Beth Latimer

Abstract

Simulation-enhanced interprofessional education is widely viewed as an effective teaching pedagogy to foster effective communication and teamwork for healthcare students. Pharmacists and registered nurses must learn to work collaboratively during their educational programs in order to be prepared for the complexities of modern healthcare. This study evaluated prelicensure pharmacy and prelicensure nursing students' perceptions of professional collaboration before and after caring for a standardized patient exhibiting opioid dependence secondary to inappropriate use of an opioid analgesic. Statistically significant gains in communication, collaboration, roles and responsibilities, patient-centered care, conflict management, and team functioning were measured for both pharmacy and nursing students after the interprofessional simulation. This study adds to the existing evidence that suggests simulation-enhanced interprofessional education is an effective teaching strategy; however, this study demonstrates its usefulness for students learning about safer opioid analgesic practices.

Abstract

Simulation modalities are rapidly evolving in undergraduate nursing education. As health professions educators continue to respond to the impact of the coronavirus pandemic on clinical education, simulation is well-positioned to provide innovative learning solutions. While there is an array of modalities available for implementation, the key is to choose the appropriate modality that is fit for the purpose of the task. Simulations are based on learning objectives and outcomes, and the modality utilized in the delivery of the undergraduate curriculum must ensure the learning objectives are met. Other important considerations when selecting a simulation modality include the level of the learner, the complexity of the modality, fidelity matched for the experience, the expertise of faculty, budget, and learning space considerations for both in-person and remote learning. Simulation modalities include task trainers, standardized patients (SPs), hybrid simulation, computer-based virtual simulation, virtual reality, and human patient simulators (high, medium, and low fidelity). Deliberate and precise simulation modality planning is, therefore, necessary to meet the learning needs of students and to ensure the simulated learning environment is consistent with the real-world healthcare environment in which students ultimately practice.

Abstract

Background: Despite recommendations to include disability content in nursing education, nursing students have little exposure to disability education, which would help to develop necessary knowledge, skills, and attitudes in learning to care for patients with disabilities. Purpose: This study evaluated learners' perceptions of the effectiveness of a tabletop simulation in meeting their learning needs related to nursing care for children with disabilities and their families. Methods: The research design was a descriptive educational intervention study. Nursing students (n = 234) enrolled in the pediatric nursing course attended the simulation as a required part of their coursework. Results: The majority of the students found the tabletop simulation with disability content to be an effective educational intervention. Conclusions: The results obtained from this study indicated that the tabletop simulation was an effective educational strategy for nursing students' learning to provide care for children with disabilities and their families.

Abstract

Nursing students receive limited education to prepare them for providing quality nursing care to people with disabilities. The aim of this article is to provide the state of the science, or what is known, about nursing simulation with disability content to provide direction for nursing education and research in the future. Thirteen studies were reviewed and appraised in this integrative review. This review revealed three major student-related study outcomes for simulation activities: (a) empathy, (b) understanding and awareness, and (c) communication and disability. Only a few studies integrated a definition of a disability and specified the disability model to guide the development of the simulation activity. This review revealed limited research on the use of simulation with disability content in nursing education. The findings indicate there is a need for nurse educators and researchers to use best practices, such as a competency-based approach, when integrating simulation activities with disability content into the nursing curriculum.

Abstract

Abstract Nursing students receive limited education to prepare them for providing quality nursing care to people with disabilities. The aim of this article is to provide the state of the science, or what is known, about nursing simulation with disability content to provide direction for nursing education and research in the future. Thirteen studies were reviewed and appraised in this integrative review. This review revealed three major student-related study outcomes for simulation activities: (a) empathy, (b) understanding and awareness, and (c) communication and disability. Only a few studies integrated a definition of a disability and specified the disability model to guide the development of the simulation activity. This review revealed limited research on the use of simulation with disability content in nursing education. The findings indicate there is a need for nurse educators and researchers to use best practices, such as a competency-based approach, when integrating simulation activities with disability content into the nursing curriculum.

Abstract

simulation for advanced practice nurses

Abstract

simulation of an initial telemedicine visit

Abstract

Patients with limited English proficiency skills are accessing health care services more frequently around the world. Language barriers increase patient vulnerability for adverse events, and health care interpreters may mitigate this risk. Nursing education regarding the effective and appropriate use of health care interpreters has been limited. Interpreters are natural partners for nurses as a strategy to bridge language barriers with patients and could be integrated more regularly into nursing education using clinical simulation strategies. This article offers an overview of the different types of interpreters in health care, proposes recommendations for integrating them into simulation education, and provides a case example to illustrate implementation.