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- Published: 17th September 2026
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Personal statement example
My interest in orthopaedics grew out of measuring knees. For my undergraduate dissertation I could not access a motion analysis laboratory, so I designed something smaller: a reliability study comparing a free smartphone inclinometer app with a universal goniometer for knee flexion in healthy volunteers. Twenty-two students agreed to take part, and two of us measured each knee twice, blinded to our own earlier readings. Setting it up taught me more than the result did. I had to decide where to place bony landmarks and mark them consistently, argue the case for a repeated-measures design to my supervisor, and learn to calculate and interpret intraclass correlation coefficients and limits of agreement rather than simply reporting an average difference. Agreement was reasonable but the between-rater variation was wide enough that I would not use the app to judge a small change in a single patient. Working out why a cheap tool was good enough for some purposes and not others is the kind of question I want to keep asking.
Since qualifying I have worked in NHS musculoskeletal outpatients, with a rotation covering a trauma and orthopaedic ward. Outpatients has given me a steady diet of patellofemoral pain, rotator cuff problems, meniscal injuries and post-operative knee and shoulder rehabilitation, so I have learned to read operation notes carefully and to ask surgeons what they want protected and for how long. The ward rotation was a different education: early mobilisation after hip fracture surgery, patients waiting for theatre, delirium, and the practical reality that a well-fixed fracture is only half of a recovery. Talking with an orthogeriatrician about why some patients regain independence and others do not pushed me towards reading about fracture liaison, weight-bearing protocols and the evidence behind early supported discharge.
My reading has followed my caseload. I found the arguments around arthroscopic partial meniscectomy for degenerative tears genuinely unsettling at first, because they asked me to take seriously that a plausible mechanical explanation may not translate into benefit over exercise-based care. I have since tried to read trials more sceptically, paying attention to comparison groups, blinding and how outcomes were chosen. I attend a monthly journal club at work and presented a paper on rehabilitation after rotator cuff repair, which meant explaining statistical significance and clinical importance to colleagues who quite reasonably wanted to know what to change on Monday morning.
I am applying for a taught master's because my understanding of orthopaedics is currently assembled from the parts of it I happen to have seen. I want structured teaching on biomechanics, implant design and materials, fracture healing and the evidence base for common procedures, together with more rigorous training in research methods and critical appraisal than a three-year undergraduate degree could provide. I am particularly keen to develop a dissertation around outcome measurement in lower limb rehabilitation, building on the methodological problems I ran into as a student with better tools and a clinical population.
Studying while working has become normal for me. I funded my degree with supermarket shifts and still coach warm-ups and cover minor injuries for a local women's football team, which keeps me honest about what advice patients will actually follow. I plan to continue part-time clinical work alongside study, and I am comfortable with the reading load and the discipline that requires. In the longer term I would like to work in an orthopaedic team as an advanced practitioner, contributing to service evaluation and rehabilitation research rather than only delivering it.
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