FAMULUS: Fostering diagnostic competence in medical and teacher education via adaptive online-case-simulations

Motivation

Diagnostic reasoning is a key competence in many professions. Examples are diagnosing diseases and suitable therapies in medicine and diagnosing whether pupils with learning difficulties suffer from a disability in educational settings. A good university curriculum should thus not only educate students regarding factual knowledge but also support them in developing diagnostic skills.

The interdisciplinary FAMULUS project aims to study how online case simulations that provide automatic adaptive feedback can foster students' diagnostic skills. To generate automatic feedback, we will develop novel methods for identifying and evaluating diagnostic reasoning (e.g. hypothesis generation, evidence generation and evaluation, hypothesis acceptance or rejection) in student essays. The effect of such feedback on the development of diagnostic skills will then be evaluated in a study conducted with students from medicine and education.

Goals

The FAMULUS project aims to answer the following questions regarding diagnostic essays written by students in medicine and education:

  1. How do different formats of online case simulations (e.g. "whole case" versus "serial cue") affect the diagnostic reasoning of students with different levels of background knowledge? [study conducted by project partners]
  2. Is it possible to automatically and reliably detect diagnostic reasoning in student essays?
  3. How can the quality and suitability of diagnostic reasoning in an essay be automatically evaluated to generate adaptive feedback?
  4. How useful is the automatic feedback for students compared to providing a model essay? [study conducted by project partners]
  5. Does diagnostic reasoning differ when performed individually as compared to cooperatively?  [study conducted by project partners and usage of automatic analysis from 2.]
  6. Can the methods developed for the automatic analysis and evaluation of diagnostic reasoning also be applied to essays of students from other fields of study?

Team

Partners

This project is established in cooperation with:

Publications

Additional Attributes

Type

Förderung von Diagnosekompetenzen durch simulationsbasiertes Lernen im Lehramtsstudium

Michael Sailer, Jan Kiesewetter, Christian M. Meyer, Martin R. Fischer, Iryna Gurevych, Frank Fischer
In: Educational Research and Governance. Abstractband zur Tagung der Sektion „Empirische Bildungsforschung“ (AEPF), September 2017
[Online-Edition: https://aepf2017.de/]
[Inproceedings]

Funding

The project is funded by the German Federal Ministry of Education and Research (BMBF) as part of the program "Digital Higher Education" (Digitale Hochschullehre).

 

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