ISO9000:2000(E)

Quality management systems – Fundamentals and vocabulary

1 Scope

This International Standard describes fundamentals of quality management systems, which form the subject of the ISO 9000 family, and defines related terms.

This International Standard is applicable to the following:

a) organizations seeking advantage through the implementation of a quality management system;

b) organizations seeking confidence from their suppliers that their product requirements will be satisfied;

c) users of the products;

d) those concerned with a mutual understanding of the terminology used in quality management (e.g. suppliers, customers, regulators);

e) those internal or external to the organization who assess the quality management system or audit it for conformity with the requirements of ISO 9001 (e.g. auditors, regulators, certification/registration bodies);

f) those internal or external to the organization who give advice or training on the quality management system appropriate to that organization;

g) developers of related standards.

2 Fundamentals of quality management systems

2.1 Rationale for quality management systems

Quality management systems can assist organizations in enhancing customer satisfaction.

Customers require products with characteristics that satisfy their needs and expectations. These needs and expectations are expressed in product specifications and collectively referred to as customer requirements. Customer requirements may be specified contractually by the customer or may be determined by the organization itself. In either case, the customer ultimately determines the acceptability of the product. Because customer needs and expectations are changing, and because of competitive pressures and technical advances, organizations are driven to improve continually their products and processes.

The quality management system approach encourages organizations to analyse customer requirements, define the processes that contribute to the achievement of a product which is acceptable to the customer, and keep these processes under control. A quality management system can provide the framework for continual improvement to increase the probability of enhancing customer satisfaction and the satisfaction of other interested parties. It provides confidence to the organization and its customers that it is able to provide products that consistently fulfill requirements.

2.2 Requirements of quality management systems and requirements for products

The ISO 9000 family distinguishes between requirements for quality management systems and requirements for products.

Requirements for quality management systems are specified in ISO 9001. Requirements for quality management systems are generic and applicable to organizations in any industry or economic sector regardless of the offered product category. ISO 9001 itself does not establish requirements for products.

Requirements for products can be specified by customers or by the organization in anticipation of customer requirements, or by regulation. The requirements for products and in some cases associated processes can be contained in, for example, technical specifications, product standards, process standards, contractual agreements and regulatory requirements.

2.3 Quality management systems approach

An approach to developing and implementing a quality management system consists of several steps including the following:

a)       determining the needs and expectations of customers and interested parties;

b)      establishing the quality policy and quality objectives of the organization;

c)      determining the processes and responsibilities necessary to attain the quality objectives;

d)      determining and providing the resources

e)       establishing methods to measure the effectiveness and efficiency of each process;

f)       applying these measures to determine the effectiveness and efficiency of each process;

g)      determining means of preventing nonconformities and eliminating their causes;

h)      establishing and applying a process for continual improvement of the quality management system.

Such an approach is also applicable to maintaining and improving and existing quality management system.

An organization that adopts the above approach creates confidence in the capability of its processes and the quality of its products, and provides a basis for continual improvement. This can lead to increased satisfaction of customers and other interested parties and to the success of the organization.

2.4 The process approach

Any activity, or set of activities, that uses resources to transform inputs to outputs can be considered as a process.

For organizations to function effectively, they have to identify and manage numerous interrelated and interacting processes. Often, the output from one process will directly form the input into the next process. The systematic identification and management of the processes employed within an organization and particularly the interactions between such processes is referred to as the “process approach.”

The intent of this International Standard is to encourage the adoption of the process approach to manage an organization.

Figure 1 illustrates the process-based quality management system described the ISO 9000 family standards. This illustration shows that interested parties play a significant role in providing inputs to the organization. Monitoring the satisfaction of interested parties requires the evaluation of information relating to the perception of interested parties as to the extent to which their needs and expectations have been met. The model shown in Figure 1 does not show processes at a detailed level.

2.5 Quality policy and quality objectives

Quality policy and quality objectives are established to provide a focus to direct the organization. Both determine the desired results and assist the organization to apply its resources to achieve these results. The quality policy provides a framework for establishing and reviewing quality objectives. The quality objectives need to be consistent with the quality policy and the commitment to continual improvement, and their achievement needs to be measurable. The achievement of quality objectives can have a positive impact on product quality, operational effectiveness and financial performance and thus on the satisfaction and confidence of interested parties.

NOTE Statements in parentheses do not apply to ISO 9001.

Figure 1 – Model of a process-based quality management system

2.6 Role of top management within the quality management system

Through leadership and actions, top management can create an environment where people are fully involved and in which a quality management system can operate effectively. The quality management principles (see 0.2) can be used by top management as the basis of its role, which is as follows:

a) to establish and maintain the quality policy and quality objectives of the organization;

b) to promote the quality policy and quality objectives throughout the organization to increase awareness, motivation and involvement;

c) to ensure focus on customer requirements throughout the organization;

d) to ensure that appropriate processes are implemented to enable requirements of customers and other interested parties to be fulfilled and quality objectives to be achieved;

e) to ensure that an effective and efficient quality management system is established, implemented and maintained to achieve these quality objectives;

f) to ensure the availability of necessary resources;

g) to review the quality management system periodically;

h) to decide on actions regarding the quality policy and quality objectives.

i) to decide on actions for improvement of the quality management system.

2.7 Documentation

2.7.1 Value of documentation

Documentation enables communication of intent and consistency of action. Its use contributes for

a)       achievement of conformity to customer requirements and quality improvement,

b)      provision of appropriate training.

c)      repeatability and traceability,

d)      provision o objective evidence, and

e)       evaluation of the effectiveness ad continuing suitability of the quality management system.

Generation of documentation should not be an end in itself but should be a value-adding activity.

2.7.2 Types of document used in quality management systems

The following types of document are used in quality management systems:

a) documents that provide consistent information, both internally and externally, about the organization’s quality management system; such documents are referred to as quality manuals;

b) documents that describe how the quality management system is applied to a specific product, project or contract; such documents are referred to as quality plans;

c) documents stating requirements; such documents are referred to as specifications;

d) documents stating recommendations or suggestions; such documents are referred to as guidelines;

e) documents that provide information about how to perform activities and processes consistently; such documents can include documented procedures, work instructions and drawings;

f) documents that provide objective evidence of activities performed or results achieved; such documents are referred to as records.

