Good Manufacturing Practices Course

Define and implement GMP's five pieces—people, products, process, procedures, and premises—through clear roles, stage-wise product specifications, simple documented workflows, and routine calibration to prevent contamination.

Ensure GMP adherence by training all employees and clarifying roles and responsibilities. Assess performance to boost productivity, efficiency, and quality while enforcing standards for materials, processes, SOPs, testing, and premises.

Master GMP by designing the facility from the start, validating processes, writing clear procedures, defining roles and records, training staff, maintaining hygiene, and conducting regular audits for total quality management.

Explore a good quality management system aligned with GMP to ensure product realization and continuous improvement; implement SOPs, clear responsibilities, storage, in-process controls, and proactive quality risk management.

Discover ISO standards, including quality management, environmental, health and safety, and IT security, and how they influence pharmaceutical practice by promoting safety, efficiency, and secure information.

Water quality standards define requirements, specifications, guidelines, or characteristics to ensure materials, products, processes, or services are fit for their purpose, and provide a vision, procedures, and vocabulary for stakeholders.

Engage quality standards to meet customer requirements, ensure product safety and correct active ingredient and dose, comply with regulations, and define internal processes for safe storage and transport.

ISO standards unite 166 national bodies through independent, non-governmental collaboration to craft voluntary, consensus-based, science-driven, market-relevant standards that drive innovation and address global challenges, including post-covid guidelines.

Iso 9001 defines the criteria for a quality management system and can be certified; it highlights seven principles, including customer focus, leadership, engagement of people, and process approach.

Iso 13485:2016 defines medical device quality management system requirements for regulatory purposes, covering design to servicing and ensuring products consistently meet customer and regulatory requirements.

Explore ISO 9001:2015 quality management system requirements and how organizations consistently provide products and services meeting customer and regulatory requirements, enhancing satisfaction through effective system application and system improvement.

Explore how FDA-guided investigations verify GMP compliance, identify non-conformities, and drive root-cause analysis to implement corrective and preventive actions (CAPA) across materials, processes, and records.

Identify nonconformities through systematic evaluation, analyze root causes, and design corrective and preventive actions with a cross-functional quality team to rectify issues and prevent recurrence, then monitor effectiveness.

Learn how CAPA collects information, analyzes problems, and implements corrective and preventive actions to prevent recurrence. Verify effectiveness, communicate to stakeholders, and document the process from investigation to closure.

Learn to establish and maintain corrective and preventive action procedures per FDA, analyze quality data with control charts, perform root cause analysis, implement CAPA, and verify effectiveness in management review.

Identify and implement corrective actions without undue delay to eliminate non-conformities, perform root cause analysis, and plan preventive actions; document and verify actions against regulatory safety and performance standards.

Eliminate the causes of potential non-conformities to prevent their future occurrence, apply actions proportional to impact, and document and verify compliance with regulatory requirements.

Establish a cross functional team to review CAPA issues across packaging and tablet departments, and shift CAPA from reactive to proactive with clear root cause analysis and actions.

Initiate kappa process by creating a kappa request, reviewing it, identifying sources, assembling cross-functional team, defining corrective and preventive actions, and verifying effectiveness on 15, 30, and 60 day milestones.

Validate every procedure with documentary evidence to show testing and production remain compliant at each stage, and routinely validate machines like HPLC to maintain quality and regulatory compliance.

Validate every step of the pharmaceutical process to assure quality with documented evidence for audits, ensuring defined and controlled components from machinery to storage, ensuring consistent final product quality.

Validation provides uniform batch quality, formally approved batches, and reduced defect costs, regulatory noncompliance risk, and end product testing, while ensuring a smoothly running process under control.

Learn how validation checks processes meet criteria and provides documented evidence of reproducible performance. Ensure gmp compliance and qa signs off on documents to verify adherence to specifications.

Understand process validation as the first formal step in cGMP and GMP for finished pharmaceutical products, before commercial batches, including 21 CFR parts 211 and 820 and pilot manufacturing.

Examine the diverse types of validation in pharmaceutical manufacturing: process, equipment, cleaning, analytical methods, and computer systems, highlighting qualification steps DQ, IQ, OQ, and PQ for compliant facilities.

Process validation analyzes data from design and manufacturing of finished pharma products and medical devices to ensure they meet cGMP and quality standards, with adherence to FDA/EMA guidelines.

The lecture explains process design, process qualification, and continuous process validation, and defines the types of validation: prospective, concurrent, retrospective, and revalidation.

Discover how the validation master plan (VMP) guides GMP validation, outlining facility and utility qualification, process and equipment qualification, risk assessment, and roles and responsibilities.