A combination of active learning strategies improves student academic outcomes in first-year paramedic bioscience

Developing active learning activities for didactic perfusion courses

BACKGROUND

In the world of academia, traditional lecturing has been the most common pedagogical approach for centuries. However, it can create an environment for students to be passive learners in the classroom. Alternatively, active learning is a pedagogical approach intended to encourage students to engage with content in manners which have been associated with improved exam performance, final course grades, clinical reasoning skills, and critical thinking skills. Given that perfusion is inherently a profession where didactic information must be applied in practice, the implementation of active learning in didactic courses is worth considering. Although active learning is practiced in perfusion education through participation in simulations and clinical rotations, there are no easily identifiable active learning resources available to supplement didactic perfusion courses. In response, written active learning activities were specifically designed for didactic perfusion courses.

METHODS

The activities were designed based on the format for guided inquiry worksheets, the incorporation of the learning cycle, and the implementation of process oriented guided inquiry learning (POGIL) strategies. Key concepts were identified, learning objectives were specified, and models (figures or tables of data) were created as targets of engagement and analysis. Following each model, questions and prompts are given to guide students through identifying, understanding, and exploring the concepts incorporated in the activity as well as opportunities to apply the newly gained knowledge and understanding.

RESULTS

Ten active learning activities have been developed based on the methods summarized above.

CONCLUSION

While the purposes of this paper are to inform the perfusion community of active learning and to share guidelines on how to create active learning activities for didactic perfusion courses, the goals of the activities are to provide examples to perfusion educators and to guide students in understanding basic perfusion concepts in a clinically relevant manner. It is recommended that perfusion students complete these activities alongside their didactic perfusion courses.

Using Rubrics to Evaluate E-Learning Tools in Radiology Education

Recent trends in medical education with an emphasis on active learning strategies and blended learning techniques have resulted in a growing volume and utilization of online educational resources. Integration of online learning tools into medical curricula has been further necessitated during the COVID-19 pandemic. With access to abundant digital radiology education resources, it has become increasingly important for educators to be able to evaluate the efficacy of e-learning tools for use in radiology education. In this manuscript, the authors describe their successful search for a vetted method to evaluate e-learning tools in radiology education. The selected rubric was designed by educational developers supporting technology to be used as a formative tool in higher education. The rubric was applied in condensed and noncondensed formats to 2 existing popular highly subscribed radiology e-learning resources and results were displayed in narrative and visual formats. More widespread application of this rubric would be beneficial to the content creators and learners alike.

Kickstart in nursing home-Nursing students experiences of a model for active and collaborative learning in clinical placement

AIMS AND OBJECTIVES

To explore students' experiences from a pilot project testing out a model for active, collaborative learning in first-year placement at a nursing home.

BACKGROUND

There is a need for innovative learning activities and projects to improve clinical education in nursing homes. Active, collaborative approaches in placement learning may enhance students learning outcome.

DESIGN

The study had a qualitative and explorative design, in which the experiences of students participating in the pilot were investigated through paired interviews at the end of their placement.

METHODS

Twenty-two students participated in the study, and data from paired interviews were analysed using qualitative content analysis. COREQ reporting guidelines were used.

RESULTS

Three themes emerged from the analysis: (1) The learning cell as facilitator for learning; (2) Discovering learning possibilities in nursing homes and (3) Applying tools and resources for learning.

CONCLUSIONS

The model could reduce tension and anxiety while helping the students focus on learning options and use their environment more actively for learning. Working with a learning partner seems to increase student learning through common planning, feedback and reflection. The study emphasises the importance of facilitating active learning through the scaffolding structures and configuration of the students' learning space.

RELEVANCE TO CLINICAL PRACTICE

This study indicates the potential for introducing active and collaborative pedagogical models in clinical placement. The model can promote nursing homes as a conducive learning arena for nursing students and help prepare students for a future work role in a rapidly changing health care field.

