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"Experimental Teaching"
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Teaching postdramatic theatre : anxieties, aporias and disclosures
This text explores the concept and vocabulary of postdramatic theatre from a pedagogical perspective. It identifies some of the major anxieties and paradoxes generated by teaching postdramatic theatre through practice, with reference to the aesthetic, cultural and institutional pressures that shape teaching practices. It also presents a series of case studies that identify the pedagogical fault lines that expose the power-relations inherent in teaching (with a focus on the higher education sector as opposed to actor training institutions). It uses auto-ethnography, performance analysis and critical theory to assist university teachers involved in directing theatre productions to deepen their understanding of the concept of postdramatic theatre.
Book
Effect analysis of a virtual simulation experimental platform in teaching pulpotomy
Background
The experimental teaching of pediatric dentistry is a bridge between theoretical study and clinical practice, and virtual simulation technology provides a new method of instruction.
Methods
We built an experimental teaching platform using virtual simulation technology for vital pulpotomy that includes learning and examination modes. A total of 199 students majoring in stomatology in the fourth year at Sun Yat-Sen University were randomly divided into a control group (conventional teaching mode) and an experimental group (virtual simulation experimental teaching model). The teaching effect was evaluated by theoretical and experimental examination.
Results
We found that both the theoretical and experimental scores of the experimental group were higher than those of the control group, and the theoretical scores of the experimental group after exposure to the virtual simulation experimental teaching platform were also higher than those before the class, with significant differences (
P
< 0.05). Feedback from the experimental group after the class indicated that the platform reinforced their theoretical knowledge and greatly improved their mastery of operational skills.
Conclusions
The application of a virtual simulation experimental teaching platform can effectively improve the teaching of pulpotomy.
Journal Article
The road to independence : emancipatory pedagogy
\"Offers ways to empower people through education so that we can live and prosper together in a sustainable world. The emancipatory pedagogy of innovation and entrepreneurial education is presented as a road to independence: as a way to enable everyone to reach their inherent potential. This book presents case studies, stories, and research findings from innovation and entrepreneurial education that illuminate the real lives and work of teachers and students from different cultures\"--Page 4 of cover.
Book
Application of the online teaching model based on BOPPPS virtual simulation platform in preventive medicine undergraduate experiment
Background
As online teaching gains prevalence in higher education, traditional face-to-face methods are encountering limitations in meeting the demands of medical ethics, the availability of experimental resources, and essential experimental conditions. Consequently, under the guidance of the BOPPPS (bridge-in, objective, preassessment, participatory learning, postassessment, summary) teaching model, the application of virtual simulation platform has become a new trend. The purpose of this study is to explore the effect of BOPPPS combined with virtual simulation experimental teaching on students’ scores and the evaluation of students’ participation, performance and teachers’ self-efficacy in preventive medicine experiment.
Methods
Students from Class 1 and Class 2 of 2019 preventive medicine major in Binzhou Medical University were selected as the research objects. The experimental group (class 2) (
n
= 51) received the teaching mode combined with BOPPPS and virtual simulation platform, while the control group (class 1) (
n
= 49) received the traditional experimental teaching method. After class, the experimental report scores, virtual simulation scores, students’ engagement scale (SES), Biggs questionnaires, and teachers’ sense of self-efficacy (TSES) questionnaires were analyzed.
Results
The experimental report results demonstrated a significant increase in the total score of the experimental group and the scores of each of the four individual experiments compared to the control group (
P
< 0.05). To investigate the impact of the new teaching model on students’ learning attitudes and patterns, as well as to evaluate teachers’ self-efficacy, a questionnaire survey was administered following the course. The SES results showed that students in the experimental group had high performance scores on the two dimensions of learning methods and learning emotions (
t
= 2.476,
t
= 2.177;
P
= 0.015,
P
= 0.032). Furthermore, in the Biggs questionnaire, the total deep learning score of the experimental group was higher than that of the control group (
t
= 2.553,
P
= 0.012), and the deep learning motivation score of the experimental group was higher than that of the control group (
t
= 2.598,
P
= 0.011). The TSES questionnaire shows that most teachers think it is easier to manage students and the classroom and easier to implement teaching strategies under this mode.
Conclusions
The combination of BOPPPS and the virtual simulation platform effectively enhances the experimental environment for students, thereby improving their academic performance, engagement and learning approach in preventive medicine laboratory courses.
Journal Article
Construction of research feedback experimental teaching mode for medical undergraduate students and comparative study with traditional experimental teaching mode
Objective
There were serious problems in the implementation process of basic medical experimental teaching, such as simple content and low innovation of experimental projects, which affected the cultivation of students’ basic medical experimental skills and innovative abilities. Regarding the existing issues, we constructed the research feedback experimental teaching model (RFETM) and evaluated its teaching effectiveness.
