Six Sigma Yellow Belt

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Introduction
Course Details
Course Content
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A Quick Glance

Management skills that helps in getting high performance
Be the valuable Yellow Belt
Risk assessment skills that helps identify risks
Yellow Belt principles and methodologies

Performance is the powerful strength of an organisation. There is a wasteful use of resources during the implementation of the project. There is a need of a management approach that eliminates waste from project environment. Six Sigma is a management approach used for reducing waste by eliminating process variations. To improve your organisation’s performance, gain Six Sigma skills.

Our Six Sigma Yellow Belt course is inspired from successful Six Sigma business environments. It provides a basic understanding of Six Sigma concepts. You can start by gaining the following skills that the successful business environment has:

It implements Six Sigma principles: The success of the business relies on the implementation of these principles during project execution. You should gain deep knowledge on them.
It eliminates eight kind of Waste: Six Sigma is the management approach that removes waste from project environment.

Who should take this course

This training is designed for the following candidates:

Project Managers
Those willing to remove waste from their project environment

Prerequisites

Six Sigma Yellow Belt course has no prerequisites.

What Will You Learn

The purpose of this course is to acquaint you:

With Six Sigma Concepts
To identify risks in project environment

Tutor Support

Courseware

Manual

Refreshment

Course Overview

Six Sigma is a data-driven method for eliminating defects from manufacturing to transactional processes. This Six Sigma Yellow Belt course is designed to provide knowledge about DMAIC. It is Define, Measure, Analyse, Improve, and Control. You will get knowledge about project planning and management of risks in project environments.

Course Content

An Introduction to Six Sigma

What is Six Sigma as a Management philosophy?
Six Sigma Steps, Rules, and its Metrics
Define Effective teamwork
Related Case Study

Define Phase

What are Problem Statements?
Define Voice of the Customer (VOC)
Define Kano
Identify Critical to Quality

Measure Phase

What are measurement challenges?
What is the baseline of Process Performance?
Define Process Mapping and Value Stream Mapping

Analyse Phase

What is Exploratory Data Analysis?
Define Value Analysis
What are various types of waste?
The 5 Why’s of Root Cause Analysis and the Ishikawa diagrams

Improve Phase

Evaluating Improvement Solutions
Define Ease & Effect Matrix
An Overview of Risk Management

Control Phase

Improvement Maintenance
Measuring Ongoing process
An Overview of Statistical Process Control (SPC)

Conclusions

What is an example of Yellow Belt improvement?
Case Study (Financial Services)

Six Sigma

What is Six Sigma?

Six Sigma means a degree of quality that tries for near excellence. Six Sigma is a disciplined, data-driven tactic and practice for removing defects in any process – from manufacturing to transactional and from product to service.

The term Six Sigma created from terminology connected with arithmetical demonstrating of manufacturing processes. The maturity of a manufacturing process can be defined by a sigma rating specifying its harvest or the fraction of defect-free products it generates. A six sigma procedure includes 99.99966% of all likelihoods to yield some piece of a part are statistically likely to be free of flaws. Motorola set a goal of six sigma for all of its industrial processes, and this goal suited a by-word for the management and engineering performs used to attain it.

Methodologies:

DMAIC:

The DMAIC project procedure has five phases:

Define the system, the voice of the customer and their supplies, and the project goals, exactly.
Measure key features of the current process and gather pertinent data then compute the Process Competence.
Examine the data to examine and confirm cause-and-effect relationships. Regulate what the relationships are, and try to guarantee that all factors have been measured. Pursue out root reason of the defect under examination.
Improve or enhance the current process created upon data analysis using methods such as the design of trials, poka yoke or mistake proofing, and normal work to make a new, future state process. Set up pilot runs to finding process competence.
Control the future state process to confirm that any nonconformities from the target are modified before they result in flaws. Implement control systems such as arithmetical process control, manufacture boards, visual workplaces, and unceasingly monitor the process. This process is recurrent until the wanted quality level is gotten.