PATIENT OR PUBLIC CONTRIBUTION

The result of the research is shared and discussed with stakeholders prior to finalising the article.

Impact of combination of short lecture and group discussion on the learning of physiology by nonmajor undergraduates

This study assessed the impact of an "active learning" strategy employed alone or in combination with traditional lectures on the learning of mammalian physiology by undergraduate students. The study investigated the impact of three teaching strategies, namely 1) traditional lecture, 2) group discussion alone, and 3) combination of lecture and group discussion. For all strategies, students were given homework in a textbook and they completed written assignments before each session. Every student led the discussion of at least one assigned theme during each group session. The students had no access to the textbook or notes during group discussions. Four examinations (3 in-semester and a final) assessed the students' knowledge of fundamental concepts of physiology of specific organ systems. Part of the final examination reassessed knowledge of previously tested topics. The results show that the teaching modality employed to introduce physiology topics influenced students' learning. The average marginal effect of the lecture + discussion modality (average improvement linked to lecture + discussion strategy) on students' performance was 6.45% [95% confidence interval (CI₉₅) (4.73, 8.16), P = 1.74 × 10^-13], and the average improvement associated with the discussion-only modality was 5.5% [CI₉₅ (3.84, 7.16), P = 7.84 × 10^-11]. On average, all class ranks performed better on materials covered under active learning settings than under lecture-only conditions. Moreover, students' performance under combined lecture and discussion conditions is predictive of their overall performance in the course. The results support the positive effect of student-centered learning and demonstrate the efficacy of a combination of lectures and group discussions on learning of physiology by nonmajor students.NEW & NOTEWORTHY The purpose of this study was to evaluate the effect of group discussion on the learning of mammalian physiology by nonmajor undergraduate students. Combining traditional lectures with group discussions increased the active participation of students in class and improved their learning of physiology, as measured by the results of in-semester and final examinations. The active learning technique benefited all class ranks on average.

Review of Learning Tools for Effective Radiology Education During the COVID-19 Era

Coronavirus disease 2019 (COVID-19) has significantly disrupted medical education around the world and created the risk of students missing vital education and experience previously held within actively engaging in-person activities by switching to online leaning and teaching activities. To retain educational yield, active learning strategies, such as microlearning and visual learning tools are increasingly utilized in the new digital format. This article will introduce the challenges of a digital learning environment, review the efficacy of applying microlearning and visual learning strategies, and demonstrate tools that can reinforce radiology education in this constantly evolving digital era such as innovative tablet apps and tools. This will be key in preserving and augmenting essential medical teaching in the currently trying socially and physically distant times of COVID-19 as well as in similar future scenarios.

Enhancing reflection on medical and surgical nursing among nursing students: A participatory action research study

BACKGROUND

Medical and Surgical Nursing (MSN) is a core course in baccalaureate nursing programs that requires active and effective teaching and learning strategies to enhance students' engagement.

OBJECTIVE

To develop and implement an effective learning process for students undertaking the MSN course.

DESIGN

This participatory action research study used reflection as the center of action in the cycle of planning, acting, observing and reflecting and re-planning.

SETTING

The study was conducted at a University in southern Taiwan.

PARTICIPANTS

Thirty nursing students in their second year of a bachelor program in nursing, aged 19 to 20 years, were recruited via email and completed the study.

METHODS

The data were collected from February to June 2019 through reflective workshops, group discussions, individual interviews, and field notes. A qualitative content analysis was performed. Four criteria were considered to ensure the trustworthiness of the study process: reliability, validity, transferability, and authentic citations.

RESULTS

Four key themes - two challenges and two adaptive strategies - emerged in relation to the spiral process of improving teaching and learning in the MSN course. Participants experienced two main challenges: the large amount of multidisciplinary knowledge expected, and the rapid pace of the course. The two adaptive strategies were: recognizing their own unique way of learning and becoming an active learner and achiever.

