2 Days
I.D.#88018
The impact of reliability extends far beyond reliability itself. It
establishes the cost of warranties, repair, maintenance and logistics,
and the indirect costs of unavailability, downtime, and the cost of
safety recalls. Design for Reliability (DFR) therefore must include the
entire life cycle performance, and the reduction of indirect costs from
low reliability. This course presents a view of new paradigms that have
yielded extraordinary return on investment (ROI).
The goal of this course is to aim at Zero Failures that disable the
system and thus achieve very high availability. The primary means
for designing high reliability and durability is through continuous
innovation: This seminar shows how to reduce the need for many
engineering changes and avoid warranty costs, by putting the right
effort in early design. It emphasizes cost savings techniques for design
validation, production validation and designing meaningful accelerated
life tests; of interest to the managers will be the elegant problem
solving techniques to get very high reliability with speed and efficiency.
The text, Product Assurance Technologies: Principles & Practices, will
be provided.
Learning Objectives
By attending this seminar, you will be able to:
Write a good product specification that avoids failures and
malfunctions
Manage reliability growth programs starting early in the design
Design out potential failure modes quickly
Design out warranty problems
Reduce test costs for design and production validation.
Please take our survey!
We invite you to comment on the Video Learning Lab because your feedback will help us improve and expand this innovative tool. What do you like about this service? What would you like us to add? Which experts should be featured in upcoming videos? What topics should we include? We want to hear from you, so please share your thoughts. Click here to take the survey.