
Trainer
The goal of the course
Scope of the course
CSA history
Computer System Validation CSV & Computer System Assurance CSA
CSV pain points & acceleration of innovations
CSA & ISPE GAMP
Critical thinking
Automation
Changing the paradigm
Leverage vendor documentation
Risk rating
Unscripted testing
Impact on SOP
Risk assessment in GAMP 5 2nd edition
CSA risk rating template
Potential impact
Implementation method
Risk rating
Testing activities
Risk assessment example
Risk assessment and the test types in CSA
Test types
Intensive testing - scripted
Normal testing - scripted
Exploratory testing - unscripted
Ad-hoc testing - unscripted
Test templates
Exploratory testing template + example
Ad-hoc testing template + example
Scripted testing template
CSA Risk Assessment examples
Electronic Document Management System
SCADA system for product filtration tank
Changes from the Existing Validation Approach
Impact on SOP
Percentage distribution of test types
CSA return on investment
Summary
The goal of the course
Learn about Computer System Assurance (CSA)
Discover how CSA influences GAMP 5 2nd edition
Explore risk assessment in CSA
Familiarize yourself with new types of tests in CSA
Explore critical thinking
Scope of the course
Computer System Assurance background and history
New Approach to Computer System Assurance
Risk assessment in Computer System Assurance (CSA) and Computer System Validation (CSV)
CSA test types
Requirements and test case examples
Computer System Assurance Versus Current Validation Approach
Computer System Assurance (CSA) in the context of GxP (Good Practice) refers to the specialized set of practices and processes implemented within highly regulated industries like pharmaceuticals, biotechnology, and healthcare to ensure that computer systems used in the development, manufacturing, testing, and distribution of products adhere to regulatory requirements and maintain data integrity. GxP encompasses various guidelines and regulations, such as Good Laboratory Practices (GLP), Good Clinical Practices (GCP), and Good Manufacturing Practices (GMP), among others.
Compliance with GxP regulations is critical for industries where product quality and patient safety are paramount. Failure to adhere to these regulations can result in severe consequences, including product recalls, regulatory fines, and damage to an organization's reputation. Computer System Assurance within GxP environments is a systematic approach to mitigate these risks and ensure the reliability and compliance of computer systems used in regulated processes.