Title: Recognizing Different Perspectives on Quality Slide 1 of 3
1INTRODUCTION
2Recognizing Different Perspectives on
QualitySlide 1 of 3
- Different Perspectives on Quality
- There are many different definitions and
dimensions of quality. - For the present, you should view quality as a
measure of goodness that is inherent to a product
or service. - Employees working for the same firm often view
quality differently as illustrated in the next
slide.
3Recognizing Different Perspectives on
QualitySlide 2 of 3
Different View of Quality that can Exist in the
Same Firm
Engineering
Marketing
Accounting
A product engineer might associate quality with
product design
A marketing executive might associate quality
with quick design time
An accountant might associate quality with low
product cost
4Recognizing Different Perspectives on
QualitySlide 3 of 3
- As Illustrated in the Preceeding Slide,
Perceptions on Quality Can Vary - In order to communicate effectively about
quality, managers need to recognize that
differences in perceptions of quality exist.
5DEFINITION OF QUALITY
- It is difficult to define quality. Everything we
do has some quality elements in it. An example,
choosing the clothes we wear, colour, features,
comfort, affordability, suitability, the design
is associated to some quality aspect. We know it
when we see it, feel it, touch it, wear it and
buy it. How do we define quality, is where we
associate it with our criterion or perception of
quality that we have set in our mind or heart. As
long as it suits or fall on or between the
criterion or perception we set, met all or part
of it, we grade it as a product that met our
quality expectation.
6DEFINITION OF QUALITY
- Various definition can be found. Among them
- Conformance to requirements. (Crosby)
- Fitness for use or satisfies customers needs. (
J.M. Juran) - A predictable degree of uniformity and
dependability at low cost and suited to the
market. ( W. Edwards Deming) - The totality features and characteristics of a
product or service that bear upon its ability to
satisfy stated or implied needs. (ISO 8402) - Totality of features and characteristics of a
product or service that bears on its ability to
satisfy given needs. (ANSI ASQ)
7 What Is Quality?
- Garvins Definitions of Quality
- David Garvin of the Harvard Business School found
that most definitions of quality were either
transcendent, product-based, user-based,
manufacturing-based, or value-based. - Garvins Dimensions of Product Quality
- Using the five definitions of quality, Garvin
developed a list of eight quality dimensions. - Service Quality Dimensions
- Parasuraman, Zeithamel, and Berry of Texas AM
University published a widely recognized set of
service quality dimensions.
8 Garvins Definitions of Quality?Slide 1 of 2
- Transcendent Definition
- Quality is something that is intuitively
understood but nearly impossible to communicate
such as beauty or love. - Product-Based Definition
- Quality is found in the components and attributes
of a product. - User-Based Definition
- If the customer is satisfied, the product has
good quality.
9 Garvins Definitions of Quality?Slide 2 of 2
- Manufacturing Based Definition
- If the product conforms to design specifications,
it has good quality. - Value-Based Definition
- If the product is perceived as providing good
value for the price, it has good quality.
10 Garvins Product Quality DimensionsSlide 1 of 4
Performance
Features
Durability
Reliability
Serviceability
Conformance
Aesthetics
Perceived Quality
11 Garvins Product Quality DimensionsSlide 2 of 4
- Performance
- Refers to the efficiency with which a product
achieves its intended purpose. - Features
- Attributes of a product that supplement a
products basic performance. - Reliability
- The propensity for a product to perform
consistently over its useful design life.
12 Garvins Product Quality DimensionsSlide 3 of 4
- Conformance
- Numerical dimensions for a products performance,
such as capacity, speed, size, durability, color,
or the like. - Durability
- The degree to which a product tolerates stress or
trauma without failing. - Serviceability
- Ease of repair.
13 Garvins Product Quality DimensionsSlide 4 of 4
- Aesthetics
- Subjective sensory characteristics such as taste,
feel, sound, look, and smell. - Perceived Quality
- Quality is as the customer perceives it.
Customers imbue products and services with their
understanding of their goodness. This is
perceived quality.
14 Service Quality DimensionsSlide 1 of 3
Parasuraman, Zeithamel, and Berrys Service
Quality Dimensions
Tangibles
Responsiveness
Service Reliability
Assurance
Empathy
15 Service Quality DimensionsSlide 2 of 3
- Tangibles
- Include the physical appearance of the service
facility, the equipment, the personnel, and the
communication material. - Service Reliability
- Differs from product reliability in that it
relates to the ability of the service provider to
perform the promised service dependably and
accurately.