Method
We reformed the traditional experimental teaching mode (TETM) and constructed RFETM. Undergraduate students from six classes of the 2023 clinical major of integrated traditional Chinese and Western medicine at Anhui University of Chinese Medicine were included in this study and divided into a control group (Classes 1–3, 197 students) and an experimental group (Classes 4–6, 193 students). The control group adopted the TETM, while the experimental group adopted the newly constructed RFETM. The teaching effectiveness of RFETM were evaluated through basic medical experimental skills assessment (BMESA) and questionnaire survey.
Result
We constructed RFETM from the teaching syllabus, experimental teaching projects (derived from the research results of our institution), teaching assessment, teaching conditions, and textbook compilation. There was no difference in the population composition and experimental technical background between the two groups of students, which did not interfere with the statistical results of this study. The experimental group’s students scored significantly higher than the control group in the BMESA and RFETM questionnaire surveys. Open-ended comments showed that students have high evaluations of RFETM and believed that the RFETM reform was successful.
Conclusion
This study indicated that RFETM significantly improved the basic medical experimental skills of medical undergraduate students and promoted their innovation ability.
Clinical trial number
Not applicable.
Journal Article
Teaching with tenderness : toward an embodied practice
\"Imagine a classroom that explores the possibilities of embodied teaching and a pedagogy of tenderness in its curriculum. By tenderness, Thompson means a way of being that allows us to listen deeply to each other, to consider perspectives that we might have thought outside our own world views, to practice patience and attentiveness that allows people to do their best work, and to go beyond the status quo. Thompson invites us into her own classroom experiences and the lives of her students to provide examples of transformative teaching methods--from moveable desks to create more constructive arrangements, to introducing yoga into the classroom to welcome the body into learning, to the need for a nap time for overworked students--that bring together feminist pedagogy, trauma theory, and contemplative practices. A pedagogy of tenderness takes into accounts students' whole selves--their minds, bodies, emotions, spiritual lives--in order to help students connect their bodies and minds to achieve the deepest form of understanding\"-- Provided by publisher.
Book
Design and Implementation of Experiment Online Teaching Platform for Oil and Gas Storage and Transportation Based on WeChat Mini-Program
With the emergence of “Internet + higher education,” online teaching platforms have become increasingly important, particularly for practical teaching courses. The study of oil and gas storage and transportation is a fundamental and essential course for students in this major. In light of the issues related to limited space, lack of openness, and low student enthusiasm for traditional experimental teaching methods, an online experimental teaching platform for oil and gas storage and transportation was developed. This platform is based on the WeChat mini-program and follows the principles of cross-platform computability, user friendliness, and low investment. Its aim is to explore effective learning models for mobile devices. This study compares and analyzes the differences in classroom effects before and after the implementation of the WeChat learning platform. The study examines the design of the platform, teaching session cases, and the analysis of application effects. The research utilizes questionnaires and statistical data as research methods. The results indicate that the WeChat online teaching platform has significantly improved the enthusiasm and learning outcomes of students in the independent learning of experimental courses. It has received high recognition from both teachers and students and has greatly enhanced the quality of teaching. This has considerable potential for further promotion.
Journal Article
Multidisciplinary research on teaching and learning
\"Educational research encompasses different scientific cultures with different tools, practices, views, and languages, which frequently makes communication difficult. This collection indicates how research on teaching and learning from multiple scientific disciplines such as educational science, psychology, and various domain-specific instructional sciences can be successfully pursued by a co-operation between researchers and experienced school teachers. Each chapter aims at process-oriented rather than only outcome-oriented research. The contributors promote analyses from multiple perspectives and adopt different methodological approaches, ranging from field research to laboratory experiments. \"-- Provided by publisher.
Book
Remote Laboratory as an Educational Tool in Robotics Experimental Course
A remote lab is a technology that allows participants to efficiently conduct experimental teaching where users can connect to lab equipment from anywhere without being in a specific physical location. The COVID-19 pandemic affects all areas of human activity. As a result, students did not receive face-to-face instruction, and access to the laboratory was limited or practically impossible, and access to laboratory facilities has been limited or nearly impossible. Especially in engineering education, students’ practical abilities cannot be developed comprehensively. In this paper, this paper built an online remote robotics experiment system using digital twin (DT) technology and IoT technology and adopted ADDIE (Analysis, Design, Development, Implementation, and Evaluation) teaching method. With these measures, students can design and debug robot programs at home, just like in the laboratory. This study sent questionnaires to 64 students, and 58 were returned. The results show that more than 80% of students believe that the remote labs for industrial robotics courses have improved the efficiency and quality of students' skills training as opposed to virtual simulation and watching videos on the computer.
Journal Article