Guide to Effective Internal Management System Audits (A) (Paperback) (ISBN-13: 9781849285599)

Are your internal audits adding value? Organizations hoping to comply with any of the International Standards for management systems (e.g. ISO9001, ISO27001) must carry out internal audits. However, the requirements set down by accreditation bodies for auditor courses make little distinction between internal and external audit programs. As a result, many organizations instruct their internal auditors using resources designed for external auditors. Such internal audit programs often fail to develop beyond simple compliance monitoring, and risk becoming 'box-ticking' exercises, adding little value to the organization. Transform your internal audits and improve your systems A Guide to Effective Internal Management System Audits provides a model for the management and implementation of internal audits that moves beyond simple compliance to ISO requirements and turns the internal audit into a transformational tool that the organization can use to assist with the management of risk, and implement improvements to management systems. This book shows you how you can transform your internal auditing process to become a tool for development and continual improvement in your management systems. Start adding value to your internal auditing program. About the Author Andrew W Nichols has more than 25 years of experience of management systems, in both the UK and the USA. As a trainer, he has delivered hundreds of ISO9000 related courses to audiences ranging from shop-floor personnel to CEOs of Fortune 500 companies. He has also led and contributed to the development of 'best in class' training courses for a number of international standards. He is the author of Exploding the Myths Surrounding ISO9000, also published by ITGP.

Author: W. Nichols Andrew, Andrew W. Nichols, Itgp
ISBN-10: 1849285594
ISBN-13: 9781849285599
Publisher: Itgp
Language: English
Published: 06/24/2014
Pages: 131
Format: Paperback
Weight: 0.35lbs
Size: 8.50h x 5.50w x 0.28d