ISO 9001 Standard / ISO 9001 Standards – ISO 9000 Standard / ISO 9000 Standards Certification & Implementation

ISO 9001 Standards Requirement – Product Realization

Planning of Product Realization
Plan and develop the processes needed for product realization. Keep the planning consistent with other requirements of the quality management system and document it in a suitable form for the organization. Determine through the planning, as appropriate, the:
Quality objectives and product requirements
Need for processes, documents, and resources
Verification, validation, monitoring, measurement, inspection, and test activities
Criteria for product acceptance
Records as evidence the processes and resulting product meet requirements

Customer-Related Processes

Determination of Requirements Related to the Product
Determine customer requirements:
Specified for the product (including delivery and post-delivery activities)
Not specified for the product (but needed for specified or intended use, where known)
Determine:
Statutory and regulatory requirements applicable to the product
Any additional requirements considered necessary by the organization

Review of Requirements Related to the Product
Review the product requirements before committing to supply the product to the customer in order to:
Ensure product requirements are defined
Resolve any requirements differing from those previously expressed
Ensure its ability to meet the requirements
Maintain the results of the review, and any subsequent follow-up actions. When the requirements are not documented, they must be confirmed before acceptance.
If product requirements are changed, ensure relevant documents are amended and relevant personnel are made aware of the changed requirements.
NOTE: In some situations, such as internet sales, a formal review is impractical for each order. Instead, the review can cover relevant product information such as catalogs or advertising material.

Customer Communication
Determine and implement effective arrangements for communicating with customers on:
Product information
Inquiries, contracts, or order handling (including amendments)
Customer feedback (including customer complaints)

Transition from ISO 9001:2000 to ISO 9001:2008

This reference guide was developed to help you understand the nature of the changes to the ISO 9001 standard.

Clause Change/Emphasis Not Auditable

0.1 General – Added language emphasizing statutory and regulatory requirements are a concern as it relates to products for this international standard.

0.4 Compatibility with Other Management Systems Standards - Emphasis was added on the consideration given to ISO 14001:2004 to ensure that the standards are compatible.

1.1 General

1.2 Application – “Statutory” was added in certain paragraphs to ensure the user is aware that these requirements must be taken into consideration. Additional notes were added to explain that where the word “product” appears, it refers to every stage of its existence, from raw material received to the final product being shipped to the customer.

2. Normative Reference – Reference to ISO 9000 (vocabulary and concepts) was updated to refer to the current revision (i.e. ISO 9000:2005).

3. Terms and Definitions – The supplier/organization/customer model was removed. These relationships, in reality, are not always linears.

The Auditable Requirements
Clause Change/Emphasis
4.1
In 4.1 a, “identify” was replaced with “determine” to emphasize that an organization must give careful consideration to what processes are needed in order to fulfill requirements.
A link is drawn to 7.4 in the additional note. This was done to show that the supplier approval, evaluation, and re-evaluation process is where evidence of controlled outsourced processes should be demonstrated.
4.2.1
References to records and documents were consolidated.
Also, the organization can require records not specified in this international standard that are created and maintained.
4.2.3
Clarification is given to the requirement for outsourced documents. Only those needed for the planning and operation of the QMS need to be controlled. This could exclude documents related to occupational health and safety since ISO 9001 contains requirements only concerned with product (see 0.1).
4.2.4
Rephrased, but no additional clarifications or emphasis added. Editorial change only.
5.5.2
The management representative must be from the organization’s management. This would exclude consultants and other individuals external to the organization (e.g. a management representative from the corporate entity). The purpose of this is to ensure that this individual, entrusted with the responsibilities of championing the quality management system, is not “out of touch” with the organization.
6.2.1
The boundaries of competence only extend to individuals who impact product conformity. However, this does not just include those who are directly involved in production. The decisions made by management affect product conformity; therefore, they must be competent as well.

6.2.2
If said personnel have not yet attained the competence needed to perform the assigned job, then the organization must provide training or some other remedy to ensure that competence is achieved. The organization must also have a mechanism to ensure that personnel have been evaluated based on how well they demonstrate their knowledge and skill (i.e. competence). It is not enough to merely provide training or consider an individual’s experience. The organization must prove to itself that this person can, in fact, perform.
6.3
Infrastructure also includes databases and information technology.
6.4
Emphasis is added in a note to highlight that the concept of “work environment” only extends to product quality.
7.1 c
“Measurement” is added.
7.2.1
“Post-delivery activity” is clarified in a note with examples.
7.3.1
A note emphasizes that design verification, validation, and review are different from one another and serve different purposes. Design review is where the organization evaluates if the design can meet requirements and if any changes need to be made. Design verification is where the organization has ensured that requirements have been met (e.g. is the widget blue and is it hexagonal?). Design validation is where the organization proves that the design can perform as required.
However, the records of design verification, validation, and review do not have to be separate.
7.3.3
Production and service provisions also extend to how product is preserved, handled, etc., to ensure product conformity. See 7.5.1
Design outputs must include requirements related to preservation. See 7.5.5.