Each organization determines the extent of documentation required ad the media to be used. This depends on factors such as the type and size of the organization, the complexity and interaction of processes, the complexity of products, customer requirements, the applicable regulatory requirements, the demonstrated ability of personnel, and the extent to which it is necessary to demonstrate fulfillment of quality management system requirements.

2.8 Evaluating quality management systems

2.8.1 Evaluating processes within the quality management system

When evaluating quality management systems, there are four basic questions that should be asked in relation to every process being evaluated.

a) Is the process identified and appropriately defined?

b) Are responsibilities assigned?

c) Are the procedures implemented and maintained?

d) Is the process effective in achieving the required results?

The collective answers to the above questions can determine the result of the evaluation. Evaluation of a quality management system can vary in scope and encompass a range of activities, such as auditing and reviewing the quality management system, and self-assessments.

2.8.2 Auditing the quality management system

Audits are used to determine the extent to which the quality management system requirements are fulfilled. Audit findings are used to assess the effectiveness of the quality management system and to identify opportunities for improvement.

First-party audits are conducted by, or on behalf of, the organization itself for internal purposes and can form the basis for an organization’s self-declaration of conformity.

Second-party audits are conducted by customers of the organization or by other persons on behalf of the customer.

Third-party audits are conducted by external independent organizations. Such organizations, usually accredited, provide certification or registration of conformity with requirements such as those of ISO 9001.

ISO 19011 provides guidance on auditing.

2.8.3 Reviewing the quality management system

One role of top management is to carry out regular systematic evaluations of the suitability, effectiveness and efficiency of the quality management system with respect to the quality policy and quality objectives. This review can include consideration of the end to adapt the quality policy and objectives in response to changing needs and expectations of interested parties. The review includes determination of the need for actions.

Amongst other sources of information, audit reports are used for review of the quality management system.

2.8.4 Self-assessment

An organization’s self-assessment is a comprehensive and systematic review of the organization’s activities and results referenced against the quality management system or a model of excellence.

Self-assessment can provide an overall view of the performance of the organization and the degree of maturity of the quality management system. It can also help to identify areas requiring improvement in the organization and to determine priorities.

2.9 Continual Improvement

The aim of continual improvement of a quality management system is to increase the probability of enhancing the satisfaction of customers and other interested parties. Actions for improvement include the following:

a) analysing and evaluating the existing situation to identify areas for improvement;

b) establishing the objectives for improvement;

c) searching for possible solutions to achieve the objectives;

d) evaluating these solutions and making a selection;

e) implementing the selected solution;

f) measuring, verifying, analyzing and evaluating results of the implementation to determine that the objectives have been met;

g) formalizing changes.

Results are reviewed, as necessary, to determine further opportunities for improvement. In this way, improvement is a continual activity. Feedback from customers and other interested parties, audits and review of the quality management system can also be used to identify opportunities for improvement.

2.10 Role of statistical techniques

The use of statistical techniques can help in understanding variability, and thereby can help organizations to solve problems and improve effectiveness and efficiency. These techniques also facilitate better use of available data to assist in decision making.

Variability can be observed I the behaviour and outcome of many activities, even under conditions of apparent stability. Such variability can be observed in measurable characteristics of products ad processes, and may be seen to exist at various stages over the life cycle of products from market research to customer service ad final disposal.

Statistical techniques can help to measure, describe, analyse, interpret and model such variability, even with a relatively limited amount of data. Statistical analysis of such data can help to provide a better understanding of the nature, extent and causes of variability, thus helping to solve ad even prevent problems that may result from such variability, and to promote continual improvement.

Guidance on statistical techniques in a quality management system is given in ISO/TR 10017.

2.11 Quality management systems and other management system focuses

The quality management system is that part of the organization’s management system that focuses on the achievement of results, in relation to the quality objectives, to satisfy the needs, expectations and requirements of interested parties, as appropriate. The quality objectives complement other objectives of the organization such as those related to growth, funding, profitability, the environment and occupational health and safety. The various parts of an organization’s management system might be integrated, together with the quality management system, into a single management system using common elements. This can facilitate planning, allocation of resources, definition of complementary objectives and evaluation of the overall effectiveness of the organization. The organization’s management system can be assessed against the organization’s management system requirements. The management system can also be audited against the requirements of International Standards such as ISO9001 and ISO 14001:1996. These management system audits can be carried out separately or in combination.

2.12 Relationship between quality management systems and excellence models

The approaches of quality management systems given in the ISO9000 family of standards and in organizational excellence models are based on common principles. Both approaches

a) enable an organization to identify its strengths and weaknesses,

b) contain provision for evaluation against generic models,

c) provide a basis for continual improvement, and

d) contain provision for external recognition.

The difference between the approaches of the quality management systems in the ISO9000 family and the excellence models lies in their scope of application. The ISO 9000 family of standards provides requirements for quality management systems and guidance for performance improvement; evaluation of quality management systems determines fulfillment of those requirements. The excellence models contain criteria that enable comparative evaluation of organizational performance and this is applicable to all activities and all interested parties of an organization. Assessment criteria in excellence models provide a basis for an organization to compare its performance with the performance of other organizations.

3 Terms and definitions

A term in a definition or note which is defined elsewhere in this clause is indicated by boldface followed by its entry number in parentheses. Such a boldface term may be replaced in the definition by its complete definition. For example:

product (3.4.2) is defined as “result of a process (3.4.1)”;

process is defined as “set of interrelated or interacting activities which transforms inputs into outputs.”

If the term “process” is replaced by its definition, as follows:

product then becomes “result of a set of interrelated or interacting activities which transforms inputs into outputs.”

A concept limited to a special meaning in a particular context is indicated by designating the subject field in angle brackets, <>, before the definition, for example, technical expert <audit> (3.9.11).

3.1 Terms relating to quality

3.1.1

quality

degree to which a set of inherent characteristics (3.5.1) fulfils requirements (3.1.2)

NOTE 1 The term “quality” can be used with adjectives such as poor, good or excellent.

NOTE 2 “Inherent”, as opposed to “assigned”, means existing in something, especially as a permanent characteristic.