DMADV:

Define design aims that are steady with customer stresses and the enterprise plan.
Measure and classify CTQs, measure product competencies, production processability, and measure risks.
Examine to develop and design substitutes
Design a better substitute, best right per examination in the previous step
Confirm the design, set up pilot runs, appliance the production process and hand it over to the process owner.

Implementation Roles:

Six Sigma classifies some key roles for its successful implementation.

Executive Leadership contains the CEO and other members of top management. They are accountable for setting up a vision for Six Sigma operation. They also authorise the other role containers with the freedom and resources to travel new ideas for advanced developments by exceeding departmental fences and overwhelming inherent confrontation to change.
Winners take accountability for Six Sigma operation across the organisation in a combined manner. The Executive Leadership lures them from the upper organisation.
Master Black Belts act as in-house trainers on Six Sigma. They offer 100% of their time to Six Sigma. They help Champions and guide Black Belts and Green Belts. Separately from arithmetical errands, they devote their time on confirming the reliable application of Six Sigma across various functions and sections.
Black Belts work under Master Black Belts to smear Six Sigma practice to precise projects. They offer 100% of their valued time to Six Sigma. They primarily emphasis on Six Sigma project execution and special leadership with special errands, whereas Champions and Master Black Belts focus on classifying projects/functions for Six Sigma.
Green Belts are the employees who take up Six Sigma execution along with their other job tasks, working under the direction of Black Belts.

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About Newcastle

Newcastle

Newcastle upon Tyne is also known as Newcastle is a city located in North East of England. Newcastle is 166 km south of Edinburgh, 466 km north of London on River Tyne northern bank. It is a populous city in Northeast and also forms the core of Tyneside conurbation. This core of Tyneside is the eighth most populous urban area in the United Kingdom. Earlier, Newcastle was part of Northumberland County until 1400 when it became country itself. Newcastle is a home to Newcastle University. University is a member of Russel group and Northumbria University.

The city was developed during ancient settlement. Newcastle got its name after a castle built in 1080 by Robert Curthose. It grew as an important wool trade centre in the 14th century and later as major coal mining area. In Newcastle port was developed in the 16th century. Shipyards down the River Tyne was among the world largest shipbuilding as well as ship repairing centres. Newcastle economy includes digital technology, tourism, retail, cultural centres, corporate headquarters and learning. With the help of these city contributes 13 Billion Euro toward GVA of United Kingdom. Icons of Newcastle are Tyne Bridge and Newcastle United Football.

History

Electric trams started in Newcastle upon Tyne streets in 1901. Later these trams were replaced by buses. In 1901 Laing Art Gallery was established. Shipley Art Gallery was opened in 1917. The first cinema in Newcastle was opened in 1909. In 1900 Redneugh Road Bridge was built. In 1906 King Edward VII Railways Bridge was established. In 1925 Hatton Gallery was founded and In 1928 Tyne Bridge, a Suspension bridge was erected. In 20th-century coal exports decreased. In 1956 last coal mine that was located within boundaries of Newcastle was closed. Shipbuilding also decreased. During 1930’s mass unemployment occurred in Newcastle. In 2000 Life Science Centre was opened and In 2001 Millennium Bridge was opened. The present population of Newcastle Upon Tyne is 284,000.

Economy

During the 19th century, Newcastle played a significant role in the industrial revolution. Newcastle was leading centre for shipbuilding, coal mining, engineering, manufacturing and munitions. In the second half of 20th century, heavy industries declined. The city is known for its commitment to environment related issues. A programme was planned for Newcastle to become ‘the first Carbon Neutral town’. These plans slowly slipped, and now it hopes to become carbon neutral by 2050. Newcastle is a commercial and educational focus for North East England. The economy of Newcastle contributes around 13 billion Euros to UK GVA. Central Business District is situated in the Centre of the city. This is bounded by the central station, Haymarket and Quayside areas.