16 Service Quality DimensionsSlide 3 of 3
- Responsiveness
- The willingness of the service provider to be
helpful and prompt in providing service. - Assurance
- The knowledge and courtesy of employees and their
ability to inspire trust and confidence. - Empathy
- Caring, individual attention paid to customers by
the service firm.
17 Why Does It Matter That Difference Definitions
of Quality Exist?
Understanding that definitions and dimensions of
quality exist allows measures to be taken to
provide a better basis for communication and
planning in a firm.
18 Differing Functional Perspectives on Quality
- Engineering Perspective
- Operations Perspective
- Strategic Management Perspective
- Marketing Perspective
- Financial Perspective
- Human Resources Perspective
19 Engineering Perspective on QualitySlide 1 of 4
- Nature of Engineering Perspective
- Engineers are interested in applying mathematical
problem solving skills and models to the problems
of business and industry. - Two of the major emphases in engineering
- Product design
- Process design
20 Engineering Perspective on QualitySlide 2 of 4
- Product Design Engineering
- Involves all of those activities associated with
developing a product from concept development to
final design and implementation. - Product design life cycle
- Key to quality as quality is assured at the
design stage. - Concurrent engineering
- The simultaneous performance of product and
process design activities. - Has resulted in improved quality and faster speed
to market for new products.
21 Engineering Perspective on QualitySlide 3 of 4
Product Design Life Cycle
Figure 1.1
Idea Generation
Prototype Iterations
Preliminary Design
Prototype Development
Final Definition
Product Design Evaluation
Implemen- tation
22 Engineering Perspective on QualitySlide 4 of 4
- Related Concepts
- Life Testing
- Is a facet of reliability engineering that
concerns itself with determining whether a
product will fail under controlled conditions
during a specified life. - Redundancy
- Is applied so that a back up system can take over
for the failed primary system. - Statistical Process Control
- Is concerned with monitoring process capability
and process stability.
23 Operations Perspective on QualitySlide 1 of 6
- Nature of Operations Perspective
- The operations management view of quality is
rooted in the engineering approach. - Like engineers, operations managers are very
concerned about product and process design. - However, rather than focusing on only the
technical aspects of these activities, operations
concentrates of the management of these
activities. - Operations management has developed into an
integrative field, combining concepts from
engineering, operations research, organizational
theory, organizational behavior, and strategic
management.
24 Operations Perspective on QualitySlide 2 of 6
- Systems View
- Operations management utilizes the systems view
that underlies modern quality management
thinking. - The systems view involves the understanding that
product quality is the result of the interactions
of several variables such as machines, labor,
procedures, planning, and management.
25 Operations Perspective on QualitySlide 3 of 6
The Systems View of Operation Management
Figure 1.3
Planning
Organizing
Inputs
Conversion Process
Outputs
Customers
Feedback
Controlling
26 Operations Perspective on QualitySlide 4 of 6
- Operations/Marketing Interface
- In recent years, a major advance in operations
management has been the improved understanding of
the operations/marketing interface. - The interface has resulted in an increased focus
on the customer. - This externalized view is important as operations
managers in firms still tend to be focused
heavily on meeting production schedules,
sometimes at the expense of good quality.
27 Operations Perspective on QualitySlide 5 of 6
- Strategic View of Operations Management
- Among the recent advances in operations
management has been a migration towards a more
strategic view. - Ferdows and Demeyer linked this strategic view of
operations management to quality management by
proposing the Sand Cone Model in which quality
was identified as the base on which lasting
improvement in other competitive dimensions were
established.
28 Operations Perspective on QualitySlide 6 of 6
An Operations Management Competence Model The
Sand Cone Model
Figure 1.4
Cost Efficiency
Speed
Dependability
Quality
29 Strategic Management Perspective on
QualitySlide 1 of 3
- Nature of the Strategic Management Perspective
- Strategy refers to the planning processes used by
an organization to achieve a set of long term
goals. - The planned course of action must be cohesive and
coherent in terms of goals, policies, plans, and
sequencing to achieve quality improvement. - Initially, quality-related strategic planning was
treated as if it were a separate exercise from
firm-level strategic planning. - However, quality management, to become pervasive
in a firm, needed to be included in all of the
firms business practices, including strategic
planning.
