This course focuses on providing participants with a comprehensive understanding of manufacturing processes and their optimization within the context of Six Sigma and Lean Manufacturing methodologies. Manufacturing is the process of transforming raw materials or components into finished goods through various equipment, methods, techniques and processing. The test can be conveniently taken from the comfort of one’s home, library, or workplace. Upon successful completion and passing of the test a digital certificate will be issued to validate one’s achievement.
Course Overview
1.5 Types of Manufacturing Process
2.Discrete Production
3.What is Discrete Manufacturing in Theory?
1.Discrete Manufacturing in Action
2.Discrete Manufacturing Process Flow
4.Repetitive Production
1.Characteristics of Repetitive Manufacturing
2.The two types of repetitive production
3.Benefits of repetitive production
4.Repetitive production challenges
5.What is a repetitive process example?
5.Assembly lines
1.Benefits of assembly lines
6.Sources
Course Objective
Upon completion of this course you will be able to:
- Understand the key manufacturing processes and their role in Six Sigma and Lean Manufacturing methodologies
- Develop knowledge of process mapping and value stream analysis techniques for identifying improvement opportunities
- Learn how to apply process improvement tools and techniques to enhance efficiency and reduce waste in manufacturing processes
- Gain an understanding of the principles of standardized work and its importance in driving consistency and quality
- Learn techniques for balancing production lines and optimizing workflow to achieve smooth and efficient operations
- Understand the connection between manufacturing processes, variability reduction, and quality improvement
Target Audience:
Manufacturing Processes can be used by anybody who is involved in process improvement such as business analysts, engineers, project managers, advisors, maintenance, facilities and operation
Estimated time to complete:
Open format, self-paced
Curriculum
- 1 Section
- 31 Lessons
- Lifetime
- Manufacturing Processes36
- 1.15 Types of Manufacturing ProcessesCopy
- 1.2Job ShopCopy
- 1.3Complicated Workflow Of Job Shop ManufacturingCopy
- 1.47 Advantages Of Job Shop ProductionCopy
- 1.55 Disadvantages Of Job Shop ProductionCopy
- 1.6How Can Scaling Manufacturers Use Job Shop Manufacturing?Copy
- 1.7Simplify Job Shop Manufacturing with a Manufacturing ERPCopy
- 1.8A Job Shop Production Example (Production of Eyeglasses)Copy
- 1.9Manufacturing Process Quiz 1Copy3 Questions
- 1.10Batch ProductionCopy
- 1.11Characteristics of Batch ManufacturingCopy
- 1.12Master Batch Manufacturing Process Copy
- 1.13Continuous ProductionCopy
- 1.14Main characteristics of a Continuous ProductionCopy
- 1.15Classifications of Continuous ProductionCopy
- 1.16Manufacturing Process Quiz 2Copy4 Questions
- 1.17Continuous Production Examples in Different IndustriesCopy
- 1.18Advantages of continuous productionCopy
- 1.19Disadvantages of continuous productionCopy
- 1.20The maintenance requirements of continuous production plantsCopy
- 1.21How to set up a continuous production systemCopy
- 1.22What is Discrete Manufacturing In Theory?Copy
- 1.23Discrete Manufacturing in ActionCopy
- 1.24Discrete Manufacturing Process FlowCopy
- 1.25Manufacturing Process Quiz 3Copy10 Minutes4 Questions
- 1.26Repetitive ProductionCopy
- 1.27Characteristics of Repetitive ManufacturingCopy
- 1.28The Two Types of Repetitive ProductionCopy
- 1.29Benefits of Repetitive ProductionCopy
- 1.30Repetitive Production ChallengesCopy
- 1.31What is a Repetitive Process Example?Copy
- 1.32Manufacturing Process Quiz 4Copy4 Questions
- 1.33SourcesCopy
- 1.34Assembly linesCopy
- 1.35Benefits of Assembly linesCopy
- 1.36Manufacturing Process Final QuizCopy7 Questions
Target audiences
- Manufacturing Processes can be used by anybody who is involved in process improvement such as business analysts, engineers, project managers, advisors, maintenance, facilities and operation