3.1.2

requirement

need or expectation that is stated, generally implied or obligatory

NOTE1 “Generally implied” means that it is custom or common practice for the organization (3.3.1), its customers (3.3.5) and other interested parties (3.3.7), that the need or expectation under consideration is implied:

NOTE2 A qualifier can be used to denote a specific type of requirement, e.g. product requirement, quality management requirement, customer requirement.

NOTE3 A specified requirement is one which is stated, for example, in a document (3.7.2).

NOTE4 Requirements can be generated by different interested parties.

3.1.3

grade

category or rank given to different quality requirements (3.1.2) for products (3.4.2) processes (3.4.1) or systems (3.2.1) having the same functional use

EXAMPLE Class of airline ticket and category of hotel in a hotel guide.

NOTE 4 Requirements can be generated by different interested parties.

3.1.4

customer satisfaction

customer’s perception of the degree to which the customer’s requirements (3.1.2) have been fulfilled

NOTE1 Customer complaints are a common indicator of low customer satisfaction but their absence does not necessarily imply high customer satisfaction.

NOTE2 Even when customer requirements have been agreed with the customer and fulfilled, this does not necessarily ensure high customer satisfaction.
3.1.5

capability

ability of an organization (3.3.1), system (3.2.1) or process (3.4.1) to realize a product (3.4.2) that will fulfill the requirements (3.1.2) for that product

NOTE Process capability terms in the field of statistics are defined in ISO 3534.2.

3.2 Terms relating to management

3.2.1

system

set of interrelated or interacting elements

3.2.2

management system

system (3.2.1) to establish policy and objectives and to achieve those objectives

NOTE A management system of an organization (3.3.1) can include different management system, such as a quality management system (3.2.3), a financial management system or an environmental management system.

3.2.3

quality management system

management system (3.2.2) to direct and control an organization (3.3.1) with regard to quality (3.1.1)

3.2.4

quality policy

overall intentions and direction of an organization (3.3.1) related to quality (3.1.1) as formally expressed by top management (3.2.7)

NOTE1 Generally the quality policy is consistent with the overall policy of the organization and provides a framework for the setting of quality objectives (3.2.5).

NOTE2 Quality management principles presented in this International Standard can form a basis for the establishment of a quality policy. (See 0.2.)

3.2.5

quality objective

something sought, or aimed for, related to quality (3.1.1)

NOTE 1 Quality objectives are generally based on the organization’s quality policy (3.2.4).

NOTE2 Quality objectives are generally specified for relevant functions and levels in the organization (3.3.1).

3.2.6

management

coordinated activities to direct and control an organization (3.3.1)

NOTE In English, the term “management” sometimes refers to people, i.e. a person or group of people with authority and responsibility for the conduct and control of an organization. When “management” is used in this sense it should always be used with some form of qualifier to avoid confusion with the concept “management” defined above. For example, “management shall…” is deprecated whereas “top management (3.2.7) shall …” is acceptable.

3.2.7

top management

person or group of people who direct and controls an organization (3.3.1) at the highest level

3.2.8

quality management

coordinated activities to direct and control an organization (3.3.1) with regard to quality (3.1.1)

NOTE Direction and control with regard to quality generally includes establishment of the quality policy (3.2.4) and quality objectives (3.2.5), quality planning (3.2.9) quality control (3.2.10), quality assurance (3.2.11) and quality improvement (3.2.12).

3.2.9

quality planning

part of quality management (3.2.8) focused on setting quality objectives (3.2.5) and specifying necessary operational processes (3.4.1) and related resources to fulfill the quality objectives

NOTE Establishing quality plans (3.7.5) can be part of quality planning.

3.2.10

quality control

part of quality management (3.2.8) focused on fulfilling quality requirements (3.1.2)

3.2.11

quality assurance

part of quality management (3.2.8) focused on providing confidence that quality requirements (3.1.2) will be fulfilled

3.2.12

quality improvement

part of quality management (3.2.8) focused on increasing the ability to fulfill quality requirements (3.1.2)

NOTE The requirements can be related to any aspect such as effectiveness (3.2.14), efficiency (3.2...15) or traceability (3.5.4).

3.2.13

continual improvement

recurring activity to increase the ability to fulfill requirements (3.1.2)

NOTE The process (3.4.1) of establishing objectives and finding opportunities for improvement is a continual process through the use of audit findings (3.9.5) and audit conclusions (3.9.6), analysis of data, management reviews (3.8.7) or other means and generally leads to corrective action (3.6.5) or preventive action (3.6.4).

3.2.14

effectiveness

extent to which planned activities are realized and planned results achieved

3.2.15

efficiency

relationship between the result achieved and the resources used

3.3 Terms relating to organization

3.3.1

organization

group of people and facilities with an arrangement of responsibilities, authorities and relationships

EXAMLE Company, corporation, firm, enterprise, institution, charity, sole trader, association, or parts or combination thereof.

NOTE 1 The arrangement is generally orderly.

NOTE 2 An organization can be public or private.

NOTE 3 This definition is valid for the purposes of quality management system (3.2.3) standards. The term “organization” is defined differently in ISO/IEC Guide 2.

3.3.2

organizational structure

arrangement of responsibilities, authorities and relationships between people

NOTE 1 The arrangement is generally orderly.

NOTE 2 A formal expression of the organizational structure is often provided in a quality manual (3.7.4) or a quality plan (3.7.5) for a project (3.4.3).

NOTE 3 The scope of an organizational structure ca include relevant interfaces to external organizations (3.3.1).

3.3.3

infrastructure

<organization> system of facilities, equipment and services needed for the operation of an organization (3.3.1)

3.3.4

work environment

set of conditions under which work is performed

NOTE Conditions include physical, social, psychological and environmental factors (such as temperature, recognition schemes, ergonomics and atmospheric composition).

3.3.5

customer

organization (3.3.1) or person that receives a product (3.4.2)

EXAMPLE Consumer, client, end-user, retailer, beneficiary and purchaser.

NOTE A customer can be internal or external to the organization.

3.3.6

supplier

organization (3.3.1) or person that provides a product (3.4.2)

EXAMPLE Producer, distributor, retailer or vendor of a product, or provider of a service or information.

NOTE 1 A supplier can be internal or external to the organization.

NOTE 2 In a contractual situation a supplier is sometimes called “contractor.”

