Seven Basic Tools of Quality, SPC and Control Charts

Name: Seven Basic Tools of Quality, SPC and Control Charts
Rating: 4.2 (63 reviews)

Master the 7 Basic Tools of Quality (7 QC Tools) in a simple, effective manner including SPC and Shewhart Control Charts

Created byTechnobase Academy

Last updated 9/2020

English

English [Auto],

What you'll learn

Seven Basic tools of Quality control
Statistical process control
Different types of control charts
Make the 7 QC tools easily in Microsoft Excel
Problem solving, Application, Improve quality and process, achieve continuous improvement
Achieve enhanced Project Quality and solve Project problems with Root cause analysis
Understand the reasoning and background behind the application
The top Udemy course for mastering the 7 QC Tools including SPC and all types of Control Charts
Download all Excel sheets to start making your QC Tools and all Charts

Course content

1 section • 21 lectures • 2h 41m total length

Introduction and background of 7 QC Tools4:55
Introduction and background, benefits and outcomes of the 7 QC Tools
Pareto Chart11:51
Utilize a Pareto chart, a combined bar and line graph, to rank causes in descending order and reveal the cumulative impact of the vital few for targeted improvements.
Make a Pareto Chart in Excel9:10
Create a Pareto chart in Excel by sorting values descending, building a cumulative percentage line, and using a combo chart with bars and a secondary-axis line.
Stratification and make a stratification chart in Excel10:04
Learn how stratification divides data into categories to reveal variation, plan stratification factors before data collection, and create an Excel stratification chart using a clustered column chart to compare groups.
Histogram9:04
Explore how a histogram shows the frequency distribution of a variable using intervals and groups. Identify patterns—symmetric unimodal, skewed, bimodal, or multimodal—and note the mean, variation, and the normal curve.
Make a Histogram in Excel11:13
Create a histogram in Excel from 100 observations, using about 10 intervals, with continuous data, and count frequencies via countifs to reveal the frequency distribution.
Cause-and-Effect "Fishbone" Diagram7:31
Uncover root causes with the cause-and-effect (fishbone) diagram, organizing factors into groups like men, materials, machines, methods, and measurements, through team brainstorming.
Make a Fishbone diagram in Excel3:21
Scatter Diagram5:55
Plot data sets on a scatter diagram (x axis for the cause, y axis for the effect) to reveal strong or weak, positive or negative, no relationship, or complex relationships.
Make a Scatter Diagram in Excel4:50
Learn to create a scatter diagram in Excel to analyze how temperature relates to film thickness, and identify no, weak, or strong positive relationships.
Check Sheet4:53
Background & Evolution of Quality Control12:15
Statistical Process Control11:30
Learn statistical process control and control charts that use a central line and three-sigma limits to detect assignable variation and improve quality while reducing spoilage.
Control Chart and Types of Control Charts13:34
Explore how control charts distinguish variable and attribute data, selecting subgroups and chart types by sample size, and interpret patterns to detect external causes and trends.
X Bar R Chart - Make X Bar Chart in Excel9:05
Learn to construct an X-bar and R chart in Excel using five-sample subgroups, calculate the mean and range, determine UCL and LCL, and interpret out-of-control points.
X Bar R Chart - Make R Chart in Excel4:31
X Bar S Chart - Make X Bar Chart in Excel7:00
X Bar S Chart - Make S Chart in Excel2:53
Construct an x bar s chart in Excel by calculating standard deviation to set UCL and LCL for sample size 11, and assess values for in or out of control.
Make P Chart in Excel7:29
Learn to construct a p chart in Excel for quality control, calculating p-bar, control limits, and handling variable sample sizes in SPC.
Make NP Chart in Excel6:01
Conclusion4:00
Explore the seven basic tools of quality, including histogram, stratification, Ishikawa diagram, and check sheets, and apply data collection, Pareto prioritization, and control charts for improvement.

Requirements

Basic knowledge of Excel is preferred

Description

Master the 7 Basic Tools of Quality with this course. As Kaoru Ishikawa mentioned, these 7 QC Tools can be used to solve 95% of Quality and process related issues. However, you need to understand the concepts and application clearly.

This course in explained in a simple and effective manner, including both the concepts as well as the application. Examples are included which are easy to follow, At the end of every QC Tool, its application is clearly explained using MS Excel.

Apply these tools for quality management, problem solving, process improvement and organizational level business initiatives and projects. This course will be useful for quality professionals and students, operations as well as project professionals. Master these tools to achieve huge improvements and breakthroughs.

Who this course is for:

Quality students and beginner professionals, Operation managers, Project professionals, Service quality professionals