This document discusses reliability engineering, quality management, design for manufacturing and assembly, and teamwork. It defines reliability as the probability a product will function as intended for a specified time period. Quality management principles ensure a product delights customers, lasts long, and works reliably through all phases from design to monitoring. Design for manufacturing and assembly focuses on ease of production and assembly to lower costs. Effective teamwork requires diversity and collaboration across functions.

1. DARWIN JAMES D. FRANCO
MBA 201

2.  It is a process that ensures a product, or system, performs a specified function
within a given environment over the expected lifetime.

3.  Reliability is defined as the probability that a product, system, or service will
perform its intended function adequately for a specified period of time, or will
operate in a defined environment without failure

5. 1. Define
2. Identify
3. Analyze and Assess
4. Quality and improve
5. Validate
6. Monitor and control

6.  It is a set of principles that encompass a multi-faceted approach to product design
that ensures a product will delight the customer, last long and work reliably in
service.

7.  According to Joseph Juran, the term quality of a part (or product or component) should
refer to the product features that meet customers’ needs and satisfaction, and to
avoidance from deficiencies that would minimize the chance of failure of the part.

9. 1. IDENTIFIES, PLAN FOR AND MANAGE FACTORS THAT IMPACT
ROBUSTNESS AND RELIABILITY OF PRODUCT
2. ELIMINATES OR REDUCES COST
3. IMPROVE QUALITY OF PARTS

10.  UNDERSTAND PAST QUALITY ISSUES
 DESIGNING THE PRODUCT RIGHTLY IN THE FIRST TIME
 SIMPLIFY THE DESIGN
 SELECT PARTS FOR QUALITY
 REUSE PROVEN DESIGN AND PART

11.  is a design approach that focuses on ease
of manufacture and efficiency of assembly. By simplifying the design of
a product it is possible to manufacture and assemble it more efficiently, in the
minimum time and at a lower cost.

12.  DFM involves designing for the ease of manufacture of
a product’s constituent parts. It is concerned with selecting the most cost-
effective materials and processes to be used in production, and minimizing
the complexity of the manufacturing operations.

13.  DFA involves design for a product’s ease of assembly. It is concerned with reducing
the product assembly cost and minimising the number of assembly operations.

14.  Reduce to a minimum the number of parts
 Standardize
 Facilitate input, handling and installation of parts

15.  Speed
 Lower assembly cost
 Higher quality and sustainability
 Shorter assembly time
 Increased reliability
 Safety

17. It’s about the team
Is the team diverse?
Is the team functional?