A systematic review of using team-based learning in a pharmacokinetics course

Background: This systematic review aimed to summarise an application of team-based learning (TBL) in pharmacokinetics courses, to compare the learning outcomes of TBL to that of traditional lecture-based courses, and to identify the benefits of using a TBL strategy in pharmacokinetics courses. Method: PubMed, Scopus, and ERIC EBSCO databases were systematically searched, and 191 non-redundant articles were retrieved. Of these, seven articles were included. Results: Implementation of a TBL in pharmacokinetic courses resulted in several positive results including higher examination grades, improvement in professionalism aspects such as altruism, accountability, and honesty. Student engagement, peer learning, and the development of transferable skills could also be observed. Despite these positive benefits, some challenges exist, such as an increase in initial workload for faculty members, preparation of appropriate assignments, and suitable strategy to facilitate students. Conclusion: Future TBL implementation should be critically designed to optimise faculties’ workload and students’ engagement to the course.

General dental practitioners’ perceptions on Team-based learning pedagogy for continuing dental education

Introduction: Team-based learning (TBL) pedagogy is a structured, flipped classroom approach to promote active learning. In April 2019, we designed a TBL workshop to introduce the New Classification of Periodontal Diseases 2017 to a group of general dental practitioners (GDPs). We aimed to investigate GDPs feedback on learning this new classification using TBL pedagogy. Methods: Two articles related to the 2017 classification were sent to 22 GDPs 2 weeks prior to a 3-hour workshop. During the face-to-face session, they were randomly assigned to five groups. They participated in individual and group readiness assurance tests. Subsequently, the GDPs had inter- and intragroup facilitated discussions on three simulated clinical cases. They then provided feedback using a pen-to-paper survey. Based on a 5-point Likert scale (1-strongly disagree to 5-strongly agree), they indicated their level of agreement on items related to the workshop and their learning experience. Results: Majority (94.7%, 18 out of 19 GDPs) agreed the session improved their understanding of the new classification and they preferred this TBL pedagogy compared to a conventional lecture. All learners agreed they can apply the knowledge to their work and there was a high degree of participation and involvement during the session. They found the group discussion and the simulated clinical cases useful. Conclusion: A TBL workshop is suitable for clinical teaching of the New Classification of Periodontal Diseases 2017 for GDPs. Its structure promotes interaction among learners with the opportunity to provide feedback and reflection during the group discussions. This model might be a good pedagogy for continuing dental education.

Pengembangan Perangkat Pembelajaran dengan Menggunakan Model Team Based Learning untuk Meningkatkan Hasil Belajar Fisika

This research was conducted at SMA Negeri 1 Telaga Biru and aimed to produce quality physics learning tools using the Team-Based Learning (TBL) learning model. The device was developed using the 4D development model developed by Thiagarajan Semel and Semel. The research results on the device show that the developed device is of high quality. Learning tools are said to be valid for use with slight revisions. This can be seen based on the average validation results with a value of 3.5 and 3.6. The level of effectiveness of learning devices is seen in the increase in student learning outcomes consisting of the cognitive domain at the first meeting until the third meeting, N Gain iRat is 0.46 with n criteria of moderate gain, at tRat is N Gain 0.5, in the attitude domain with an average the percentage of 80.240%, the results of observing student activities for 3 meetings are 80.890% with good criteria and the psychomotor aspect an average percentage of 80.128%, and the practicality of the developed device seen from the observation sheet on the implementation of learning 93.650% and the teacher's response questionnaire and student responses with an average percentage of 81.653% and 79.752%. Get a positive response.

Active learning assignment: Legos and coins to understand glucose metabolism

This article describes an assignment used in an undergraduate Advanced Exercise Physiology course for seniors. Due to the heterogeneity and several transfer students, students' backgrounds in chemistry varied from adequate to non-existent. This presented several challenges for teaching and also for students' understanding of the different metabolic pathways. This article presents an assignment for an active-learning team-based approach in the classroom and the adapted version for virtual learning. Students in active, team-based learning were asked to create a short video of glucose oxidation using Lego bricks, coins, or other toys to represent the glucose molecule, the by-products, and the enzymes involved each pathway. During virtual learning, the assignment was modified to create a video independently in both synchronous and asynchronous course sections. Based on students' responses to an instructor-developed survey on their perceptions of the assignment, 71.4% reported that the assignment was helpful to understand glucose metabolism.