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Advanced Medical Device Lifecycle, Clinical Investigations & Risk Management Course & Certification
Intermediate
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4.7
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97% Recommended
Updated 2026
3 hour
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About
Advanced Medical Device Lifecycle, Clinical Investigations & Risk Management is a comprehensive program designed to provide professionals with a deep understanding of the complete medical device journey—from concept and design through clinical evaluation, regulatory approval, commercialization, and post-market surveillance. The course is aligned with key international standards including ISO 14971, ISO 14155, IEC 62366-1, and current regulatory expectations for digital and connected medical devices.
This Advanced Medical Device Lifecycle, Clinical Investigations & Risk Management Course & Certification provides practical training in device development, risk management, clinical investigations, data integrity, human factors engineering, cybersecurity, ethics, inspection readiness, and market access strategy. Upon completion, participants receive certification demonstrating competency in medical device lifecycle management and regulatory best practices.
Who Should Enrol?
- Medical Device Regulatory Affairs, Quality Assurance, and Compliance Professionals.
- Clinical Affairs, Clinical Research, and Clinical Investigation Personnel.
- Medical Device Engineers, Product Development Teams, and Risk Management Specialists.
- Digital Health, Cybersecurity, and Human Factors Engineering Professionals.
- Entry-level professionals and consultants seeking certification in medical device lifecycle management and regulatory compliance.
What you will learn
Understand the complete medical device lifecycle, including design controls, development, regulatory approval, commercialization, and post-market activities.
Learn risk management and clinical investigation requirements under ISO 14971 and ISO 14155, including safety evaluation, risk controls, and clinical evidence generation.
Develop knowledge of data integrity, digital systems, cybersecurity, human factors engineering, and patient-centered device design.
Gain expertise in audit readiness, regulatory inspections, ethics, privacy requirements, and market access strategies for medical devices.
Course Syllabus
- The Medical Device Lifecycle: Six Core Phases
- Phase 1–2: Concept, Intended Purpose & Design Inputs
- Design & Development: What MDR Demands
- Phase 3: Verification, Validation & Evidence Generation
- MDR Conformity Assessment: Which Route for Each Device Class?
- The CE Marking Process: End-to-End
- Post-Market Obligations: MDR's Most Demanding Phase
- The 'Golden Thread': Clinical Evidence Across the Lifecycle
- Post-Market Feedback Loops: Keeping the Lifecycle Current
- MDR Technical Documentation: Document Architecture
- ISO 13485:2016 and EU MDR: How They Align
- ISO 14971:2019: The Risk Management Process
- The Risk Management Plan: What It Must Contain
- Hazard Identification: Systematic Techniques
- Risk Estimation: Probability, Severity, and the Risk Matrix
- Risk Matrix: ALARP Framework for Medical Device Risk Evaluation
- Risk Control: The Mandatory Hierarchy
- Residual Risk Evaluation: ALARP and the Benefit-Risk Test
- ISO 14971 + EU MDR: Points of Integration
- ISO 14971 in Clinical Investigations: The Annex H Framework
- Post-Production Risk Monitoring: ISO 14971 Clause 10
- ISO 14155: The GCP Standard for Medical Device Investigations
- ISO 14155:2020 vs. 2026: Critical Changes at a Glance
- Study Design: Selecting the Right Architecture
- Feasibility Studies: First-in-Human and Pilot Investigations
- Sample Size Calculation: Getting It Right the First Time
- The Estimand Framework: Annex K of ISO 14155:2026
- Clinical Investigation Plan (CIP): The Master Document
- CIP Mandatory Content: Sections 1–5 (ISO 14155:2026 Annex A)
- CIP Mandatory Content: Sections 6–12 (ISO 14155:2026 Annex A)
- Investigator Selection, Qualification & Delegation
- Site Activation: The Regulatory Green Light Checklist
- Adverse Events in Device Investigations: Definitions & Hierarchy
- Safety Reporting Timelines: ISO 14155:2026
- Clinical Events Committees (CECs): ISO 14155:2026 Mandate
- Data Monitoring Committees (DMCs): Governance Upgrade
- Site Monitoring: Types, Objectives & Remote Monitoring
- Source Document Verification (SDV): The Reconstruction Test
- Protocol Deviations: Types, Impact & Management
- Clinical Evaluation Report (CER): The Evidence Synthesis
- Decentralized Clinical Trials (DCTs): ISO 14155:2026 Guidance
- ALCOA+: The Data Integrity Foundation
- Electronic Data Capture (EDC) Systems: Selection & Validation
- Data Management Plan: What It Must Cover
- Common Data Integrity Violations: Inspector Findings
- Real-World Evidence (RWE) and Synthetic Control Arms: Data Quality Requirements
- IEC 62366-1: The Usability Engineering Framework
- User Research: The Foundation of Usability Engineering
- Critical Task Analysis: Identifying What Could Kill
- The PCA Model: Root Cause Analysis of Use Errors
- Formative vs. Summative Evaluation: Roles and Design
- Summative Validation Pitfalls: The Top 5 NB Rejection Causes
- Usability Engineering File (UEF): Contents & Inspection Readiness
- Informed Consent Process: GCP Requirements Under ISO 14155:2026
- Clinical Trial Registration and Results Reporting
- Clinical Study Report (CSR): Structure and Content
- Electronic Master File (eTMF): Principles and Inspection Readiness
- Data Governance Framework: Roles and Responsibilities
- Audit Trail Analysis: What Inspectors Look For
- Formative Evaluation: How to Run an Effective Session
- Human Factors in Risk Management Integration
- IEC 62366-1 Post-Market: The Lifecycle Obligation
- Substantial Modifications: When CIP Changes Require CA Re-approval
- GDPR in Clinical Investigations: Key Obligations
- Central Lab and Imaging Core Lab: Data Governance
- Statistical Analysis Plan (SAP): Locking Before Unblinding
- Why Cybersecurity = Patient Safety
- MDCG 2019-16 Rev.1: The EU Cybersecurity Framework for Devices
- Software Bill of Materials (SBOM): The Inventory of Trust
- Threat Modelling: STRIDE Methodology for Medical Devices
- Defense-in-Depth: Security Architecture for Connected Devices
- Post-Market Cybersecurity Plan: Testing and Disclosure
- Cybersecurity Requirements: EU MDCG 2019-16 vs. FDA 2023 Guidance
- Cybersecurity in Clinical Investigations: CIP Requirements
- The Declaration of Helsinki: Governing Principles for Device Research
- Equipoise and Research Ethics: When Is a Study Ethical?
