The Biomedical / Clinical Engineering Association of Ireland (BEAI) has published a new position paper highlighting the critical role of Clinical Engineering in safeguarding patient care and supporting Ireland’s increasingly technology-dependent health system.
The paper outlines how Clinical Engineers are central to ensuring that medical devices and digital health systems are safe, effective, and fully compliant with complex regulatory requirements. As healthcare technology becomes more advanced, interconnected, and software-driven, the profession has become essential to maintaining patient safety, service continuity, and system resilience.
However, the BEAI warns that the current Clinical Engineering workforce within the Irish public health system is under significant strain. Misalignment between job responsibilities, qualifications, and existing grading structures is contributing to serious recruitment and retention challenges. This has already led to workforce instability in some healthcare settings, with potential knock-on effects for clinical services.
Failure to address these issues could result in delays in medical equipment deployment, increased cybersecurity risks, higher costs, and disruptions to patient care.
The BEAI is calling for urgent action in three key areas:
- Formal recognition of Clinical Engineering as a patient safety-critical Health and Social Care Profession
- Alignment of grading structures with the complexity and responsibility of the role
- Development of a coordinated national workforce strategy to support recruitment, retention, and future service needs
The paper also highlights the essential contribution of Clinical Engineers to major national priorities, including digital health transformation, medical device integration, and cybersecurity planning.
The BEAI is committed to working with the HSE and the Department of Health to ensure that Clinical Engineering is appropriately recognised and supported to meet the demands of modern healthcare.
Abstract
This position paper examines the evolving role, resourcing challenges, and strategic importance of Clinical Engineering within the Irish public health system. Clinical Engineering is identified as a safety-critical function responsible for ensuring the safe, effective, and compliant lifecycle management of increasingly complex, software-driven, and networked medical technologies. The paper highlights how regulatory developments, including the EU Medical Device Regulation and emerging frameworks such as the EU Artificial Intelligence Act, have significantly expanded the technical, governance, and risk management responsibilities of the profession.
Despite this growing scope, the Clinical Engineering workforce in Ireland faces structural misalignment between qualifications, responsibilities, and existing grading frameworks. This has led to recruitment and retention challenges, workforce instability, and emerging risks to patient safety and system resilience. The paper outlines the potential consequences of under-resourcing, including suboptimal procurement decisions, cybersecurity vulnerabilities, integration failures, and increased lifecycle costs.
To address these challenges, the paper proposes three key strategic priorities: formal recognition of Clinical Engineering as a Health and Social Care Profession, alignment of grading structures with role complexity, and coordinated national workforce planning. It further emphasises the critical role of Clinical Engineers in digital health transformation, medical device integration, and cybersecurity strategy. The paper concludes that strengthening Clinical Engineering capacity is essential to ensuring safe, resilient, and sustainable healthcare delivery in Ireland.