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Ali Ariaeinejad, Reza Samavi, Teresa M Chan, and Thomas E Doyle (2017)

A performance predictive model for emergency medicine residents

In: Proceedings of the 27th Annual International Conference on Computer Science and Software Engineering, pp. 28--37, Markham, Ontario, Canada, IBM Corp.

Competency-based medical education (CBME) is a paradigm of assessing resident performance through well-defined tasks, objectives and milestones. A large number of data points are generated during a five-year period as a resident accomplishes the assigned tasks. However, no tool support exists to process this data for early identification of a resident-at-risk failing to achieve future milestones. In this paper, we study the implementation of CBME at McMaster's Royal College Emergency Medicine residency program and report the development of a machine learning algorithm (MLA) to identify patterns in resident performance. We evaluate the adaptivity of multiple MLAs to build a tool support for monitoring residents' progress and flagging those who are in most need of assistance in the context of emergency medicine education.

kNN, learning analytics, SVM, emergency residency training, competency-based medical education, machine learning, neural network

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