7.5.2
Notes were added to give examples of the types of processes where this requirement would apply along with a statement that service organizations should have additional considerations in the planning stages when deficiencies and conformity are not likely to be identified prior to delivery.
7.5.3
Product status must be identified throughout product realization, not just the final product. See 1.2.
7.5.4
Wording was modified to add clarity, but the intent of the requirement has not changed.
7.5.5
Again, emphasis is added that care must be given to preserving the product regardless of where it falls in the realization process.
7.6
An obsolete reference to another ISO document was replaced.
The definition of “monitoring and measuring devices” has been clarified to include equipment and devices that are purposed for monitoring and measuring, regardless of their original or intended purpose.
An additional note regarding software was added.
8.2.2
Document and record requirements were reworded and their placement modified to improve clarity.
The reference to the auditing guidance document was updated (i.e. ISO 19011).

8.2.3
Wording was modified to emphasize that correction and corrective actions are not only to be taken to preserve the conformity of the product, but also to preserve the quality management system. For example, internal rejection/scrap rates could show evidence that the organization is preserving product conformity and is taking intermediate action to prevent bad product from being shipped to their customers; however, it could also be a sign that the organization is not efficient since the higher rejection/scrap rates are undesirable.
A note was added to clarify the meaning of “suitable methods” related to planning, monitoring and measurement processes. Suitability should be determined based on risk and the impact that nonconformity would have on the product or process.
8.2.4
Product can be released to other internal processes despite planned arrangements not being satisfactorily completed as long as it conforms prior to release to the customer. This relaxes requirements on intermediate inspection results and records.
8.3
Actions taken against nonconforming product must be proportional to its impact or potential impact. See 8.2.3 related to impact considerations for monitoring and measurement.
This would mean that in the planning stages of a product, the organization needs to customize responses to nonconforming products based on the risk or potential risk to the organization.
This requirement existed in ISO 9001:2000; however, its location has changed.

8.5.2
Nonconformity can have multiple causes (“cause”; i.e. a singular reason, was used in the 2000 version); therefore, the organization must consider this when conducting root cause analysis.
Also, it is not enough to simply review corrective action and ensure that procedures were changed, personnel have been re-trained, and that processes were amended. The organization must review whether or not the action(s) taken were effective; i.e. did they successfully eliminate the nonconforming condition?
8.5.3
Similar to the new emphasis on the effectiveness of corrective action, the organization must also document whether or not the preventive action(s) taken were effective in eliminating the risk of nonconformity.

In order to be in conformance with this provision of ISO 14001 an organization must be able to answer the overall question: “How does the organization conduct environmental audits of the EMS?”. In order to answer that question four specific tasks must be addressed under the Management System Audit section of the standard.

First, the organization must develop a program and related procedures that define an audit plan of the environmental management system. In addition the program must define frequency of the audit process. Second, the procedures must specify the methodology of the audit process, including the qualifications of the auditors. Third, the audit reports must be submitted to top management. Fourth, the audit reports must provide recommendations directed at correcting any reported nonconformance that was discovered in the audit process.

The audit process discussed in this section of the standard is directed at internal audits. The standard is silent on the frequency issue. Generally accepted practice with a mature ISO 14001 system is a total audit of the system once a year. In the implementation phase of an environmental management system a more frequent audit process might be appropriate. In addition any part of the environmental management system that has been previously determined to be in nonconformance should be audited with an increased frequency. The methodology of the audit process required by the standard requires two distinct steps:

A. determine whether the environmental management system conforms to the requirements of ISO 14001, and
B. that the system has been managed as described in the Environmental Policy statement, the Environmental Objectives and Targets, and the related work descriptions and procedures.

It is critical that an audit report that relates a nonconformance be forwarded to top management promptly. The internal audit staff must be competent with respect to the requirements of ISO 14001.