3.3.7

interested party

person or group having an interest in the performance or success of an organization (3.3.1)

EXAMPLE Customers (3.3.5), owners, people in an organization, suppliers (3.3.6), bankers, unions, partners or society.

NOTE A group can comprise an organization, a part thereof, or more than one organization.

3.4 Terms relating to process and product

process

set of interrelated or interacting activities which transforms inputs into outputs

NOTE 1 Inputs to a process are generally outputs of other processes.

NOTE 2 Processes in an organization (3.3.1) are generally planned and carried out under controlled conditions to add value.

NOTE 3 A process where the conformity (3.6.1) of the resulting product (3.4.2) cannot be readily or economically verified is frequently referred to as a “special process.”

3.4.2

product

result of a process (3.4.1)

NOTE1 There are four generic product categories, as follows:

-          services (e.g. transport);

-          software (e.g. computer program, dictionary);

-          hardware (e.g. engine mechanical part);

-          processed materials (e.g. lubricant).

Many products comprise elements belonging to different generic product categories. Whether the product is then called service, software, hardware or processed material depends on the dominant element. For example the offered product “automobile” consists of hardware (e.g. tyres), processed materials (e.g. fuel, cooling liquid), software (e.g. engine control software, driver’s manual), and service (e.g. operating explanations given by the salesman).

NOTE 2 Service is the result of at least one activity necessarily performed at the interface between the supplier (3.3.6) and customer (3.3.5) and is generally intangible. Provision of a service can involve, for example, the following:

-          an activity performed on a customer-supplied tangible product (e.g. automobile to be repaired);

-          an activity performed on a customer-supplied intangible product (e.g. the income statement needed to prepare a tax return);

-          the delivery of an intangible product (e.g. the delivery of information in the context of knowledge transmission);

-          the creation of ambience for the customer (e.g. in hotels and restaurants).

Software consists of information and is generally intangible and can be in the form of approaches, transactions or procedures (3.4.5)

Hardware is generally tangible and its amount is a countable characteristic (3.5.1). Processed materials are generally tangible and their amount is a continuous characteristic. Hardware and processed materials often are referred to as goods.

NOTE 3 Quality assurance (3.2.11) is mainly focused on intended product.

3.4.3

project

unique process (3.4.1), consisting of a set of coordinated and controlled activities with start and finish dates, undertaken to achieve an objective conforming to specific requirements (3.1.2), including the constraints of time, cost and resources

NOTE 1 An individual project can form part of a larger project structure.

NOTE2 In some projects the objectives are refined and the product characteristics (3.5.1) defined progressively as the project proceeds.

NOTE 3 The outcome of a project may be one or several units of product (3.4.2).

NOTE 4 Adapted from ISO 10006:1997.

3.4.4

design and development

set of processes (3.4.1) that transforms requirements (3.1.2) into specified characteristics (3.5.1) or into the specification (3.7.3) of a product (3.4.2), process (3.4.1) or system (3.2.1)

NOTE 1 The terms “design” and “development” are sometimes used synonymously and sometimes used to define different stages of the overall design and development process.

NOTE 2 A qualifier can be applied to indicate the nature of what is being designed and developed (e.g. product design and development or process design and development).

3.4.5

procedure

specified way to carry out an activity or a process (3.4.1)

NOTE1 Procedures can be documented or not.

NOTE2 When a procedure is documented, the term “written procedure” or “documented procedure” is frequently used. The document (3.7.2) that contains a procedure can be called a “procedure document”.

3.5 Terms relating to characteristics

3.5.1

characteristic

distinguishing feature

NOTE 1 A characteristic ca be inherent or assigned.

NOTE 2 A characteristic can be qualitative or quantitative.

NOTE 3 There are various classes of characteristic, such as the following:

-          physical (e.g. mechanical, electrical, chemical or biological characteristics);

-          sensory (e.g. related to smell, touch, taste, sight, hearing);

-          behavioral (e.g. courtesy, honesty, veracity);

-          temporal (e.g. punctuality, reliability, availability);

-          ergonomic (e.g. physiological characteristic, or related to human safety);

-          functional (e.g. maximum speed of an aircraft).

3.5.2

quality characteristic

inherent characteristic (3.5.1) of a product (3.4.2), process (3.4.1) or system (3.2.1) related to a requirement (3.1.2).

NOTE 1 Inherent means existing in something, especially as a permanent characteristic.

NOTE 2 A characteristic assigned to a product, process or system (e.g. the price of a product, the owner of a product) is not a quality characteristic of that product, process or system.

3.5.3

dependability

collective term used to describe the availability performance and its influencing factors: reliability performance, maintainability performance and maintenance support performance

NOTE Dependability is used only for general des criptions in non-quantitative terms.

[IEC 60050- 191:1990].

3.5.4

traceability

ability to trace the history, application or location of that which is under consideration

NOTE 1 When considering product (3.4.2) traceability can relate to

-          the origin of materials and parts,

-          the processing history, and

-          the distribution and location of the product after delivery.

NOTE 2 In the field of metrology the definition in VIM: 1993, 6.10, is the accepted definition.

3.6 Terms relating to conformity

3.6.1

conformity

fulfillment of a requirement (3.1.2)

NOTE 1 This definition is consistent with ISO/IEC Guide 2 but differs from it in phrasing to fit into the ISO 9000 concepts.

NOTE 2 The term “conformance” is synonymous but deprecate

3.6.2

nonconformity

non-fulfillment of a requirement (3.1.2)

3.6.3

defect

non-fulfillment of a requirement (3.1.2) related to an intended or specified use

NOTE 1 The distinction between the concepts defect and nonconformity (3.6.2) is important as it has legal connotations, particularly those associated with product liability issues. Consequently the term “defect” should be used with extreme caution.

NOTE 2 The intended use as intended by the customer (3.3.5) can be affected by the nature of the information, such as operating or maintenance instructions, provided by the supplier (3.3.6).

3.6.4

preventive action

action to eliminate the cause of a potential nonconformity (3.6.2) or other undesirable potential situation

NOTE 1 There can be more than one cause for a potential nonconformity.

NOTE 2 Preventive action is taken to prevent occurrence whereas corrective action (3.6.5) is taken to prevent recurrence.

