This course is designed to equip Biomedical Engineering graduates and practicing professionals with the essential knowledge required to address emerging cybersecurity challenges in modern healthcare environments. With the rapid digital transformation of healthcare systems—ranging from electronic health records and telemedicine platforms to interconnected medical devices and IoT-based monitoring systems—the flow of sensitive health data across shared and networked infrastructures has significantly increased.

The course provides a comprehensive understanding of how these advancements have reshaped healthcare service provisioning, while simultaneously introducing critical vulnerabilities and security risks. Participants will explore key concepts in healthcare cybersecurity, including data privacy, secure communication protocols, risk assessment, threat modelling, and regulatory compliance relevant to healthcare systems.

The course also highlights strategies for securing medical devices, hospital networks, and health information systems against cyber threats such as unauthorized access, data breaches, ransomware, and system manipulation.

By the end of this course, learners will be able to understand cybersecurity risks in healthcare settings making them industry-ready professionals capable of contributing to secure and resilient healthcare infrastructures.

This course provides Biomedical Engineering graduates and professionals with a focused understanding of cybersecurity challenges in today’s digitally transformed healthcare systems. It highlights how increased reliance on interconnected devices, electronic health records, and shared networks has elevated risks to data security and patient safety. The course equips learners with knowledge of understanding threats, risks, and security solutions, enabling them to better understand the strategies to safeguard healthcare information and infrastructure effectively in real-world environments.