Open AccessMale catheter insertion simulation using a low-fidelity 3D-printed model in undergraduate medical learners
Author(s) -
Charlie Gillis,
David P. Harvey,
Nicole Bishop,
Greg Walsh,
Adam Dubrowski
Publication year - 2019
Publication title -
dalhousie medical journal
Language(s) - English
Resource type - Journals
eISSN - 1492-000X
pISSN - 1488-9994
DOI - 10.15273/dmj.vol45no2.8998
Subject(s) - checklist , computer science , urinary catheter , 3d printed , catheter , medical physics , medical simulation , likert scale , simulation , fidelity , medicine , medical education , surgery , psychology , biomedical engineering , telecommunications , developmental psychology , cognitive psychology
Urinary catheter insertion is one of the most widely performed procedures in a clinical setting. Inexperienced cath- eterizations constitute a high percentage of urethral trauma in hospital settings, with as high as 75% of comorbidities related to inaccurate insertion. Simulation training can help learners feel more confident, shorten the learning curve, and provide a safe learning environment for novices to make, and learn from, mistakes. Three dimensional (3D)- printed simulation models are as effective as commercially available models for novice learners, and have the benefits of being inexpensive, anatomically correct, portable and can be easily modified and rapidly produced as needed. A 3D-printed male urinary catheter insertion simulation model, designed by MUNMed 3D, was offered to Memorial University medical students as part of pre-clerkship procedural training. Fourteen students were provided with a checklist for the procedure and the 3D-printed urinary catheter insertion simulator, and following the simulation, were asked to complete a 5-point Likert survey on their experience.The average self-reported skill before using the model was 1.29 (out of 5), which increased to 3.21 (out of 5). All 14 respondents selected either “agree” or “strongly agree” for the following four survey items: the simulation was an accurate anatomical representation, they would prefer learning on this simulation model before performing this procedure, they would recommend the model to other learners, and they found this model beneficial overall. Simulation training with a 3D-printed urinary catheter insertion simulator allows trainees the opportunity to become confident and familiarize themselves with the procedure before performing it on a real patient.