Presents a curriculum framework to enhance nursing skills for extreme environments, highlighting its importance in unique settings.
BackgroundAs human activity expands into remote, extreme, and extraterrestrial environments, the role of nursing must evolve accordingly. Traditional nursing education rarely prepares nurses to function autonomously in settings where infrastructure, support, and resources are minimal or absent. PurposeThe aim of this study was to present a conceptual framework and methodologic approach for educating nurses to operate competently and confidently in Earth's most remote regions, space, and extreme environments. MethodsA multistep curriculum development process is described that includes a needs assessment, recruitment of subject matter experts, faculty development, and train-the-trainer strategies. Deliberate faculty training, hands-on experiential learning, and competency validation are integrated into a Doctor of Nursing Practice program filled with immersive simulation and field exercises, competency checkoffs, and program-evaluation metrics. ResultsExpected outcomes include measurable gains in self-efficacy, simulation performance, skills mastery, and postgraduation deployment in remote/space operating settings. ConclusionThis model offers a path for graduate nursing education to prepare professionals for frontiers beyond hospital walls. Establishing outcome metrics and iteratively refining training will validate success and guide future expansion. .
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Barnes et al. (2026) studied this question.
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