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Mastering the Fundamentals: Q&A with the Course Tutor for ‘Foundation Skills in MSK Ultrasound’

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Adding point-of-care ultrasound (POCUS) to your clinical toolkit can completely transform how you evaluate and treat musculoskeletal conditions. However, bridging the gap between basic theory and hands-on probe control takes a structured, supportive approach.

Ahead of the upcoming Foundation Skills in MSK Ultrasound course, starting 15th September for 4 weeks at £799, we sat down with course tutor Stewart Kerr to get an inside look at what delegates can expect, why hands-on home practice with a loaned scanner is a game-changer, and how beginners can build lasting diagnostic confidence.

1. What makes musculoskeletal ultrasound such a valuable skill for today’s clinicians?

Tutor: Musculoskeletal ultrasound gives clinicians the ability to explore anatomy dynamically and in real time. We can examine tendons, muscles, ligaments, joints, bursae, and some peripheral nerves while also asking the patient to move or indicate precisely where their symptoms are located.

When used appropriately alongside a thorough clinical assessment, ultrasound can help refine the working diagnosis, guide management decisions, and improve the way we explain findings to patients. It can also help clinicians recognise when further investigation or referral may be needed.

However, ultrasound should never be viewed as a replacement for clinical reasoning. Its real value comes when imaging findings are carefully interpreted in the context of the patient’s history, examination, and functional presentation.

2. Who is the Foundation Skills course designed for, and do delegates need any previous ultrasound experience?

Tutor: The course is designed for healthcare professionals who want to begin developing their skills in musculoskeletal ultrasound. This may include physiotherapists, podiatrists, doctors, and other appropriately qualified clinicians working in musculoskeletal practice.

No previous ultrasound experience is required. We start with the fundamentals, including how an ultrasound image is created, how to handle and move the probe, how to orientate yourself within the image, and how to optimise basic scanner controls.

It is particularly suitable for complete beginners, clinicians considering postgraduate ultrasound education, and those who may already have had limited exposure to scanning but want to build stronger foundations before progressing further.

3. What are the biggest challenges beginners face, and how does the course help overcome them?

Tutor: One of the biggest challenges is that beginners are trying to learn several new skills simultaneously. They must control the probe, understand the image, recognise anatomy, adjust the scanner, and maintain awareness of the patient, all at the same time.

It is completely normal for this to feel difficult initially.

The course breaks the process down into manageable stages. Rather than expecting delegates to produce perfect diagnostic images immediately, we concentrate first on probe control, orientation, image optimisation, and recognition of normal anatomy. These skills are then developed progressively over the four weeks.

The live online format also allows delegates to ask questions, receive feedback, and reflect on their practice between sessions. This helps turn what can initially seem overwhelming into a structured and achievable learning process.

4. The course includes an ultrasound scanner for home practice. How important is hands-on practice?

Tutor: Hands-on practice is essential. Ultrasound is not something that can be learned by watching lectures alone. It is a practical skill requiring hand–eye coordination, spatial awareness, and increasingly precise probe control.

The course includes the loan of a handheld scanner so delegates can practise at home between the live teaching sessions. This is a major advantage because it allows them to reinforce each week’s learning while it is still fresh.

Short, regular practice sessions are generally far more effective than occasional intensive scanning. Even 15 or 20 minutes of focused practice can help develop probe control, improve anatomical recognition, and build confidence. The four-week format creates a valuable cycle of learning, practising, reflecting, and then returning to the next session with new questions.

5. What makes this course different from other MSK ultrasound training?

Tutor: The course has been designed specifically around the needs of beginners. It is not an introductory lecture followed by an expectation that delegates will somehow work out the practical elements themselves.

Teaching takes place live over four weeks, giving delegates time to absorb information, practise at home, and gradually build their skills. The loan of a scanner makes meaningful practice possible rather than leaving delegates dependent on access to equipment through their workplace.

I also teach from the perspective of a clinician who uses diagnostic ultrasound as part of everyday musculoskeletal practice. The emphasis is therefore not only on producing an image, but on understanding how ultrasound fits into clinical assessment, decision-making, and patient communication. The aim is to create strong foundations and realistic expectations. It is a starting point for development, not a course that promises to turn someone into an independent diagnostic sonographer in four weeks.

6. What skills and confidence should delegates gain by the end of the four weeks?

Tutor: By the end of the course, delegates should have a clear understanding of the basic principles behind ultrasound image generation and the controls used to optimise an image.