3.6.5

corrective action

action to eliminate the cause of a detected nonconformity (3.6.2) or other undesirable situation

NOTE 1 There can be more than one cause for a nonconformity.

NOTE 2 Corrective action is taken to prevent recurrence whereas preventive action (3.6.4) is taken to prevent occurrence.

NOTE 3 There is a distinction between correction (3.6.6) and corrective action.

3.6.6

correction

action to eliminate a detected nonconformity (3.6.2)

NOTE 1 A correction can be made in conjunction with a corrective action (3.6.5).

NOTE 2 A correction can be, for example, rework (3.6.7) or regrade (3.6.8)

3.6.7

rework

action on a nonconforming product (3.4.2) to make it conform to the requirements (3.1.2)

NOTE Unlike rework, repair (3.6.9) can affect or change parts of the nonconforming product.

3.6.8

regrade

alteration of the grade (3.1.3) of a nonconforming product (3.4.2) in order to make it conform to requirements (3.1.2) differing from the initial ones

3.6.9

repair

action on a nonconforming product (3.4.2) to make it acceptable for the intended use

NOTE 1 Repair includes remedial action taken on a previously conforming product to restore it for use, for

example as part of maintenance.

NOTE 2 Unlike rework (3.6.7), repair can affect or change parts of the nonconforming product.

3.6.10

scrap

action on a nonconforming product (3.4.2) to preclude its originally intended use

EXAMPLE Recycling, destruction.

NOTE In a nonconforming service situation, use is precluded by discontinuing the service.

3.6.11

concession

permission to use or release a product (3.4.2) that does not conform to specified requirements (3.1.2)

NOTE A concession is generally limited to the delivery of a product that has nonconforming characteristics (3.5.1) within specified limits for an agreed time or quantity of that product.

3.6.12

deviation permit

permission to depart from the originally specified requirement (3.1.2) of a product (3.4.2) prior to realization

NOTE A deviation permit is generally given for a limited quantity of product or period of time, and for a specific use.

3.6.13

release

permission to proceed to the next stage of a process (3.4.1)

NOTE In English, in the context of computer software, the term “release” is frequently used to refer to a version of the software itself.

3.7 Terms relating to documentation

3.7.1

information

meaningful data

3.7.2

document

information (3.7.1) and its supporting medium

EXAMPLE Record (3.7.6), specification (3.7.3), procedure document, drawing, report, standard.

NOTE 1 The medium can be paper, magnetic, electronic or optical computer disc, photograph or master sample, or a combination thereof.

NOTE 2 A set of documents, for example specifications and records, is frequently called “documentation”.

NOTE 3 Some requirements (3.1.2) (e.g. the requirement to be readable) relate to all types of documents, however there can be different requirements for specifications (e.g. the requirement to be revision controlled) and records (e.g. the requirement to be retrievable.)

3.7.3

specification

document (3.7.2) stating requirements (3.1.2)

NOTE A specification can be related to activities (e.g. procedure document, process specification and test specification), or products (3.4.2) (e.g. product specification, performance specification and drawing).

3.7.4

quality manual

document (3.7.2) specifying the quality management system (3.2.3) of an organization (3.3.1)

NOTE Quality manuals can vary in detail and format to suit the size and complexity of an individual organization.

3.7.5

quality plan

document (3.7.2) specifying which procedure (3.4.5) and associated resources shall be applied by whom and when to a specific project (3.4.3), product (3.4.2), process (3.4.1) or contract

NOTE 1 These procedures generally include those referring to quality management processes and to product realization processes.

NOTE 2 A quality plan often makes reference to parts of the quality manual (3.7.4) or to procedure documents.

NOTE 3 A quality plan is generally one of the results of quality planning (3.2.9).

3.7.6

record

document (3.7.2) stating results achieved or providing evidence of activities performed

NOTE 1 Records can be used, for example, to document traceability (3.5.4) and to provide evidence of verification (3.8.4), preventive action (3.6.4) and corrective action (3.6.5)

NOTE 2 Generally records need not be under revision control.

3.8 Terms relating to examination

3.8.1

objective evidence

data supporting the existence or verity of something

NOTE Objective evidence may be obtained through observation, measurement, test (3.8.3), or other means.

3.8.2

inspection

conformity evaluation by observation andjudgment accompanied as appropriate by measurement, testing or gauging

[ISO/IEC Guide 2]

3.8.3

test

determination of one or more characteristics (3.5.10 ACCORDING TO A PROCEDURE (3.4.5)

3.8.4

verification

confirmation, through the provision of objective evidence (3.8.1), that specified requirements (3.1.2) have been fulfilled

NOTE 1 The term “verified” is used to designate the corresponding status.

NOTE 2 confirmation can comprise activities such as

-          performing alternative calculations,

-          comparing a new design specification (3.7.3) with a similar proven design specification,

-          undertaking tests (3.8.3)and demonstrations, and

-          reviewing documents prior to issue.

3.8.5

validation

confirmation, through the provision of objective evidence (3.8.1), that the requirements (3.1.2) for a specific intended use or application have been fulfilled

NOTE 1 The term “validated” is used to designate the corresponding status.

NOTE 2 The use conditions for validation can be real or simulated.

3.8.6

qualification process

process (3.4.1) to demonstrate the ability to fulfill specified requirements (3.1.2)

NOTE 1 The term “qualified” is used to designate the corresponding status.

NOTE 2 Qualification can concern persons, products (3.4.2), processes or systems (3.2.1).

EXAMPLE Auditor qualification process, material qualification process.

3.8.7

review

activity undertaken to determine the suitability, adequacy and effectiveness (3.2.14) of the subject matter to achieve established objectives

NOTE Review can also include the determination of efficiency (3.2.15).

EXAMPLE Management review, design and development review, review of customer requirements and nonconformity review.

3.9 Terms relating to audit

NOTE The terms and definitions given in 3.9 have been prepared in anticipation of the publication of ISO 19011. It is possible that they will be modified in that standard.

3.9.1

audit

systematic, independent and documented process (3.4.1) for obtaining audit evidence (3.9.4) and evaluating it objectively to determine the extent to which audit criteria (3.9.3) are fulfilled

NOTE Internal audits, sometimes called first-arty audits, are conducted by, or on behalf of, the organization (3.3.1) itself for internal purposes and can form the basis for an organization’s self-declaraca1tion of conformity (3.6.1).

