 Education & Seminars
Design for Manufacturability (DfM)
This course material has been recently updated!
OBJECTIVES
DfM can reduce many costs, since products can be quickly assembled from fewer parts. Thus, products are easier to build and assemble, in less time, with better quality. Parts are designed for ease of fabrication and commonality with other designs. DFM encourages standardization of parts, maximum use of purchased parts, modular design, and standard design features. In this course, designers will learn how to save time and money by not having to "re-invent the wheel." The result is a broader product line that is responsive to customer needs.
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OVERVIEW
Imagine if a company could discover that 60 percent manufacturing costs are unnecessary. If it could act on it, would there be any need to outsource the jobs? Imagine further that lean manufacturing does not have to be mean. This course is about becoming very lean without being mean.
The participants will learn:
• How to recognize critical product features for ultrahigh quality
• How to translate critical design features into manufacturing requirements
• How to recognize wasteful practices
• How to replace wasteful practices into high impact best practices
• How to reduce wrong lean practices and do more of right practices
WHO SHOULD ATTEND
This course is intended for those involved in manufacturing, design, or test, who want a better understanding of how to design a product in less time with better quality.
OUTLINE
- • What is manufacturing reliability?
- • Goals of manufacturing reliability
- • New paradigms for manufacturing systems
- • Identifying product features for ultrahigh quality
- • Identifying key process characteristics to assure product features
- • Why inspection is rarely effective?
- • Process Failure mode and effects analysis (PFMEA)
- • Developing sound manufacturing controls
- • Why maintainability is important for zero unscheduled down time?
- • Techniques for developing reliability centered maintenance
- • Reliability improvement techniques
- • Maintainability improvement techniques
- • Total predictive maintenance
- • Elegant problem solving techniques for high return on investment
- • Fault tree analysis for solving difficult problems
- • Change analysis for sudden problems
- • Principles of lean ultrahigh quality
- • How to be the best lean producer
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