- Informed Consent: Standards and Special Situations
- GDPR in Clinical Investigations: Practical Obligations
- Conflicts of Interest and Research Integrity
- Patient Safety Culture: Beyond Regulatory Compliance
- The Inspection Landscape: FDA BIMO vs. NB GCP Audit
- Hosting Strategy: Front Room vs. War Room
- The BIMO Checklist: What FDA Inspectors Actually Scrutinise
- Common MDR Non-Conformities: What NB Auditors Find
- Responding to Form 483 / Non-Conformities: The 6-Step CAPA Framework
- CAPA Response Quality: Adequate vs. Inadequate Examples
- Pre-Inspection Mock Audit: How to Run It
- Post-Inspection Management: After the Inspector Leaves
- EU AI Act: High-Risk AI in Medical Devices
- SaMD Classification and Clinical Evidence: MDCG 2020-5
- Cybersecurity Case Study: Connected Infusion Pump Attack Scenario
- Research Ethics Committees: Submission, Review, and Response
- Patient Engagement and Patient-Reported Outcomes
- Research Ethics Case Study: The Vulnerable Population Challenge
- Trial Master File (TMF) Completeness: Inspection Readiness
- MDR Surveillance Audits: What Changes After CE Marking
- Quality Management System Audit: MDR Article 10(9)
- Inspection Scenario Simulation: 'Reconstruct Subject 015'
- Preparing Your Team: Inspection Communication Training
- NB Qualification and Selection: Choosing the Right Partner
- Inspection Readiness: The Annual Internal Audit Programme
- EU CE Marking: The Complete Pathway
- Notified Body Assessment: Technical Documentation Requirements
- FDA Regulatory Pathways: 510(k), PMA, and De Novo
- FDA Submission Types: Quick Reference
- MHRA and the UKCA Mark: Post-Brexit UK Regulatory Pathway
- PMDA (Japan): Registration and Clinical Data Requirements
- Health Canada and TGA: Canada and Australia Pathways
- Scientific Advice and Pre-Submission Meetings: Strategic Value
- Global Regulatory Pathway Comparison: CE, FDA, MHRA, PMDA
- Global Regulatory Strategy: Sequencing and Evidence Sharing
- MDD-to-MDR Transition: Clinical Evidence Challenges
- Regulatory Intelligence: Staying Current
- EU MDR Article 78: Unannounced Audits and Manufacturer Obligations
- EUDAMED: Registration Obligations and Practical Management
- Unique Device Identification (UDI): Lifecycle Management
- Regulatory Strategy for SMEs vs. Large Manufacturers
- Risk-Based Regulatory Strategy: Prioritising Your Compliance Investment
- Labelling and Instructions for Use (IFU): MDR Requirements
- Post-Market Surveillance Strategy: From Data to Action
- Regulatory Affairs Career Development: The ADP Pathway
- Building Your Inspection Readiness Toolkit
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Frequently Asked Questions
This course provides advanced knowledge of medical device lifecycle management, clinical investigations, and risk management. It explains how medical devices are developed, evaluated, approved, and monitored while ensuring compliance with international regulatory standards, patient safety requirements, and quality expectations across global healthcare environments.
In this course, you will learn how to:
- Understand the complete medical device lifecycle from development to post-market activities
- Apply ISO 14971 risk management principles for medical devices
- Understand ISO 14155 requirements for clinical investigations
- Manage data integrity and digital systems in medical device environments
- Identify cybersecurity challenges and compliance requirements for connected devices
- Apply human factors and usability engineering principles to improve patient safety
- Prepare for audits, inspections, and regulatory submissions
- Understand ethics, privacy, and global regulatory expectations for medical devices
This course is ideal for individuals who want to build or advance a career in medical devices, clinical investigations, and regulatory compliance, including:
- Medical device professionals seeking advanced regulatory knowledge
- Clinical research and clinical investigation professionals
- Quality assurance and regulatory affairs professionals
- Professionals working in pharmaceutical, biotech, CRO, or medical device companies
- Engineers and healthcare professionals interested in device safety and compliance
- Anyone seeking advanced understanding of medical device regulations and risk management
- Develop advanced understanding of medical device lifecycle management
- Strengthen knowledge of global regulatory and compliance requirements
- Improve skills in risk management and clinical investigation processes
- Enhance inspection readiness and audit preparedness
- Understand cybersecurity, usability, and patient safety considerations
- Build practical knowledge for careers in medical devices and regulatory affairs
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