The emerging literature for the triad of health informatics, healthcare quality and safety, and healthcare simulation

Role of a Nursing Informatics Specialist in a Clinical Simulation Laboratory: The Catalytic Link

BACKGROUND

Technology in health care is pervasive and growing exponentially. Simulation in academic settings also continues to expand with the use of advancing technologies.

PROBLEM

Technology appropriate usage and implementation can become problematic without experts with the right skills in nursing simulation labs. Gaps in technology utilization, simulation best practices, and data analytics now exist.

APPROACH

A school of nursing employed a nurse informaticist in its simulation laboratory to address the complexities of technology usage and aid in data analytics.

OUTCOMES

The nurse informaticist was effective at promoting simulation use, increasing faculty and learner usage of the simulation space. The initiation of data capturing was also achieved.

CONCLUSIONS

Highly trained nurse informaticists are ready to address the unique complexities of advanced simulation environments.

Library or iSchool Involvement in Health-Related Informatics Education

Objective: An underexplored area in Library and Information Science (LIS) is the development of educational offerings and partnerships in Health-Related Informatics (HRI) (e.g., bioinformatics, clinical informatics, health informatics). The purpose of this study is to identify which disciplines are collaborating in HRI education and how partnerships developed. Methods: This study was conducted in two parts: a website review and survey. Seventy-seven North American ALA-accredited and iSchool member websites were searched between November 2019-March 2020 for HRI-related educational offerings and which academic units were involved. Two hundred sixteen individuals involved in LIS and/or HRI education were contacted for a 40-question survey that included: their roles and responsibilities regarding HRI education; the alignment of this education with strategic plans or competencies; and how HRI partnerships developed. The survey also asked those who were not currently partnering in HRI education which factors influenced their circumstances. Results: 352 HRI educational offerings existed within ALA-accredited or iSchool programs. A total of 38 (17.5%) responded to the survey. For almost two-thirds of these, there was no indication of partnership in that education (213/352, 60.5%). LIS or iSchool involvement in HRI is just under one-third of all offerings (111/352, 31%). “Health or healthcare” informatics (35) or “biomedical or bioinformatics” were the most common types of HRI offered from the website review and survey. Conclusions: Opportunities exist for LIS programs to form HRI educational partnerships that will provide richer educational offerings for LIS students and health sciences librarians.

Accrediting Graduate Programs in Healthcare Quality and Safety

The number of master's degree programs in healthcare quality and safety (HQS) has increased significantly over the past decade. Academic accreditation provides assurance that educational programs are of a high quality and meet the needs of students, employers, and the general public. Under the guidance of the Commission on Accreditation of Healthcare Management Education, faculty from 9 universities collaborated in the development of criteria and related content domains to be used in the accreditation of graduate programs in HQS. Thirteen content domains were identified. Four of the content domains, safety and error science, improvement science and quality principles, evidence-based practice, and measurement and process improvement are thought to be foundational domains for graduate education in HQS. This article describes the development of the content domains and accompanying standards for accreditation of graduate programs in HQS.