PURPOSE: This study aimed to develop and evaluate a nursing educational program improving nursing professional's cultural competency in cancer prevention. METHODS: An eight-hour long educational program was developed based on several preliminary research projects, one ethnography and three quantitative projects, to identify the educational needs among nursing students and professionals in Korea. Thirty two nursing professionals were recruited for a one group pretest-posttest design. Three questionnaires were used to measure cultural nursing knowledge about cancer prevention, cultural competency and perceived importance of nurses' quality. RESULTS: After completing the educational program, the clinical nurses showed a significant change in the mean score of the cultural nursing knowledge about cancer prevention from 4.78±2.01 to 8.81±1.52 (t=-8.48, p<.001) and the level of the cultural competency from 72.47±8.96 to 83.59±8.61 (t=-6.16, p<.001). Clinical nurses' perception of 'Communication ability with patients and family members' changed from 6th to 2nd most importance but 'Having a passion for the patient care' remained the most important perceived factor of nurses' quality after completing the educational program. CONCLUSION: The educational program developed was effective in improving nursing professional's cultural competency in cancer prevention. However, it needs to be improved more to be culturally specific to multi-cultural clients.
Anthropology, Cultural ; Cultural Competency* ; Early Detection of Cancer ; Humans ; Korea ; Nursing ; Students, Nursing

Objectives: Health systems that apply artificial intelligence (AI) are transforming the roles of healthcare providers, including those of Doctor of Nursing Practice (DNP) providers. These professionals are required to utilize informatics knowledge and skills to deliver quality care, necessitating a high level of informatics competencies, which should be developed through well-structured courses. The purpose of this study is to assess the informatics competency scale scores of DNP students and to provide recommendations for enhancing the informatics curriculum. Methods: An online informatics course was offered to students enrolled in a Bachelor of Science in Nursing to DNP program, and their informatics competency, which includes three subscales, was evaluated. Online survey data were collected from Fall 2021 to Fall 2022 using the “Self-Assessment of Informatics Competency Scale for Health Professionals.” Results: An analysis of 127 student responses revealed that students demonstrated competence in overall informatics competency and in one subscale: “applied computer skills (clinical informatics).” They showed proficiency in the “basic computer skills” and the “role” subscales. However, they reported lower competency in managing data and integrating standard terminology into their practice. Conclusions The findings offer detailed insights into the current informatics competencies of DNP students and can inform informatics educators on how to enhance their courses. As healthcare institutions increasingly depend on AI applications, it is imperative for informatics educators to include AI-related content in their curricula.

Objectives: Nursing has embraced online education to increase its workforce while providing flexible advanced education to nurse professionals. Faculty use virtual simulation and other adaptive learning technologies to enhance learning efficiency and student outcomes in online courses. The purpose of this study was to assess the impact of simulated Electronic Health Records (EHRs) on informatics competency in a graduate online informatics course. Methods: A two-group independent measures study design was adopted to assess students’ perception of a simulated EHR while comparing differences in informatics competencies between an intervention group and a control group. A simulated EHR assignment was provided to students in the intervention group, and a paper assignment was provided to those in the control group. The informatics competency of the students was measured using the Self-Assessment of Informatics Competency Scale for Health Professionals (SICS). Results: Students who were enrolled in a family nurse practitioner program in fall of 2019 participated in this study (n = 39). The students expressed positive perceptions of a simulated EHR experience. The SICS results indicated that students in the intervention (simulated EHR) group showed higher informatics competency than those in the control group. Conclusions The positive results of this study support incorporating simulated EHR exercises in online courses. Higher informatics competency in the intervention group implies that the use of simulated EHR facilitated learning of complicated informatics concepts.