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In the Internet era, information security literacy is a global imperative for nursing students. This study combined an audience response system and an online system to formulate an assessment strategy based on the concept of blended learning. The participants of this study comprised two college nursing classes of an introductory computer science course in Taiwan. With information security as the teaching content, we adopted a quasi-experimental approach to conduct a 5-week teaching experiment. A blended assessment model was adopted for the experiment group, while slide presentation and verbal assessment were used for the control group. Pretests and posttests were administered for information security literacy and learning environment stimulation. The study results indicate the following: (1) the experimental group performed significantly better than the control group in information security literacy, with statistically significant differences in scores regarding information security knowledge and information security skills; (2) the experimental group also presented higher learning motivation than the control group, with statistically significant differences in scores regarding self-efficacy, achievement goals, and learning environment stimulation.

The purpose of this study was to use Quick Response codes to increase engagement in a case-based learning course. A quasi-experiment was conducted, and 103 students enrolled in a pharmacology course participated. The students were divided into high-, medium-, and low-scoring groups, based on their previous semester grades in the pharmacology course. A Chinese-version questionnaire of the Nursing Students' Attitude Toward Quick Response Codes in Case-Based Learning Scale was used. The major findings were as follows: (1) Most participants held positive attitudes toward the use of Quick Response codes in case-based learning courses. It was suggested that participants perceived the use of Quick Response codes to be easy and useful in learning activities. They also demonstrated positive attitudes toward the Quick Response codes and expressed their intention to use this application in the future. (2) After applying Quick Response codes in classroom teaching, students performed better in asking questions and discussions than they did before. The performance of the medium-level students improved significantly.

The major goal of this study was to explore students' viewpoint toward the use of quick response codes in the pharmacology course in Taiwan. A total of 102 students were invited and agreed to take part in this project. The results indicated that a majority of students considered quick response codes easy to use and helpful with learning in a pharmacology course.

In this technology era, information literacy is a global imperative. This is true for nursing students as well because they will have to help patients through operating computerized equipment. The key foundation of learning is concentration. The primary objectiveof this research was to explore the effect of clickers on nursing college students' concentration. The research involved 51 student volunteers and was quasi-experimental, with both a pretest and a posttest design. Student concentration was measured by using Student Concentration Scale in a Classroom-Learning Environment. The results showed that students' learning concentration improved, an outcome that could support integrating clickers into classroom teaching activities, and students' concentration level was better after clickers were used in the teaching process as a whole. Items under the "Concentration Capacity and Concentration Consciousness" category reached a significant level. Based on the analysis of the results, suggestions have been made for teaching and future research.