Acceptability and effectiveness of a poetic narrative video facilitated large classroom teaching in psychiatry

A systematic review of the arts and humanities in psychiatry education

This systematic review characterizes the published literature on arts and humanities curricula for psychiatry learners that include any form of program evaluation. Authors searched three databases (Medline ALL, Embase.com, and PsycINFO) to identify articles on arts and humanities in psychiatry education. Criteria for the review included articles reporting outcome measures for arts and humanities learning activities in psychiatry learners. For those articles meeting inclusion criteria, a descriptive analysis was performed as well as an assessment of the level of program evaluation using the Kirkpatrick framework. Of 1,287 articles identified, 35 met inclusion criteria. About half of the programs included medical students (n = 17, 49%). Film and television was the most frequent arts and humanities subject (n = 16, 46%). Most studies incorporated a non-randomized, non-controlled design (n = 30, 86%). Twenty-two (63%) achieved a Kirkpatrick Level 1 designation, 12 achieved Level 2 (34%), and one study achieved Level 3 (3%). Arts and humanities programs have a promising role in psychiatry education. At present, significant heterogeneity in the extant literature makes it difficult to draw general conclusions that could guide future program development. This review underscores the need for rigorous evaluative methods of arts and humanities programs for psychiatry learners.

Effective and innovative teaching methods in psychiatry for the medical undergraduates in South India: An exploratory study of teachers' and students' perspectives

Background

Effective teaching methods are important in psychiatry. Previous studies have focused on the assessment of students about the effective teaching methods but not on a self-assessment by teachers.

Aims

Primary objective is to evaluate the teachers' and students' perspectives of effective teaching methods in psychiatry for medical undergraduates. Secondary objectives include assessment of the concordance of each item and exploring innovative teaching methods.

Settings and Design

A cross-sectional study design used in teachers and medical students from St. John's Medical College, Bangalore (India).

Methods and Material

A modified teachers and medical students perspectives of effective psychiatry teaching methods were used.

Statistical Analysis

Differences in continuous variable assessed with independent sample-test and categorical variables with Chi-square test. The Domain scores were divided into tertiles and the highest and lowest tertiles were analyzed.

Results

Both students and teachers had high perspectives on most of the teaching methods. Differences were found in items such as "using multimedia slide effectively," "good sense of humor while teaching," "presentation summarizes the key points," and "presentation links ideas effectively." Role play-based and live/simulated patient-based teachings were reported most frequently by both. Significantly, a higher proportion of the 6th term students and a lesser proportion of teachers were associated with the lowest tertiles for Domain 1, 2, and 3. Significantly, increased number of 8th term students were found in the higher tertiles in Domain 3.

Conclusions

These findings have practical implications in identifying the gaps in effective teaching methods by the teachers. Teachers can improve their teaching methods by upgrading their presentation skills, employing new and innovative teaching skills.

Application of Internet of Things intelligent image-positioning studio classroom in English teaching

The purpose is to minimize color overflow and color patch generation in intelligent images and promote the application of the Internet of Things (IoT) intelligent image-positioning studio classroom in English teaching. Here, the Convolutional Neural Network (CNN) algorithm is introduced to extract and classify features for intelligent images. Then, the extracted features can position images in real-time. Afterward, the performance of the CNN algorithm is verified through training. Subsequently, two classes in senior high school are selected for experiments, and the influences of IoT intelligent image-positioning studio classroom on students’ performance in the experimental class and control class are analyzed and compared. The results show that the introduction of the CNN algorithm can optimize the intelligent image, accelerate the image classification, reduce color overflow, brighten edge color, and reduce color patches, facilitating intelligent image editing and dissemination. The feasibility analysis proves the effectiveness of the IoT intelligent image-positioning studio classroom, which is in line with students’ language learning rules and interests and can involve students in classroom activities and encourage self-learning. Meanwhile, interaction and cooperation can help students master learning strategies efficiently. The experimental class taught with the IoT intelligent positioning studio has made significant progress in academic performance, especially, in the post-test. In short, the CNN algorithm can promote IoT technologies and is feasible in English teaching.