The ISO 14000 family of International Standards on environmental management is a relative newcomer to ISO’s portfolio – but enviroment-related standardization is far from being a new departure for ISO.

In fact, ISO has two-pronged approach to meeting the needs of business, industry, governments, non-governmental organizations and consumers in the field of the environment.

On the one hand, it offers a wideranging portfolio of standardized sampling, testing and analytical methods to deal with specific environmental challenges. It has developed more than 350 International Standards (out of a total more
than 12000) for the monitoring of such aspects as the quality of air, water and soil. These standards are means of providing business and government with scientifically valid data on the environmental effects of economic activity.

They also serve in a number of countries as the technical basis for environmental regulations.

ISO is leading a strategic approach by developing environmental management system standards that can be implemented in any type of organization in either public or private sectors (companies, administration, public utilities). To spearhead this strategic approach, ISO establish a new technical commitee, ISO /TC 207, Environmental management, in

1993. This followed ISO’s successful pioneering experience in management system standardization with the ISO 9000 series for quality management.

ISO’s direct involvement in environmental management stemmed from an intensive consultation process, carried out within the framework of a Strategic Advisory Group on Environment (SAGE),set up in 1991, in which 20 countrie, 11 international organizations and more than 100 environmental experts participated in defining the basic requirements of a new approach to environment-related standards.

This pioneering work was consolidated with ISO’s commitment to support the objective of “sustainable development” dicussed at the United Nations Conference on Environment and Development in Rio de Janeiro in 1992.

Today, delegations of business and government experts from 55 countries have participate actively within TC 207,

and another 16 countries have observer status. These delegations are chosen by the national standars institute concerned and they are required to bring to TC 207 a national consensus on issue being addressed by the commitee.

This national consensus is derived from a process of consultation with interested parties.

From its beginning, it was recognized that ISO/TC 207 should have close cooperation with ISO/TC 176, Quality management and quality assurance, in the areas of management systems, auditing and related terminology. Active efforts are under way to ensure compatibility of ISO environmental management and quality management standards, for the benefit of all organizations wishing to implement them.

One of the most commonly cited reasons for implementing an ISO 14001 environmental management system is that it helps an organization comply with environmental laws and regulations.

ISO 14001 registration will provide additional assurance to City Council, senior management, regulators and key stakeholders that appropriate procedures have been implemented to identify, track, and communicate environmental laws and regulations. ISO 14001 registration will also provide assurance that our Administration is controlling, monitoring, and improving performance, relative to these laws/regulations.

A strong environmental management system, aimed at legal/regulatory compliance, will serve the City of Edmonton by increasing the likelihood of avoiding convictions, fines and judgments; avoiding internal legal costs; and promoting positive relations with regulators.

Quality Management may be defined as the process through which organizations apply statistical process control mechanisms in order to improve the quality and standards of goods and services that are manufactured. Closely related to Quality Management is tqm, also known as total quality management. This is basically a management strategy that is applied in businesses in order to create awareness of high quality in most organizational processes. Quality Management features three main components including quality assurance, quality improvement and quality control. Quality management is focused not only on the quality of products and services but also on continuous improvement of quality standards.

Most methods that are now being used for Quality Management, quality system and quality manufacturing system take into consideration the need for high quality as an essential attribute in services and products that are manufactured by companies and organizations. Quality Management usually involves the successful improvement of quality of services and products. This is usually done through quality training processes where one can also acquire lessons on quality process and process management. One tool that is used for ensuring auditing quality in Quality Management is the MasterControlQAAD(TM) software. Besides using tools to carry out Quality Management successfully, one can also consider applying project management. This will help ensure continuous quality improvement.

The other way through which organizations can improve quality of process and service output is by using six sigma. This is basically a business management strategy that helps identify and remove defects and variations in the manufacturing process. It also helps guarantee Quality Management. It works by using a set of high quality business management and overall management methods to ensure quality and guarantee Quality Management. Most products and services to which Quality Management is applied are certified with iso certificates. Some of the iso certificates that guarantee that a product or service has undertaken Quality Management, change management and process improvement is iso 9001.

iso 9001 and iso 14001:2004 set down specific guidelines for environmental management systems and Quality Management. Other guidelines can be found in other generic process management philosophies such as the lean management that follows iso 9000 quality improvement standards aimed at guaranteeing total quality to its quality systems. The other mode through which organizations guarantee Quality Management is by use of a quality plan that meets iso 14000 and iso 14001 iso certification requirements. The other iso certification that guarantees product quality in Quality Management include iso 9001 2000.