They should be more confident with:

  • Holding and controlling the probe
  • Understanding probe orientation
  • Performing the principal probe movements
  • Recognising common ultrasound appearances of normal musculoskeletal tissues
  • Adjusting settings such as depth and gain
  • Using bony landmarks to locate anatomical structures
  • Developing a structured approach to scanning
  • Identifying and correcting common image-quality problems

Perhaps most importantly, delegates should leave knowing how to practise effectively and how to continue developing safely. They will not know everything, and no responsible four-week foundation course should suggest that they will, but they should have a strong platform from which to progress.

7. Can you share an example of how ultrasound has improved your clinical practice or patient care?

Tutor: Ultrasound frequently helps when the clinical presentation is unclear or when several structures could plausibly be contributing to the patient’s symptoms.

For example, a patient with lateral hip pain may have been told that they have “bursitis.” Ultrasound can help us examine the gluteal tendons and trochanteric bursae while correlating the findings with the precise location of their symptoms. This may demonstrate that the predominant problem is actually within the tendons rather than the bursa.

That distinction can make a meaningful difference to the advice we provide, the rehabilitation programme we prescribe, and the discussion we have about other treatment options.

Ultrasound is also an excellent communication tool. Showing a patient their anatomy and explaining what the findings do, and do not, mean can improve their understanding and help them engage more confidently with treatment. Importantly, this must be done carefully because not every imaging abnormality is a source of pain.

8. What advice would you give someone who is interested but unsure whether they are ready?

Tutor: You do not need to wait until you already understand ultrasound before attending a beginner’s course, that is precisely what the course is there to help you learn.

If you have an interest in musculoskeletal assessment, a willingness to practise, and an understanding that ultrasound takes time to master, you are ready to begin building the foundations.

I would encourage people not to compare their first scans with polished images produced by experienced sonographers. Everyone starts with difficulty controlling the probe and finding structures consistently. Progress comes through structured teaching, regular practice, and good feedback.

The most important requirement is not previous experience. It is curiosity, patience, and a willingness to keep practising.

9. What are the next steps after completing the foundation course?

Tutor: The next step should be continued, structured practice, initially concentrating on normal anatomy rather than attempting to diagnose every abnormality.

Clinicians can then consider more advanced courses, supervised clinical practice, mentorship, and formal postgraduate study. For those wishing to incorporate diagnostic ultrasound into independent clinical practice, a CASE-accredited postgraduate programme is an important route to consider.

It is also important to develop a portfolio of evidence, reflect on scans, obtain feedback from experienced practitioners, and work within an appropriate clinical governance framework.

The foundation course can therefore serve as a useful first step for clinicians exploring the field, preparing for postgraduate education, or beginning a longer-term pathway towards clinical competence.

10. What single lesson would you most like delegates to take away?

Tutor: A great ultrasound scan starts with excellent foundations.

It is tempting to focus immediately on identifying pathology, but reliable scanning depends on probe control, orientation, image optimisation, and a thorough understanding of normal anatomy. If those foundations are weak, everything that follows becomes more difficult.

I would like delegates to leave appreciating that good ultrasound is not about moving the probe around until an interesting image appears. It is a deliberate, systematic process—and that process can be learned.

11. What is the most common misconception about learning MSK ultrasound?

Tutor: The most common misconception is probably that learning to recognise pathology is the difficult part. For most beginners, the first major challenge is learning to produce a consistent, correctly orientated, and well-optimised image of normal anatomy.

Another misconception is that owning or having access to a scanner automatically leads to competence. Equipment is important, but it must be combined with structured education, regular purposeful practice, feedback, clinical reasoning, and appropriate governance.

Ultrasound has a long learning curve. That should not discourage people, but it is important to be honest about it. The goal of a foundation course is to help delegates begin that journey properly.

12. Why are you passionate about teaching MSK ultrasound?

Tutor: Ultrasound has had a significant influence on my own development as a clinician. It has deepened my understanding of anatomy, strengthened my assessment skills, and helped me have more informed conversations with patients about their presentation and treatment options.

What I enjoy most about teaching is seeing the point at which scanning begins to make sense for a delegate. At first, the screen may appear to contain little more than unfamiliar shades of grey. Gradually, they begin to recognise tissue patterns, find landmarks, and understand how small probe movements change the image.

Watching that confidence develop is extremely rewarding. I also want clinicians to learn ultrasound responsibly, with curiosity and enthusiasm, but also with humility, an appreciation of its limitations, and a commitment to ongoing development. That combination is what ultimately makes ultrasound valuable to patients.

Course Details at a Glance

  • Course Name: Foundation Skills in MSK Ultrasound
  • Start Date: 15th September
  • Duration: 4 Weeks
  • Investment: £799
  • Includes: Live structured teaching, ongoing tutor support, and loan of an ultrasound scanner delivered directly to your door for home practice.

Book Here – Foundation Skills for MSK Ultrasound | Orca Medical Ltd