Contact Us
|
Support
English (US)
Deutsch (German)
Español (Spanish)
中国 (Simp. Chinese)
First-Time Registration
Home
Overview
Class List
Download Brochure
Free Trial Class
Take a Tour!
Price List
Contact Me
Contact Us
Solutions
Small and Medium Size Manufacturers
Large and Enterprise Manufacturers
Educational Institutions
Industrial Distributors
Individual Students
Training ROI
Latin America
Programs by Job Title
NIMS
Products
Classes
Assessments Tests
BookStore
Custom Training
Class List
Search Class Catalog
Newest Classes
Printable Class List
Clases en español
Future Classes
By Job Title
Customers
Student Login
Administrator Login
First-Time Registration
Take Assessment Test
Community
Support
Company
About Us
Partners
Press Releases
Newsletter
Contact Us
Careers
Blog
Home
>
Class Catalog
>
Class Overview
E-Mail Page
Print Page
Comments
What is the definition of product family?
Products that are grouped together based on the fact that they use the same machines or processes.
Learn more about product family in the class "Process Flow Charting 240" below.
Process Flow Charting 240
Quality Department
Class Information
Tooling U classes are offered at the beginner, intermediate, and advanced levels.
The typical class consists of 12 to 25 lessons and typically requires at least two hours of instruction time.
Class Name
Process Flow Charting 240
Description
This class covers the purpose and methods of flow charting, including spaghetti diagrams, process maps, and value stream maps.
Prerequisites
900130
900160
Difficulty
Intermediate
Number of Lessons
20
Take a Free Trial Class!
Contact Me!
Class Outline
Class Objectives
Objectives
Process Flow Charts
Process Values
Metrics
Tools for Flow Charting
Present-State Process Flow Charting
Future-State Process Flow Charting
Product Families
Types of Process Flow Charts
Present-State Spaghetti Diagram
Future-State Spaghetti Diagram
Sample Present-State Spaghetti Diagram
Sample Future-State Spaghetti Diagram
Present-State Process Map
Future-State Process Map
Value Stream Mapping
Value Stream Map Layout
Present- and Future-State Value Stream Maps
Pros and Cons of Flow Charting
Summary
Describe the purpose of flow charting.
Describe how flow charting helps manufacturers eliminate waste.
Describe the relationship between flow charts and metrics.
Describe the key characteristic of flow-charting tools.
Describe the purpose of a present-state flow chart.
Describe the purpose of a future-state flow chart.
Organize typical manufacturing products into families.
Distinguish among the main types of process flow charts.
Describe the purpose of a present-state spaghetti diagram.
Describe the purpose of a future-state spaghetti diagram.
Identify the actions needed to create a present-state spaghetti diagram.
Identify actions that transform a present-state spaghetti diagram into a future-state spaghetti diagram.
Match common process-mapping symbols with their descriptions.
Describe the advantages of using symbols in process maps.
Distinguish between categories of symbols used in value stream mapping.
Identify the direction of flow for each section of a value stream map.
Describe the main purpose of a future-state value stream map.
Describe drawbacks of flow charting.
Class Vocabulary
Term
Definition
changeover time
The time it takes to convert a machine from one process to another. Changeover may require switching fixtures, tools, programming, and other aspects of the manufacturing process.
cycle time
The actual time it takes to perform a task and forward it to the next step. One of the major goals of lean is to match cycle time to the customer's requirements.
future state
The improved condition for a process. A future-state flow chart maps out the manufacturing process as it should be, with all possible flaws and errors eliminated.
information symbol
A type of value stream mapping symbol that indicates the form, flow, and direction of communication and data. A jagged arrow, which represents electronic information, is an example of an information symbol.
material symbol
A type of value stream mapping symbol that indicates the origin, location, and movement of raw materials and parts within the system. A triangle, which represents inventory, is an example of a material symbol.
metric
A measured variable that is tracked and can be used to detect errors or variation and make improvements.
muda
A Japanese term meaning waste.
non-value added
Activities that do not contribute to the product or the process and should therefore be eliminated. Non-value added steps are waste.
non-value added but essential
Production activities ensuring that the value-added steps have been properly completed. For example, inspection does not contribute to the product, but it is necessary unless the process can be improved to the point where inspection can be eliminated.
present state
The current condition of a process. A present-state flow chart captures all of the details of a manufacturing process just as it is at the moment the chart is produced, including any flaws or errors.
process flow chart
A visual representation of the steps required to manufacture a product.
process map
A flow charting method that uses general symbols and arrows to show the flow of the manufacturing process.
process symbol
A type of value stream mapping symbol that indicates the actions that take place or the locations where processes occur. A U-shaped symbol, which represents a cell, is an example of a process symbol.
product family
Products that are grouped together based on the fact that they use the same machines or processes.
spaghetti diagram
A flow charting method that uses a continuous line to trace the path of a part through all phases of manufacturing. Spaghetti diagrams expose inefficient layouts and large distances traveled between steps.
value added
Any step in the production process that improves the product for the customer.
value stream map
A sophisticated flow charting method that uses symbols, metrics, and arrows to help visualize processes and track performance. This method helps determine which steps add value and which do not.