In order to meet supplier quality in Quality Management systems, there are several iso training sessions that are offered. These meet iso standards. An organization that is in need of Quality Management for its products and services may also consider using a quality manual for its day to day Quality Management plans. Such a manual will usually have guidelines for iso quality. However, when applying the guidelines in the manual, regard must be had to quality audit measures aimed at guaranteeing Quality Management for the organization. Quality Management also involves knowledge of as9100 and iso 13485 that are commonly applicable in supplier management.

Quality Management programs that are iso certified help offer quality policy to existing iso 9001 certifications and quality management system that meet iso 9000 and ts16949 requirements. Quality companies that are aimed at ensuring Quality Management for the products and services that they manufacture also use quality management software that guarantees managing quality. In order to enhance Quality Management, the software guarantees quality procedures through its high rate of functionality. Besides such software, an organization can adopt quality assurance training and also offer quality consulting to its members in order to guarantee Quality Management to its products and services.

There are also several quality project management plans, which meet iso standards such as iso 9002 that are available today. Such plans are usually developed with a view to developing flexible, affordable and scalable management solutions to companies that seek to uphold Quality Management for their products and services. Such plans feature quality management systems that offer quality control management and quality assurance management through quality a management plan. Other quality objectives that can be obtained through iso 9001 training thus meeting iso 9000 certification use project management skills to improve Quality Management for the manufactured products and services.

The ISO 9001:2000 Standard has been revised after eight years. And the buzz is rapidly reaching a crescendo. We continue to receive numerous emails and phone calls regarding the impact of the new release. First, let me dispel any anxiety about the November 15, 2008 official “2008” release. There are no new requirements. The changes are largely interpretive, and focus on terminology clarifications. The changes to the ISO 9001 amendment, however, will have considerable benefit.
As a back drop, keep in mind that ISO 9001 is not just an International Standard for a Quality Management System. It is the world’s most recognized business management standard. And it makes a strong business case. It focuses attention on leadership, business planning, organizational business processes, your customers (internal and external), measurement and reporting, and continual improvement. That translates to improved business results and a sustainable competitive advantage.

Overview of the Changes

The points of clarification focus on outsourcing, documentation, management representative, employee competence, design verification and validation, process monitoring, control of nonconforming product and corrective and preventive action. But bear in mind, no “shalls” (requirements) were added or removed.
Examples of select changes include: In an attempt to clarify the term “outsourcing,” notes were added that require the organization to identify processes (and the control of these) to be completed by an external party. With respect to documentation, the changes focus on improving the compatibility between ISO 9001 and ISO 14001.
The only significant addition to the management representative sub clause was to require that the MR be a member of the organization’s management team. This means a contracted person could serve in this role as long as he or she is also considered part of management. The management representative does not have to be full-time.
With regard to competence of employees, a note was added to make training more pervasive throughout the organization. Training applies to all employees directly or indirectly responsible for delivering a service or producing a product (everyone that is part of the quality chain). A complete listing of changes can be found in Annex B (Table B.1) of the Standard. Also, note that there is better alignment with ISO 14001:2004.

There are few ways of implementing the ISO 9000 in a particular organization. One of the easy way is hiring a ISO 9000 consultant in a turn key project basis. This definitely will incur cost. However, some of the organization will appoiint an employee to start up the ISO 9000, by learning thru seminar, preparing the ISO 9000 Quality Manual, Procedure & Form by using some of the ISO 9000 Template sell at internet. Some of the provider such as http://www.iso-consults.com & http://www.quality-template.com are providing such services.

Normally, the template provide will provides the ISO 9000 Quality Manual Template, Standand Procedure & also sample form for the ISO 9000 implementation. One of the provider like http://www.e-wia.com give a very complete set of the ISO 9000 Templates, which will help an organization to implement the ISO 9000 easily.

There are also some ISO 9000 Softwares which helps the organization in the ISO 9000 implementation. Some of the ISO 9000 Software are listed below:

a. Document Control Software – Software which Helps the organization to keep track & control of the ISO 9000 Documents.

b. Audit Control Software – Software which helps the organization to keep track of internal & external audit events.

c. Training Record Management Software – Software which helps the organization to keep track of Training records in a system.

d. Calibration Software – Software to maintain the calibration records for tool & machinery.

More Sites on ISO 9001 Standards Template & Softwares are as below:

http://www.iso9001store.com

http://www.iso14000store.com