Introduction: Sonographer education varies internationally, reflecting differences in healthcare systems, regulation, and workforce needs. This session examines how the US, Australia, New Zealand and the UK prepare, credential, and support their sonography workforce. Comparing entry pathways, accreditation models, and professional development requirements, participants will gain insights to strengthen local training and career progression.
Method: Educational models were reviewed across selected countries, focusing on: (1) entry requirements and credentialing systems; (2) the role of accreditation bodies and professional organizations; and (3) approaches to clinical training, assessment, and continuing professional development.
Results: The US emphasizes accredited academic programs and national certification examinations. Australian programs are postgraduate and include structured clinical training, with an ASAR registry listing required to provide services reimbursed under Medicare. In New Zealand, postgraduate education integrates clinical practice, and sonographers must register with the MRTB. UK education follows postgraduate routes, but the title “sonographer” is not legally protected. Despite structural differences, common themes include competency-based assessment, supervised clinical training, and pathways for advanced practice.
Conclusion: Although educational structures differ, sonographer preparation worldwide relies on shared foundations of accreditation, competency assurance, and continuing education.
Take-Home Message: Adopting proven international strategies (competency frameworks, robust clinical supervision, and advanced practice pathways) can enhance training quality, support professional mobility, and prepare a flexible workforce for evolving healthcare demands.

Introduction: Teaching medical ultrasound can be a challenge as there are many factors that need to be considered if there is to be a successful outcome. A major issue is dealing with underperforming students who can be a huge impediment to the smooth running of a training program.
Methods: This talk looks at the student / tutor relationship, the steps to clinical competence and skill acquisition and how to make the process less stressful.
Discussion: Introducing the use of suitable learning resources for student sonographers can benefit both the trainee and supervisor. The use of student learning and skill acquisition plans for teaching clinical ultrasound has been shown to improve the quality of outcomes for our students. These plans transfer the onus of responsibility for learning to the student, thus making the tutors task easier – which relates to focused learning and successful students. Key factors in teaching ultrasound students are; Knowledge - theory, evidence for clinical practice, Skills - communication & psychomotor and Attitudes - work place practices, behaviours & professionalism.

Sonographers are burning out at rates that should concern every clinician, manager, and imaging director in this field. This presentation draws on neuroscience, occupational research, and lived experience to examine why burnout takes hold and what we can do about it before careers are lost.
You will leave understanding the neuroscience behind exhaustion, why catching it early changes everything, and why what is being felt is a predictable response to an unsustainable system, not a personal failure. We will also explore two ideas that rarely make it into these conversations: moral injury in the workplace, and the role of self-compassion in reclaiming a sense of self when the work takes it toll.
The focus then shifts to practical, evidence-based support systems that are sustainable and within the control of every sonographer in the room.

Introduction: With every ultrasound examination performed there is a risk of transmission of bacterial and viral pathogens. Whether this is from equipment to patient, operator to patient, or patient to patient, there may be a probability of cross contamination, and efforts should be made to decrease the risk of infection. The ASA has updated Infection Protection and Control (IPC) recommendations & created a flow chart for easier compliance however understanding IPC in clinical practice with varying guidelines and statements may not always be straight forward.
Methods: This talk aims to dissect the ASA clinical statements and discuss any controversial issues in the hope that practitioners will feel more confident in applying the most suitable IPC in their practice.
Take-home message: Understanding not only why IPC is important but that efficient IPC is incorporated into your everyday ultrasound practice will improve patient safety

Introduction: Effective clinical supervision is critical in sonographer training to ensure patient safety, skill development, and professional progress. The ASA Sonography Clinical Supervision Framework (ASACSF) provides comprehensive guidelines for both clinical tutors and student sonographers. But hard copy documentation created by the training site is essential for reducing lawful risks while enhancing learning outcomes.
Methods: Drawing from professional experience in sonographer education and supervision and supported by the principles outlined in the ASACSF. Existing education and training practices have been reviewed over a period of time; identifying areas of ambiguity in tutor and trainee roles, and scope of practice. A formalised robust hard copy was then developed to formalise supervision expectations, define responsibilities, and establish clear escalation and documentation processes. The framework is designed to be adaptable across clinical settings while supporting safe, consistent, and lawfully robust student supervision.
Results: Implementation of very structured training outlines, requirements and expectations in learning has improved clarity for students and tutors regarding their responsibilities. It has reduced inappropriate clinical practice and contributed to safer learning environments. Clear documentation and signed acknowledgments have further solidified a robust training program.
Conclusion: Hard copy formalised training requirements/outlines are essential to balance quality education with legal and ethical obligations for tutor sonographers and trainees. Clear role definitions and scope limitations empower tutors to provide effective supervision and protect all stakeholders from legal repercussions.
Take Home Message: Hard copy formalised training requirements/outlines is essential to balance quality education with legal and ethical obligations for tutor sonographers and trainees.