30 Strategic Management Perspective on
QualitySlide 2 of 3
A Generic Strategic Planning Process
Figure 1.5
Firm Mission and Goals
Internal Analysis
External Analysis
Strategic Options
Business Level Strategy
Corporate Level Strategy
Operational Subplans
Org. Reward Systems
Organizational Design
Conflict Politics and Change
Strategic Alignment Between Structure and Goals
31 Strategic Management Perspective on
QualitySlide 3 of 3
- Goal of Strategic Quality Planning
- The ultimate goal of strategic quality planning
is to aid an organization to achieve sustainable
competitive advantage. - Research shows that quality is still the major
concern of CEOs.
32 Marketing Perspective on QualitySlide 1 of 3
- Nature of Marketing Perspective
- Marketing efforts are often focused on managing
perceptions of quality. - Relationship Management
- Directing attention toward satisfying and
delivering value to the customer. - Tools for Influencing Customer Perceptions of
Quality - Price and advertising are the primary tools for
influencing customer perceptions of quality, but
are imperfect mechanisms.
33 Marketing Perspective on QualitySlide 2 of 3
A Marketing System
Figure 1.7
Organization
Offering
Payment
Intermediary
Payment
Offering
Offering
Payment
Customer
34 Marketing Perspective on QualitySlide 3 of 3
- Focus on Service
- Another important contribution of the marketing
perspective has been the focus on service. - Customer service surveys are important tools for
assessing the multiple dimensions of quality.
35 Financial Perspective on QualitySlide 1 of 4
- Nature of the Financial Perspective
- One of the most commonly asked questions about
quality management is will it pay us financial
benefits? - The financial perspective relies more on
quantified, measurable, results-oriented
thinking. - W. Edwards Deming made the first theoretical
attempt to link quality improvements to financial
results through the Deming Value Chain.
36 Financial Perspective on QualitySlide 2 of 4
The Deming Value Chain
Figure 1.8
Improve Quality
Productivity Improves
Cost decrease because of less rework, fewer
mistakes, fewer delays, snags better use
of machine-time and materials
Capture the Market
Provide Jobs and More Jobs
Stay in Business
37 Financial Perspective on QualitySlide 3 of 4
- Law of Diminishing Marginal Returns
- According to this law, there is a point at which
investments in quality improvement will become
uneconomical. - According to the quadratic economic quality level
model, higher levels of quality will result in
higher expenditures. - This view is at odds with the ethic of continual
improvement.
38 Financial Perspective on QualitySlide 4 of 4
Basic Economic Quality Level Model
Figure 1.9
Cost
Total Quality Costs Sum of Losses and Gains
Costs of Improving Quality
MinimumCost
Losses due to poor quality
Optimum Quality Level
Quality
39 Human Resources Perspective on QualitySlide 1
of 3
- Nature of Human Resources Perspective
- Understanding the human resources perspective on
quality is essential as it is impossible to
implement quality without the commitment and
action of employees. - Related Concepts
- Employee Empowerment
- Organizational Design
- Job Analysis
- 360-degree evaluation
- Total Quality Human Resources Management
40 Human Resource Perspective on QualitySlide 2 of
3
- Employee Empowerment
- Empowering employees involves moving decision
making to the lowest level in the organization. - Organizational Design
- Human resources managers are involved in many
aspects of organizational design, such as the
design of reward systems, pay systems,
organizational structure, compensation, training
mechanisms, and employee grievance arbitration. - Job Analysis
- Involves collecting detailed information about a
particular job.
41 Human Resource Perspective on QualitySlide 3 of
3
- 360-Degree Evaluation
- A performance measurement system in which an
employees peers, supervisors, and subordinates
are involved in evaluating the workers
performance. - Total Quality Human Resources Management (TQHRM)
- TQHRM involves many of the concepts of quality
management to provide a more supportive and
empowered environment.
42WHY QUALITY?
- Nakane(1986) introduce cumulative
model.(Nakane-Hall Model) which stresses that
quality is the base of all improvement.