CONCLUSIONS

The project helped students to identify their own learning challenges, recognize the need to modify their attitudes and approaches to learning, improve teaching and learning in the MSN course, and identify the characteristics relevant to becoming an active learner and achiever.

TESOT: a teaching modality targeting the learning obstacles in global medical education

In higher education, it is a great challenge for instructors to teach international medical students (IMSs) efficiently. These students usually have different learning obstacles and learning style preferences from domestic students. Thus it is necessary to use teaching modalities targeting the specific characteristics of IMSs. Accordingly, we have developed a teaching modality composed of classical teacher-centered approach (TCA), enriched with components of student-centered approach (SCA) and online interactions targeting the learning characteristics of IMSs, which we defined as TESOT (an acronym made of the underlined words' initials). Aside from the online interactions that provide both answers to questions raised by students and guidance throughout a course, this modality contains additional in-classroom components (i.e., pre-lecture quiz, student-led summary, and post-lecture quiz). The effectiveness of this modality was tested in the nervous system module of the Physiology course for IMSs. The final exam scores in the nervous system module in the year taught with TESOT were higher than those earned by students taught with a classical TCA modality in preceding 2 yr. The improvement of teaching effectiveness is attributable to increasing communication, bridging course contexts, and meeting diverse learning style preferences. These results indicate that TESOT as an effective teaching modality is useful for enhancing efficiency of teaching IMSs.

Using learning management software data to compare students' actual and self-reported viewing of video lectures

PURPOSE

Student engagement is typically measured by class attendance and questionnaires. Learning management systems (LMS) provide additional sources of objective data that can evaluate student performance. This study compared dental students' self-report of course video viewing with LMS data.

METHODS

Dental students in a 2018 flipped pediatric dentistry course were given a questionnaire after course completion that captured self-reported course video viewing. Student data and time spent on videos were extracted from the LMS and matched to the questionnaire. McNemar's test evaluated differences between self-reported and matching LMS data.

RESULTS

Of the 109 enrolled students, 99 (91%) completed the questionnaire. Most students self-reported that they watched more than half of the videos (71%), re-watched at least once (89%), and watched at times other than 8 a.m.-5 p.m. (80%). Of the 104 students with data from the LMS, 40% of students watched more than half of the videos, 49% re-watched at least one video, and 60% watched between 8 a.m.-5 p.m. LMS data showed 14 (13%) students did not watch any videos. Significant differences were found between self-reported video viewing and matched LMS video data in (1) percentage of videos watched, (2) number of times videos were re-watched, and (3) most frequent time for watching the videos (p < 0.001 for all).

CONCLUSION

Technology is a tool that helps instructors more accurately track students' study habits compared to observation or self-report. When evaluating time spent watching videos via an LMS, students tend to overestimate the amount of viewing time.

Reimagining physiology education with interactive content developed in H5P

The amalgamation of educational technologies in higher education is widespread and has become essential for contemporary practice on a large scale. Foundational anatomy and physiology knowledge is integral to all courses in health education. To tackle the volume and complexity of the content taught at the foundation level, the incorporation of online tools embedded within curricula provides a unique opportunity to engage students through active learning strategies in a blended design (Means B, Toyama Y, Murphy R, Baki M. Teach Coll Rec 115: 1-47, 2013). This article reports on the use of H5P as a platform to foster self-paced and self-directed learning, critically outlining the developmental process involved in scaffolding activities to learning outcomes. The H5P activities were embedded within the online learning management system, which enabled tracking of student access to these resources. Students were asked to complete an online survey about their perspectives on the effectiveness of H5P activities. This work is part of a comprehensive study evaluating the blended design for delivery of first-year physiology subjects.

Effectiveness of a digital interactive multimedia tutorial for preparing veterinary students to perform ultrasonography in horses

OBJECTIVE

To determine the effectiveness of a digital interactive multimedia tutorial (DIMT) for preparing veterinary students to perform ultrasonography in horses.