Introduction: Peer professional support (PPS), or clinical supervision, is widely used across allied health professions to strengthen reflection, skills, confidence, and resilience. Despite these benefits, PPS is not yet embedded in sonography, even though sonographers experience increasing workload pressures and limited opportunities to debrief. The literature was searched to identify a structured peer support model appropriate for sonographers.
Method: A literature search was conducted across major health databases and grey literature using keywords related to sonographers, peer support, mentoring, and professional wellbeing. Eligible studies were screened, reviewed, and synthesised to identify existing structured peer support models and assess their relevance to sonography.
Results: Clinical supervision models provide structure for health professionals to reflect, learn, and maintain safe, high-quality practice. These include reflective approaches, developmental and integrative frameworks, and more formal systems such as the Proctor Model, solution focused supervision, and psychodynamic approaches. There was distinguishment between managerial supervision, focusing on performance and accountability, and peer supervision, which emphasises shared learning, collaboration, and professional growth. These distinctions are particularly relevant to sonography, where practitioners often work autonomously and benefit from supportive, non-hierarchical structures.
Conclusion: The Proctor Model is the best fit for sonography because it balances quality and safety, skill development, and emotional wellbeing. Its three functions—normative, formative, and restorative—align closely with the clinical, technical, and emotional demands of ultrasound practice.
Take home message: A structured peer support model is feasible and necessary in sonography. The Proctor Model offers a practical framework to strengthen clinical quality, professional growth, and emotional wellbeing.

This presentation aims to outline strategies for achieving safe, sustainable, and pain-free sonography. Musculoskeletal pain affects up to 90% of sonographers, commonly in the shoulder, neck, wrist, and back. Beyond the physical discomfort, persistent pain can have a significant mental impact, contributing to stress, fatigue, and reduced focus. Much of this risk is preventable through considered and ergonomic practice. Organisations and departments play a critical role by fostering supportive workflows, encouraging early reporting, and providing ergonomically designed workspaces. By implementing these strategies, sonographers can protect both physical and mental wellbeing, enhance career longevity, and continue to deliver high-quality, safe patient care. Safe, accurate imaging begins with a healthy sonography workforce.

Introduction: Sonography is a cognitively and emotionally demanding profession practiced across varying levels of experience. Regardless of seniority, self-doubt is a common but under-acknowledged feature of clinical practice. This presentation explores “scanning with empathy” as a skill that begins internally—with self-awareness and self-compassion—and extends outward to patient care. The objective is to normalise self-doubt, reframe it as a protective response, and demonstrate how empathy toward oneself improves both diagnostic quality and patient experience.
Method: Using reflective practice and educational storytelling, this presentation examines three common manifestations of self-doubt. For trainees and newly qualified sonographers, self-doubt may present as perfectionism (“I need the perfect image”), fear of judgment when asking for help, or overconfidence used as a protective mask. For senior sonographers, self-doubt often appears as pressure to always know the answer, fear of missed pathology, decision fatigue, and emotional burden when delivering difficult findings. Practical strategies—including cognitive reframing, grounding techniques, and permission to seek support—are discussed. Empathy in patient interactions is explored through communication strategies, expectation-setting, and compassionate delivery of sensitive information.
Results: Applying empathy inwardly reduced performance anxiety, encouraged appropriate help-seeking, and improved diagnostic confidence. Clear, empathetic communication with patients reduced tension, minimised conflict around results, and strengthened rapport—particularly in breast, thyroid, and obstetric scanning.
Conclusion: Empathy is a professional skill that must begin with the clinician. When sonographers extend compassion to themselves, they create safer cognitive space for clinical judgement and humane patient care. Empathy is not softness—it is clarity. Start with yourself, and better scanning follows.