External audits include what are generally termed “second-” or “third-party audits”.

Second-party audits are conducted by external independent organizations. Such organizations provide certification or registration of conformity with requirements such as those of ISO 9001 and ISO 14001:1996.

When quality and environmental management systems (3.2.2) are audited together, this is termed a “combined audit”.

When two or more auditing organizations cooperate to audit a single auditee (3.9.8) jointly, this is termed “joint audit”.

3.9.2

audit programme

set of one or more audits (3.9.1) planned for a specific time frame and directed towards a specific purpose

3.9.3

audit criteria

set of policies, procedures (3.4.5) or requirements (3.1.2) used as a reference

3.9.4

audit evidence

records (3.7.6), statements of fact or other information (3.7.1) which are relevant to the audit criteria (3.9.3) and verifiable

NOTE Audit evidence can be qualitative or quantitative.

3.9.5

audit findings

results of the evaluation of the collected audit evidence (3.9.4) against audit criteria (3.9.3)

NOTE Audit findings can indicate either conformity or nonconformity with audit criteria, or opportunities for improvement.

3.9.6

audit conclusion

outcome of an audit (3.9.1) provided by the audit team (3.9.10) after consideration of the audit objectives and all audit findings (3.9.5)

3.9.7

audit client

organization (3.3.1) or person requesting an audit (3.9.1)

3.9.8

auditee

organization (3.3.1) being audited

3.9.9

auditor

person with the competence (3.9.12) to conduct an audit (3.9.1)

3.9.10

auditor team

one or more auditors (3.9.9) conducting an audit (3.9.1)

NOTE 1 One auditor in the audit team is generally appointed as audit team leader.

NOTE 2 The audit team can include auditors-in-training and, where required, technical experts. (3.9.11).

NOTE 3 Observers can accompany the audit team but do not act as part of it.

3.9.11

technical expert

<audit> person who provides specific knowledge of or expertise on the subject to be audited

NOTE 1 Specific knowledge or expertise includes knowledge of or expertise on the organization (3.3.1), process (3.4.1) or activity to be audited, as well as language or cultural guidance.

NOTE 2 A technical expert does not act as an auditor (3.9.9) in the audit team (3.9.10).

3.9.12

competence

demonstrated ability to apply knowledge and skills

3.10 Terms related to quality assurance for measurement processes

NOTE The terms and definitions given in 3.10 have been prepared in anticipation of the publication of ISO 10012. It is possible that they will be modified in that standard.

3.10.1

measurement control system

set of interrelated or interacting elements necessary to achieve metrological confirmation (3.10.3) and continual control of measurement processes (3.10.2)

3.10.2

measurement process

set of operations to determine the value of a quantity

3.10.3

metrological confirmation

set of operations required to ensure that measuring equipment (3.10.4) conforms to the requirements (3.1.2) for its intended use

NOTE 1 Metrological confirmation generally includes calibration or verification (3.8.4), any necessary adjustment or repair (3.6.9), ad subsequent recalibration, comparison with the metrological requirements for the intended use of the equipment, as well as any required sealing and labeling.

NOTE 2 Metrological confirmation is not achieved until and unless the fitness of the measuring equipment for the intended use has been demonstrated and documented.

NOTE3 The requirements for the intended use include such considerations as range, resolution, maximum permissible errors, etc.

NOTE4 Metrological confirmation requirements are usually distinct from and are not specified in product requirements.

3.10.4

measuring equipment

measuring instrument, software, measurement standard, reference material or auxiliary apparatus or combination thereof necessary to realize a measurement process (3.10.2)

3.10.5

metrological characteristic

distinguishing feature which can influence the results of measurement

NOTE 1 Measuring equipment (3.10.4) usually has several metrological characteristics.

NOTE 2 Metrological characteristics can be the subject of calibration.

3.10.6

metrological function

function with organizational responsibility for defining and implementing the measurement control system (3.10.1)

Annex A

(informative)

Methodology used in the development of the vocabulary

A.1 Introduction

The universality of application of the ISO9000 family of standards requires the use of

- a technical des cription but without the use of technical language, and

- a coherent and harmonized vocabulary that is easily understandable by all potential users of quality management systems standards.

Concepts are not independent of one another, and an analysis of the relationships between concepts within the field of quality management systems and the arrangement of them into concept systems is a prerequisite of a coherent vocabulary. Such an analysis was used in the development of the vocabulary specified in this International Standard. Since the concept diagrams employed during the development process may be helpful in an informative sense, they are reproduced in A.4.

A.2 Content of a vocabulary entry and the substitution rule

The concept forms the unit of transfer between languages (including variants within one language, or example American English and British English). For each language, the most appropriate term for the universal transparency of the concept in that language, i.e. not a literal approach to translation, is chosen.

A definition is formed by describing only those characteristics that are essential to identify the concept. Information concerning the concept which is important but which is not essential to its des cription is put in one or more notes to the definition.

When a term is substituted by its definition, subject to minor syntax changes, there should be no change in the meaning of the text. Such a substitution provides a simple method for checking the accuracy of a definition. However, where the definition is complex in the sense that it contains a number of terms, substitution is best carried out taking one or, at most, two definitions at a time. Complete substitution of the totality of the terms will become difficult to achieve syntactically and unhelpful in conveying meaning.

A.3 Concept relationships and their graphical representation

A.3.1 General

In terminology work the relationships between concepts are based on the hierarchical formation of the characteristics of a species so that the most economical des cription of a concept is formed by naming its species and describing the characteristics that distinguish it from its parent or sibling concepts.

There are three primary forms of concept relationships indicated in this annex: generic (A.3.2), partitive (A.3.3) and associative (A.3.4).

A.3.2 Generic relation

Subordinate concepts within the hierarchy inherit all the characteristics of the superordinate concept and contain des criptions of these characteristics which distinguish them form the superordinate (parent) and coordinate (sibling) concepts, e.g. the relation of spring, summer, autumn and winter to season.