Speed/Flexibility
Cost/Efficiency
Dependability
Quality
43 The Three Spheres of QualitySlide 1 of 4
Figure 1.10
Quality Management
Quality Assurance
Quality Control
44 The Three Spheres of QualitySlide 2 of 4
- Quality Control
- Includes phases of analysis, relation, and
generalization. - Activities relating to quality control include
- Monitoring process capability and stability
- Measuring process performance
- Reducing process variability
- Optimizing processes to nominal measures
- Performing acceptance sampling
- Developing and maintaining control charts
45 The Three Spheres of QualitySlide 3 of 4
- Quality Assurance
- Refers to activities associated with guaranteeing
the quality of a product or service. - Quality assurance activities include tasks such
as - Failure mode and effects analysis
- Concurrent engineering
- Experimental design
- Process improvements
- Design team formation and management
- Off-line experimentation
- Reliability/durability product testing
46 The Three Spheres of QualitySlide 4 of 4
- Quality Management
- The management processes that overarch and tie
together the control and assurance activities. - Quality management activities
- Planning for quality improvement.
- Creating a quality organizational culture.
- Providing leadership and support.
- Providing training and retraining.
- Designing an organizational system that
reinforces quality ideals. - Providing employee recognition.
- Facilitating organizational communication.
47 Other Perspectives on QualitySlide 1 of 2
- The Value-Added Perspective on Quality
- A customer-based perspective on quality that is
utilized by services, manufacturing, and public
sector organizations. - Involves a subjective assessment of the efficacy
of every step of the process for the customer.
48 Other Perspectives on QualitySlide 2 of 2
- Cultural Perspectives on Quality
- International marketers have long noted that
there are differences in tastes and preferences
between cultures and nations. - It is not so obvious that approaches to quality
improvement may differ according to culture.
49 Contingency Approach to Quality
- Contingency Theory
- Contingency theory presupposes that there is no
theory or method for operating a business that
can be applied in all situations. - As a result, a coherent quality strategy will
need to address key environmental variables. - Contingency Approach
- Definitions and dimensions of quality applied
within an organization will, and should vary. - Dimensions of quality will depend on the
environment in which a company operates. - Provides flexibility to managers in pursuing
quality.
50Total Quality Management
- TQM can be define as "continuous improvement
activities involving everyone in the organisation
- managers and workers - in a totally integrated
effort toward improving performance at every
level. This is directed towards satisfying
cross-functional goals such as quality, cost,
schedule, mission, needs, suitability and etc. - TQM ultimately focused on increased customer/user
satisfaction.
51Total Quality Management
- There are many ways to achieve customer
satisfaction. Among them are - Strategically Based
- Decision making and problem solving using
scientific approach - Focusing on Internal and External Customer
- Training and Education
- Employee Improvement and Empowerment
- Commitment
- Teamworking
- Continuous Improvement (Kaizen)
- All these lead to improvement in at least one of
the quality dimensions.
52Total Quality Management
- There are many approaches to Total Quality but
the most basic elements are focusing on - Customer
- Strategic Planning and Leadership
- Continuously Improving and Learning
- Employees Empowerment and Team-working
53Benefits of Total Quality Management
- According to Deming' Chain Reaction, by
emphasising on quality, organisation can
benefited in terms of
54References
- Garvin, D.A. Managing Quality The Strategic and
Competitive Edge. New York Free Press, 1988 - Garvin, D.A." What Does 'Product Quality' Really
Mean?" Sloan Management Review, Vol. 26, No.1,
1984, pp.25-43, and Greg Bounds, Lyle Yorks, Mel
Adams, Gipsie Ranney, Total Quality Management,
Towards the Emerging Paradigm, 1994, McGraw
Hill. p.p 41-51 - Ross Johnson and William O.Winchell, Production
and Quality (Milwaukee, WI American Society for
Quality, 1989), p.2. - Nakane, J. Manufacturing Futures Survey in
Japan, A Comparative Survey 1983-1986. Tokyo
Systems Science Institute, Weseda University, May
1986 - David L. Goetsch and Stanley B. Davis,
Introduction to Total Quality, Quality Management
for Production, Processing and Services, Second
Edition, 1997, Prentice Hall. p.p 4 - W. Edward Deming, Out of Crisis, Cambridge,
Mass. MIT Center for Advanced Engineering Study,
1986 and James R. Evans and James W. Dean. Jr,
Total Quality, Management, Organization and
Strategy, Second Edition, 2000, South-Western
Thomson Learning, p 45