A ventilator that fails silently. A connected diagnostic device with a software flaw nobody caught before deployment. As medical devices grow more advanced and more connected, the margin for undetected risk shrinks — and the consequences of missing it fall directly on patients.

This training course from Arab British Fellowship Training Academy gives participants both the theoretical grounding and the practical skills to identify, evaluate, and manage risk across a medical device's entire lifecycle, from design through post-market monitoring. The program is built around international standards, particularly ISO 14971, and shows how they apply in manufacturing environments, hospitals, and maintenance centers alike.

Participants also explore how risk assessment connects to quality assurance and regulatory compliance, and how to build an integrated risk management system rather than treating each device issue in isolation.

By the end of this course, participants will be able to:

• Understand the scientific and regulatory foundations of medical device risk management.
• Apply ISO 14971 requirements and related standards in risk analysis.
• Use risk analysis techniques such as FMEA, FTA, and HAZOP to identify and classify risk sources.
• Assess risk across the device lifecycle, from design through post-market review.
• Prepare risk assessment reports, maintain a Risk Management File, and document mitigation measures.
• Build an integrated risk management system within a healthcare or industrial organization.

Target Audience

• Medical device engineers and quality specialists.
• Managers and supervisors of maintenance and biomedical technology departments.
• Compliance and regulatory officers in medical device companies.
• Safety and risk management specialists in hospitals and healthcare institutions.

Module 1: Why Medical Device Risk Can't Be an Afterthought

• Defining risk assessment in the context of medical devices, and its link to product quality.
• Overview of ISO 13485 and ISO 14971 standards.
• Regulatory requirements from international authorities (FDA, CE, MHRA) and the role of risk management in compliance.

Module 2: Analyzing Risk — Methods and Tools

• Identifying and classifying risk sources.
• Risk analysis techniques: FMEA, FTA, and HAZOP.
• Using matrices to assess risk severity and probability.

Module 3: From Design to Disposal — Risk Across the Device Lifecycle

• Applying risk management during design and development phases.
• Monitoring performance during operation and maintenance.
• Post-market review and continuous incident analysis.

Module 4: Clinical Impact and the User Perspective

• Analyzing risks related to human use of the device.
• Evaluating clinical consequences of technical failures.
• The importance of user feedback in updating risk assessments.

Module 5: Controlling and Reducing Risk

• Strategies for reducing risk through engineering design and preventive controls.
• Balancing risk levels with the clinical benefits of the device.
• Verifying the effectiveness of controls and monitoring risk-related performance indicators.

Module 6: Documentation and the Risk Management File

• Requirements for the Risk Management File.
• Preparing risk assessment and analysis reports.
• Documenting supporting evidence and keeping records up to date.

Module 7: Building an Integrated Risk System, and What's Next

• Designing a comprehensive administrative framework for risk management, with clear responsibilities and roles.
• Integrating risk assessment with quality and safety management systems.
• Emerging trends: artificial intelligence, data analytics, and digital transformation in device monitoring.