it becomes the world’s first industrialised city.

Manchester gained the status of a city in 1853. In 1894, the Ship Canal was opened in Manchester. It creates the Manchester’s Port and joins the city and sea. Its prosperity fainted during the Second World War as this war resulted in deindustrialisation. In 1996, the IRA bombing led to broad investment and regeneration. 

Governance

Manchester City Council governs the city Manchester. In 1986, the prior Greater Manchester County Council was eliminated making it a unitary authority. Manchester is a member of English Core Cities Group since 1995. Thomas Greeley granted an agreement to the town of Manchester in 1301. In 1359, its borough status was gone in some court case.  

Climate

Manchester has an Oceanic temperature climate. The temperature in summer goes to 20 Celsius and reaches 25 particularly in July and August. Temperature now goes to 30 Celsius on occasions. During the winters, the temperature rarely follows below the freezing. There is general rainfall throughout the year. Manchester has an average of annual rainfall is 806.6 mm.

This means that 140.4 days per annum are rainy. The average of UK is 154.4 days per annum. It has high humidity level along with a great supply of soft water. This is one of the crucial factors that results in textile industry localization. Because of urban warming effect in the city, snowfall is not very common.

Demography

In 1931, the population of Manchester started to increase during the Victorian era. After it, the population start reducing rapidly because of the removal of the slum and the increased building of social housing overspill estates. In 2012, the estimated population was 510,700.

It is an increase of 1.6 since the 2011 MYE. The population has evolved to 20.8% since 2001. According to 2011 census, Manchester is the third fastest growing area. Manchester experienced the great percentage of growth outside the London with an increase of 500,000. With the increase of 2.8 % from 2011, the population is projected to reach 532,200 by 2021.

Economy

Along with Salford, Stockport, Tameside and Trafford, the Office for National Statistics produce economic data for Manchester city. The growth of the economy is comparatively high between 2002 and 2012 where growth was 2.3% that is above the national average of the Manchester.

The UK’s wide-ranging economy of the metropolitan is the third largest with GDP of $88.3 bn. As it continues to recover from the recession that is faced in 2008-10, Manchester compares favourably to other geographies. It reports the annual growth of 5% in business stock.

Landmarks

The buildings of Manchester shows the variety of architectural styles that range from Victorian to contemporary architecture. The use of red brick makes the city beautiful. There is a large number of cotton mills just outside the city.

Six Sigma and Its Techniques

Six Sigma is a set...