Generic relations are depicted by a fan or tree diagram without arrows (see Figure A.1).

season

spring         summer          autumn

Figure A.1 – Graphical representation of a generic relation

A.3.3 Partitive relation

Subordinate concepts within the hierarchy form constituent parts of the super ordinate concept, e.g. spring, summer, autumn and winter may be defined as parts of the concept year. In comparison, it is inappropriate to define sunny weather (one possible characteristic of summer ) as part of a year.

Partitive relations are depicted by a rake without arrows (see Figure A.2). Singular parts are depicted by one line,  multiple parts by double lines.

                      year

spring           summer            winter

Figure A.2 –Graphical representation of a partitive relation

A.3.4 Associative relation

Associative relations cannot provide the economies in des cription that are present in generic and partitive relations but are helpful in identifying the nature of the relationship between one concept and another within a concept system, e.g. cause and effect, activity and location, activity and result, tool and function, material and product.

Associative relations are depicted by a line with arrowheads at each end (see Figure A.3).

sunshine                         summer

Figure A.3 – Graphical representation of an associative relation

A.4 Concept diagrams

Figures A.4 to A.13 show the concept diagrams on which the thematic groupings of clause 3 of this International Standard are based.

Although the definitions of the terms are repeated, any related notes are not, and it is recommended to refer to clause 3 to consult any such notes.

requirement(3.1.2) need or expectation that is stated, generally implied or obligatory

grade (3.1.3) category or rank given to the different quality requirements for products, processes or systems having the same functional use

quality (3.1.1) degree to which a set of inherent characteristics fulfils requirements

capability (3.1.5) ability of an organization, system or process to realize a product that will fulfil the requirements for that product

customer satisfaction (3.1.4) customer’s perception of the degree to which the customer’s requirements have been fulfilled

 

Figure A.4 – Concepts relating to quality (3.1)

system (3.2.1) set of interrelated or interacting elements

management system (3.2.2) system to establish policy and objectives and to achieve those objectives

Management (3.2.6) coordinated activities to direct and control an organization

top management (3.2.7) person or group of people who directs and controls an organization at the highest level

quality policy(3.2.4) overall intentions and direction of an organization related to quality as formally expressed by top management

 

quality management system (3.2.3) Management system to direct and control a n organization with regard to quality

quality management (3.2.8) coordinated activities to direct and control and organization with regard to quality

quality objective (3.2.5) something sought, or aimed at, relate to quality

continual improvement (3.2.13) recurring activity to increase the ability to fulfil requirement

quality planning (3.2.9) part of quality management focused on setting quality objectives and specifying necessary operational processes and resources to fulfil the quality objectives

quality control (3.2.10) part of quality management focused on fulfilling quality requirements

quality assurance (3.2.11) part of quality management focused on providing confidence that quality requirements will be fulfilled

quality improvement (3.2.12) part of quality management focused on increasing the ability to fulfil quality requirements

effectiveness (3.2.14) extent to which planned activities are realized and planned results achieved

efficiency (3.2.15) relationship between result Achieved and resources used

 

Figure A.5 – Concepts relating to management (3.2)

organization (3.3.1) group of people and facilities with an arrangement of responsibilities. Authorities and relationships

organizational structure (3.3.2) arrangement of responsibilities, authorities and relationships between people

interested party (3.3.7) person or group having an interest in the performance or success of a organization

Infrastructure (3.3.3) <organization> system of facilities, equipment and services needed for the operation of an organization

supplier (3.3.6) organization or person that provides a product

customer (3.3.5) organization or person that receives a product

work environment (3.3.4) set of conditions under which work is performed

 

Figure A.6 – Concepts relating to organization (3.3)

procedure (3.4.5) specified way to carry out an activity or a process

process (3.4.1) Set of interrelated or Interacting activities which

product (3.4.2) result of a process

design and development (3.4.4) set of processes that transforms requirements into specified characteristics or into the specification of a product, process or system

project (3.4.3) unique process, consisting of a set of coordinated and controlled activities with start and finish dates, undertaken to achieve an objective conforming to specific requirements, including the constraints of time, cost and resources

 

Figure A.7 – Concepts relating to process and product (3.4)

dependability (3.5.3) collective term used to describe the availability performance and its influencing factors: reliability performance, maintainability performance, and maintenance support performance

traceability (3.5.4) ability to trace the history, application or location of that which is under consideration

                                                                                        

characteristic (3.5.1) distinguishing feature

quality characteristic (3.5.2) Inherent characteristic of a Product , process or system Related to a requirement

 

Figure A.8 – Concepts relating to characteristics (3.5)

requirement

defect (3.6.3) non-fulfilment of a requirement related to an intended or specified use

nonconformity (3.6.2) non-fulfilment of a requirement

conformity (3.6.1) fulfillment of a requirement

release (3.6.13) permission to proceed to the next stage of a process

preventive action (3.6.4) action to eliminate the cause of a potential nonconformity or other undesirable potential situation

corrective action (3.6.5) action to eliminate the cause of a detected nonconformity or other undesirable situation

concession (3.6.11) permission to use or release a product that does to conform to specified requirements

deviation permit (3.6.12) permission to depart from the originally specified requirements of a product prior to realization

correction (3.6.6) action to eliminate a detected nonconformity

scrap (3.6.10) action on a nonconforming product to preclude its originally intended use

rework (3.6.7) action on a nonconforming product to make it conform to the requirements

regrade (3.6.8) alteration of the grade of a nonconforming product in order to make it conform to requirements differing from the initial ones

repair (3.6.9) action on a nonconforming product to make it acceptable for the intended use

 

Figure A.9 – Concepts relating to conformity (3.6)

information (3.7.1) meaningful data

document (3.7.2) information and its supporting medium

procedure document [not defined, see note to procedure]

specification (3.7.3) document stating requirements

quality manual (3.7.4) document specifying the quality management system of an organization

quality plan (3.7.5) document specifying which procedures and associated resources shall be applied by whom and when to a specific project, product, process or contract

record (3.7.6) document stating results achieved or providing evidence of activities performed

 

Figure A.10 – Concepts relating to documentation (3.7)

determination [not defined ]

objective evidence (3.8.1) data supporting the existence or verity of something

review (3.8.7) activity undertaken to determine the suitability, Adequacy and effectiveness of the subject matter to achieve established objectives

verification (3.8.4) confirmation, though the provision of objective evidence, that specified requirements have been fulfilled