SAMPLE

42 third-year veterinary students.

PROCEDURES

Students were randomly assigned to 3 instructional methods: independent study (ie, 45 minutes to read a highlighted textbook chapter), lecture (ie, 45-minute lecture by a faculty member), or digital interactive multimedia tutorial (DIMT; ie, 45-minute narrated, interactive module). Written and practical tests were administered after each instruction session. For the practical test, each student was required to obtain a series of ultrasound images of a live horse, and images were later scored for quality by an individual unaware of the instructional method used.

RESULTS

Higher-quality ultrasound images were obtained by veterinary students who had reviewed the DIMT rather than the analogous information in textbook chapters. No difference in scores was identified between students in the lecture group and those in the DIMT group. Students' perceptions suggested that practical instruction facilitated by clinicians was a key component of learning how to perform ultrasonography in horses.

CONCLUSIONS AND CLINICAL RELEVANCE

Results supported the use of DIMTs in preparing veterinary students to perform ultrasonography in horses.

Gênese, Impacto e Identidade da Revista de Administração Contemporânea

RESUMO Contexto: como as pessoas e as organizações, os periódicos também apresentam uma identidade. Assim, pensar na identidade de um periódico científico remete, em primeiro lugar, a compreender como sua trajetória moldou suas preferências acerca do que seus membros entendem sobre ciência e academia. Em segundo lugar, remete a como ele se projeta na comunidade científica, tanto em termos de regras de julgamento sobre o que é considerado válido como pesquisa quanto da intensidade e do modo como ele impacta o conhecimento científico e a realidade social. Objetivo: diante desse contexto, buscamos, neste artigo, recuperar elementos distintivos da Revista de Administração Contemporânea (RAC) em sua gênese, ressaltando como tal período deixou uma impressão duradoura em sua identidade. Método: utilizamos textos históricos e depoimentos para embasar nossos argumentos, triangulando o material qualitativo com padrões de citação, de referência e de escrita científica para evidenciar a identidade e o impacto da RAC. Resultados: as análises apontam que a RAC, desde sua gênese, diferenciou-se pelo rigor teórico, metodológico e empírico. Isso refletiu, ao longo do tempo, em seu impacto e centralidade na comunidade acadêmica. Conclusão: defendemos que a eficácia na construção da identidade da RAC a levou a ser o periódico mais influente da área de administração.

The impact of flipped classroom andragogy on student assessment performance and perception of learning experience in two advanced physiology subjects

Flipped classroom teaching has been used by many educators to promote active learning in higher education. This andragogy is thought to increase student engagement by making them more accountable for their learning and increase time on task in the classroom. While there are several systematic reviews that point to improved student results, it remains unclear if flipped classrooms have positive learning effects in physiology education. Flipped classroom teaching was introduced in two advanced physiology subjects (advanced neuroscience, semester 1, and cardiorespiratory and renal physiology, semester 2). Changing the mode of content delivery reduced the time students needed to spend listening to lectures by one-third, without sacrificing either learning content or academic standards. Higher pass rates were observed with larger number of students earning distinction and high-distinction grades. Statistically significant improvements in final grades were observed from both subjects (semester 1: 2017, 49.28 ± 20.16; 2018, 53.29 ± 19.77, t₂₆₈ = 2.058, P = 0.0405; semester 2: 2017, 58.87 ± 21.19; 2018, 67.91 ± 20.40, t₁₁₁ = 2.306, P = 0.023). Finally, students' perception of their learning experience remained at or above the university benchmarks (median score of >80% for all iterations of the subjects). While the most frequent and persistent area that students suggested could be improved was reduction of content, equal numbers of students commented that no improvement in the subjects was required. Despite the generally positive attitude to recorded didactic teaching content, classroom attendance remained very low, and students did not engage with the active learning content. This suggest that more emphasis needs to be placed on promoting class attendance by developing better active learning content.