Best Practices: Effective Risk Assessment and Management
The Most Important Documents: Master Plan and SOP
Intro

Risk Management
- Saves time and increases confidence for inspections
- Useful for FDA's new 21st Century CGMP initiative
- Framework and starting point for individual risk management
project plans
- With example SOP: Risk assessment for 21 CFR Part 11
- Includes forms and checklists for quick start and
implementation
- Includes extensive examples for possible hazards, potential
harms and control activities for computer systems, network
infrastructure, legacy systems and macro&spreadsheet
applications

Justified and Documented Risk Assessment is a Prerequisite for
Successful GxP Inspections
Regulatory agencies (e.g. US FDA) focus during inspections on
high risk systems. Inspectors want to know your approach towards
risk assessment and control. For example, extent of validation
and implementation of part 11 requirements should be based on
'justified and documented' risk assessments. Risk management is
relatively new to most professionals. Guidance is needed to make
this most efficient. A risk management master plan is the ideal
tool that makes risk management and assessment for individual
projects most effective. It is the single most important risk
document to improve
- consistency of risk management throughout your organization
- optimization of risks vs. costs
- efficiency in your organization through reuse of templates
- confidence for inspections of computer based systems
A risk management master plan is also the basis for individual
risk management project plans.
This model master plan written by Dr. Ludwig Huber is both
concise and comprehensive. Whether you use it as it is or as a
template for customization: it saves time and increases confidence
for inspections.
Contents
1. Scope
2. Introduction
3. Responsibilities
- Lab/production operations
- Plant safety/maintenance/engineering
- Information Services (IS)
- Quality Assurance (QA)
- Laboratory management
- Validation team
- Consultants
- Vendors
- System owner
4. Related documents
5. Products/processes to be validated and/or qualified
6. Risk management approach
7. Definition and examples for severity and probability for
health/safety and business risks
8. High level risk assessment for part 11
9. Detailed steps for risk management
- Risk management plan
- Risk analysis
- Risk evaluation and assessment
- Risk mitigation
- Ongoing monitoring and re-evaluation
- Documentation
10. Risk Management for Computer Systems
- Risk management plan
- Risk analysis
- Risk evaluation and assessment
- Risk mitigation
- Ongoing monitoring and re-evaluation
- Documentation
11. Risk Management for Networked Systems
12. Risk Management for Existing/Legacy Systems
13. Risk Management for Macros& Spreadsheets
- Risk management plan
- Risk analysis
- Risk evaluation and assessment
- Risk mitigation
- Ongoing monitoring and re-evaluation
- Documentation
14. Documentation maintenance
15. Glossary
Appendix A.
- Forms
- Checklists
- Examples for hazards/harms and control activities for
- computer systems (home made + COTS)
- network infrastructure
- macro&spreadsheet applications
- legacy systems
Also included

SOP: Risk Assessment for Systems Used in GxP Environments
- Purpose/Scope
- Responsibilities
- Procedure
- Initial assessment
- Risk categories
- On-going review/update
- Records
- Related documents
- Glossary
- Templates
- Examples
Target Audience
- Operational/Lab managers and personnel
- IT managers and personnel
- QA managers and personnel
- Analytical scientists
- Validation specialists
- Consultants
- Vendors
- Teachers
Format/Price/Ordering
- Format: Electronic PDF, MS Word also available on request
- Size: 54 Pages master plan, 8 pages SOP
- Price: US$ 129.-
- VAT will be added for EU countries.
- Availability: Worldwide, shipment within one working day
- Ordering: (SSL secured, recommended for payment by credit
card)
-
Electronically from this this web site (SSL secured)
- Regular mail or fax using the form in
PDF or
MS Word format

The author

The author, Dr. Ludwig Huber, is an international expert on
validation and compliance in regulated industries and laboratories.
He has been responsible for the compliance program at Hewlett
Packard and Agilent Technologies for more than fifteen years. He
serves as a consultant for the industry and regulatory agencies on
local and international compliance issues. He has been a member of
the US PDA task force on 21 CFR Part11 and of the GAMP Special
Interest Group for Laboratory Computer Systems. He is also on the
advisory board for the European Compliance Academy and is a member
of IVT task force on network qualification. Several of his previous
books have been bestsellers and several times he has been ranked as
number one presenter at various international conferences. For
publications, presentations and other achievements, click here