Master in Clinical Engineering postgraduate personal statement example

Personal statement example

Every infusion pump that comes back to the equipment library where I work carries a paper tag, and most of the tags say nothing useful. "Alarming" is the commonest. Over eighteen months as an equipment library assistant at a district general hospital, I have learnt that "alarming" can mean an occlusion downstream, a giving set loaded at a slight angle, a flat battery, or a nurse who has not met that model before. Working out which, and passing the right information to the electronics and medical engineering team, has become the part of my job I care about most. I am applying for a master's in clinical engineering because I want to move from sorting these problems to understanding and managing them properly.

My degree is a BEng in Biomedical Engineering, where I graduated with a 2:1. The modules I found most rewarding were instrumentation, biomechanics and a short course on medical device regulation. Regulation turned out to be less dry than I expected, because it explained why a device's intended use and labelling shape the way it can safely be deployed on a ward. My final-year project tied these together. I built a gravimetric test rig, using a precision balance and a logging script in Python, to check the flow accuracy of a teaching-lab syringe driver at low rates of between 0.5 and 2 millilitres per hour. The most difficult part was not the coding but controlling evaporation and the start-up delay caused by mechanical slack in the drive. I added a small oil layer to the collection beaker and discarded the first stretch of data, then compared repeated runs. The results were modest, and my supervisor pointed out that my sample size limited what I could claim, but the project taught me how much careful method matters when a small error in a device reaches a patient as a large one.

The library job gave that lesson a practical setting. My duties are ordinary: cleaning and logging returned devices, checking that planned maintenance is in date, issuing pumps and monitors to wards and keeping the asset database accurate. Because I recorded faults more specifically than the tags did, I noticed that one ward kept returning pumps with occlusion alarms. I mentioned this to an engineer, who traced most of them to an unfamiliar giving set, and the ward was offered a short refresher. It was not my fix, but it showed me that clinical engineering sits between technology, staff and procurement, and that good records are a safety tool in their own right.

I would like to learn the parts I can currently only see from the edge: risk management across a device's life cycle, how hospitals evaluate and procure equipment, and how technical evidence is weighed against cost and usability. I am also curious about how electronic health records and connected devices change the work, since the hospital where I work is beginning to integrate monitors with patient records, and the questions of data quality and alarm management seem likely to grow.

Outside work I play second cornet in a local brass band. Rehearsal is not related to engineering, but it has made me comfortable with steady, repetitive practice and with listening for the part of a piece that is slightly out. I also do a weekly shop for an elderly neighbour, which has made me notice how hard many household devices are to use with poor eyesight, and I have since started reading about usability in medical device design.

I bring a sound engineering grounding, hands-on familiarity with how equipment actually behaves on wards, and a habit of writing down exactly what went wrong. I want postgraduate study to give me the breadth to turn those habits into the judgement a clinical engineer needs.