Validation (3.8.5) confirmation, through the provision of objective evidence, that the requirements for a specific intended use or application have been fulfilled   fulfilled

inspection (3.8.2) conformity evaluation by observation and judgement accompanied as appropriate by measurement, testing or gauging

test (3.8.3) determination of one or more characteristics according to a procedure

 

Figure A.11 – Concepts relating to examination (3.8)

audit client (3.9.7) organization or person requesting an audit

audit programme (3.9.2) set of one or more audits planned for a specific time frame and directed towards a specific purpose

auditee (3.9.8) organization being audited

audit (3.9.1) systematic, independent and documented process for obtaining audit evidence and evaluating it objectively to determine the extent to which audit criteria are fulfilled

audit findings (3.9.5) results of the evaluation of the collected audit evidence against audit criteria

audit criteria (3.9.3) set of policies, requirements used as a reference

audit team (3.9.10) one or more auditors conducting an audit

audit evidence (3.9.4) records, statements of fact or other information which are relevant to the audit criteria and verifiable

technical expert (3.9.11) person who provides specific knowledge of or expertise on the subject to be audited

auditor (3.9.9) person with the competence to conduct an audit

audit conclusion (3.9.6) outcome of an audit provided by the audit team after consideration of the audit objectives and all audit findings

 

Figure A.12 – Concepts relating to audit (3.9)

metrological confirmation (3.10.3) set of operations required to ensure that measuring equipment conforms to the requirements for its intended use

measurement process (3.10.2) set of operations to determine the value of a quantity

measurement control system (3.10.1) set of interrelated or interacting elements necessary to achieve metrological confirmation and continual control of measurement processes

metrological function (3.10.6) function with organizational responsibility for defining and implementing the measurement control system

measuring equipment (3.10.4) measuring instrument, software, measurement standard, reference material or auxiliary apparatus or combination thereof necessary to realize a measurement process

metrological characteristic (3.10.5) distinguishing feature which can influence the results of measurement

 

Figure A.13 – Concepts relating to quality assurance for measurement processes (3.10)

Bibliography

[1] ISO/IEC Guide 2, Standardization ad related activities – General vocabulary.

[2]ISO 704, Terminology work – Principles and methods.

[3] ISO 1087-1, terminology work – Vocabulary – Part 1 : Theory and application.

[4] ISO 3534-2, statistics – Vocabulary and symbols – Part 2: Statistical quality control.

[5] ISO 9000- 1:1994, Quality management and quality assurance standards – Part 1:Guidelines for selection and use.

[6] ISO 9001:2000, Quality management systems – Requirements.

[7] ISO 9004:2000, Quality management systems – Guidelines for performance improvements.

[8] ISO 10006:1997, Quality management – Guidelines to quality in project management.

[9] ISO 10012:- ¹⁾ Quality assurance requirements for measuring equipment.

[10] ISO 10013:1995, guideline for developing quality manuals.

[11] ISO/TR 10017, Guidance on statistical techniques for ISO 9001:1994.

[12] ISO 10241, International terminology standards – Preparation and layout.

[13] ISO/TR 13425, Guide for the selection of statistical methods in standardization and specification.

[14] ISO 14001:1996, Environmental management systems – Specification with guidance for use.

[15] ISO 19011: - ²⁾, Guidelines on quality and/or environmental management systems auditing.

[16] IEC 60050 – 191:1990, International Electrotechnical Vocabulary – Chapter 191: Dependability and quality of service.

[17] VIM:1993, International vocabulary of basic and general terms in metrology. BIPM/IEC/IFCC/ISO/OIML/IUPAC/IUPAP.

[18] Quality Management Principles Brochure ³⁾.

[19] ISO 9000 + ISO 14000News (a bimonthly publication which provides comprehensive coverage of international developments relating to ISO’s management system standards, including news of their implementation by diverse organizations around the world) ^4).

1) To be published. (Revision of ISO 10012-1:1992 and ISO 10012-2:1997)

2) To be published.

3) Available from website: http://www.iso.ch

4) Available from ISO Central Secretariat (sales@iso.ch)

Alphabetical index

A   audit 3.9.1 audit client 3.9.7 audit conclusion 3.9.6 audit criteria 3.9.3 audit evidence 3.9.4 audit findings 3.9.5 audit programme 3.9.2 audit team 3.9.10 auditee 3.9.8 auditor 3.9.9

M   management 3.2.6 management system 3.2.2 management control system 3.10.1 measurement process 3.10.2 measuring equipment 3.10.4 metrological characteristic 3.10.5 metrological confirmation 3.10.3 metrological function 3.10.6

requirement 3.1.2 review 3.8.7 rework 3.6.7     S scrap 3.6.10 specification 3.7.3 supplier 3.3.6 system 3.2.1   T   technical expert <audit> 3.9.11 test 3.8.3 top management 3.2.7 traceability  3.5.4   V validation 3.8.5 verification 3.8.4   W work environment 3.3.4

C capability 3.1.5 characteristic 3.5.1 concession 3.6.11 conformity 3.6.1 continual improvement 3.2.13 correction 3.6.6 corrective action 3.6.5 criteria 3.9.3 customer 3.3.5 customer satisfaction 3.1.4 competence 3.9.12 D defect 3.6.3 dependability  3.5.3 design and development 3.4.4 deviation permit 3.6.12 document 3.7.2 E effectiveness 3.2.14 efficiency 3.2.15 G grade 3.2.15 I information 3.7.1 infrastructure 3.3.3 inspection 3.8.2 interested party 3.3.7

N nonconformity 3.6.2 O objective evidence 3.8.1 organization 3.3.1 organizational structure 3.3.2 P preventive action 3.6.4 procedure  3.4.5 process 3.4.1 product 3.4.2 project 3.4.3 Q qualification process 3.8.6 quality 3.1.1 quality assurance 3.2.11 quality characteristic 3.5.2 quality control 3.2.10 quality improvement 3.2.12 quality management 3.2.8 quality management system 3.2.3 quality manual 3.7.4 quality objective 3.2.5 quality plan 3.7.5 quality planning 3.2.9 quality policy 3.2.4 R record 3.7.6 regrade 3.6.8 release 3.6.13 repair 3.6.9