Innovation in dental education: The "On-the-Fly" approach to simultaneous development, implementation and evidence collection.

INTRODUCTION: This study outlines an approach for education innovation and addresses the ambivalence between evidence-based and non-evidence-based conditions. The "on-the-fly" approach was described as involving implementation during the development of an innovation for dental education. MATERIALS AND METHODS: The process of designing and implementing cutting-edge technology of the MOOG Simodont Dental Trainer (DT) whilst systematically collecting evidence illustrates the "on-the-fly" approach. RESULTS: Using the "on-the-fly" approach for developing, implementing and collecting evidence simultaneously in an academic environment appears feasible in serving both the professionals, users and developers and system designers. During the implementation of the new technology, growing evidence stepwise strengthened its position; therefore, showing stakeholders that evidence was used to improve the technology seemed to support and increase acceptance of the new technology. CONCLUSIONS: When pioneering an innovative technology in a specialty field, the development stage often precedes evidence for its effectiveness. Consciously choosing the "on-the-fly" approach clarifies to stakeholders in advance about the lack of evidence in an innovation and the need of their support to collect such evidence for improvement and in order to facilitate implementation.

Effect of students' determination of testing time on their test performance.

This article investigates whether giving students control over preparing for and the moment of taking a test affects their test results in comparison with when the school is in control of the amount of training followed by a predetermined test moment. The students participated in training for manual dexterity. After the training, the students performed a test. The results of the test were stored in a database. Students from the group with freedom to select the moment of the test performed much better than those in the other group who did not have the freedom to select the moment for the test, with significantly fewer students requiring three attempts to pass the test. The fact that students when given the responsibility to develop manual skills performed better than when guided by the policy of the school is hopeful in the sense that students can learn in an early stage of their study to take responsibility for learning.

[The Simodont in dental education]. / De Simodont in het onderwijs.

The Simodont is a virtual learning environment for students of dentistry which is intended to expand and optimize the preparation ofstudents for the treatment ofpatients so that the transition in education from pre-clinic to clinic is reduced. The Simodont makes it possible to offer students more realistic clinical problems. In that way, students can practice much more extensively than they can in the pre-clinic on phantom heads. The Simodont also provides a safe learning environment in which unlimited mistakes can be made without unfortunate consequencesfor the student and patient. The simulator is coordinated with reading material on a computer, which makes it possible to integrate techniques and theory in dental education. Virtual teeth, with and without pathology, have been created for application in the Simodont, to allow unlimited possibilities for practice. The future possibilities for the Simodont offer many opportunities for students in dental education, for supplementary and post-graduate education andfor the re-integration of dentists in their profession.