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1. Introduction and scope

1.1 What “medical device software” is

1.2 When software qualifies as a medical device – and why process matters

1.3 Overview of the software lifecycle and link to the technical file

2. Qualification, classification and intended purpose

2.2 MDR/UK MDR classification rules for software

2.3 Writing clear intended purpose, indications, user groups and use environments

3. Software development lifecycle and design controls

3.1 IEC 62304-style lifecycle: what it looks like in practice

3.3 Modular architecture to support traceability, testing and safer updates

4. Requirements, risk management and traceability

4.1 Defining and documenting software requirements

4.2 Software risk management (including cybersecurity)

4.3 Building and maintaining a bidirectional traceability matrix

6. Verification and validation of software

6.1 Verification vs validation

6.2 Planning verification and validation

7. Clinical validation and clinical evaluation of software

7.1 What clinical validation means for SaMD and software-heavy devices

7.2 Designing clinical validation activities suited to risk and claims

8. Cybersecurity, data integrity and performance

8.1 Cybersecurity threats as safety and performance risks

8.3 Documenting cybersecurity controls and their verification

10. Post-market: maintenance, PMS and change management

10.1 Managing updates, patches and new versions

10.3 When changes trigger new validation, clinical re-evaluation or submissions

Quiz

12.1 Short cases to apply the concepts

12.2 Reflection prompts (for CPD evidence)

12.3 Knowledge checks and quiz-ready questions

11.1 Frequent issues and why they matter

11.2 Best practices to counter the pitfalls

Course Survey

End of Course Survey

Badge Card

Welcome to the definitive course on Medical Device Software Development and Validation, specifically designed to help you navigate the complex regulatory landscapes of IEC 62304 and the Medical Device Regulation (MDR). As software increasingly drives innovation in healthcare—from embedded systems to Software as a Medical Device (SaMD)—understanding the strict compliance requirements is no longer optional; it is essential.

Welcome to the definitive course on Medical Device Software Development and Validation, specifically designed to help you navigate the complex regulatory landscapes of IEC 62304 and the Medical Device Regulation (MDR). As software increasingly drives innovation in healthcare—from embedded systems to Software as a Medical Device (SaMD)—understanding the strict compliance requirements is no longer optional; it is essential. This comprehensive course demystifies the entire software lifecycle, providing you with actionable insights into qualification, classification, and the rigorous design controls required to bring safe, effective medical software to market.

Throughout this program, you will explore the critical thresholds that separate general health apps from regulated medical devices. We will dive deep into MDR Rule 11, helping you accurately classify your software and define a clear intended purpose. You will learn how to implement an IEC 62304-compliant lifecycle, seamlessly integrating modern Agile methodologies with strict phase-gate requirements. Furthermore, the course covers essential topics such as software risk management, cybersecurity, bidirectional traceability, and the crucial distinctions between verification and validation.

Beyond development, we will guide you through clinical validation for SaMD and post-market strategies, ensuring you know how to manage updates, patches, and significant changes without compromising compliance. Whether you are a software engineer, regulatory affairs professional, or quality assurance specialist, this course equips you with the practical tools and knowledge to build, validate, and maintain medical device software that meets the highest global standards. Enroll today to secure your expertise in medical device software compliance!

Medical Devices: Development and validation of software for devices

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            <p>In an era where software increasingly defines the therapeutic and diagnostic capabilities of modern medicine, the line between a functional application and a regulated medical device has never been more critical. For software engineers and regulatory professionals, the transition from general-purpose development to Medical Device Software (MDSW) requires a fundamental shift in mindset—one where code quality is measured not just by performance or user experience, but by its documented impact on patient safety. As the European Medical Device Regulation (MDR) and UK MDR impose more stringent classification rules, particularly under Rule 11, the industry faces a provocative question: can your development process withstand the scrutiny of a clinical evaluation that demands irrefutable evidence of safety and performance? This course dissects the regulatory thresholds that separate wellness apps from life-critical systems, challenging you to integrate rigorous design controls into the very fabric of your architectural choices.</p>

<p>Navigating the intersection of IEC 62304-compliant lifecycles and modern development paradigms like Agile requires more than just a checklist; it demands a deep understanding of how modular architecture, Software of Unknown Provenance (SOUP), and bidirectional traceability function as the backbone of a robust technical file. Beyond the initial release, the persistent threats of cybersecurity and the complexities of post-market change management force a re-evaluation of what it means to "finish" a product. By exploring the nuances of software risk management and the distinct roles of verification and validation, this course prepares you to bridge the gap between engineering innovation and clinical reliability. Whether you are defining system requirements, managing risk controls, or auditing a software lifecycle, the goal is to move beyond mere compliance and toward a culture of safety-by-design that remains resilient throughout the entire post-market lifespan of the device.</p>
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