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Aims and objectives. This study presents a cost-utility analysis that compared medium- vs. high-fidelity human patient simulation manikins in nursing education. The analysis sought to determine whether the extra costs associated with high-fidelity manikins can justify the differences, if any, in the outcomes of clinical reasoning, knowledge acquisition and student satisfaction. Background. Investment in simulated learning environments has increased at an unprecedented pace. One of the driving forces is the potential for simulation experiences to improve students' learning and engagement. A cost-effectiveness analysis is needed to inform decisions related to investment in and use of simulation equipment. Method. Costs associated with the use of medium- and high-fidelity manikins were calculated to determine the total cost for each. A cost-utility analysis using multiattribute utility function was then conducted to combine costs and three outcomes of clinical reasoning, knowledge acquisition and student satisfaction from a quasi-experimental study to arrive at an overall cost utility. Results. The cost analysis indicated that to obtain equivalent clinical reasoning, knowledge acquisition and student satisfaction scores, it required $AU1·21 (US$ 1·14; €0·85) using medium-fidelity as compared with $AU6·28 (US$6·17; €4·40) for high-fidelity human patient simulation manikins per student. Conclusion. Based on the results of the cost-utility analysis, medium-fidelity manikins are more cost effective requiring one-fifth of the cost of high-fidelity manikins to obtain the same effect on clinical reasoning, knowledge acquisition and student satisfaction. Relevance to clinical practice. It is important that decision-makers have an economic analysis that considers both the costs and outcomes of simulation to identify the approach that has the lowest cost for any particular outcome measure or the best outcomes for a particular cost.
Authors: Samuel Lapkin, BN, RN, PhD Candidate, Research Assistant and Academic, School of Nursing and Midwifery, The University of Newcastle; Tracy Levett-Jones, BN, PhD, RN, MEd & Work, DipAppSc(Nursing), Deputy Head of School (Teaching and Learning), Sc
This article was published in the following journal.
Name: Journal of clinical nursing
The use of simulation to reproduce the experience of health care settings and its use as a strategy in the teaching of nurses has grown at an unprecedented rate. There is little scientific evidence to...
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A method of comparing the cost of a program with its expected benefits in dollars (or other currency). The benefit-to-cost ratio is a measure of total return expected per unit of money spent. This analysis generally excludes consideration of factors that are not measured ultimately in economic terms. Cost effectiveness compares alternative ways to achieve a specific set of results.
The personal cost of acute or chronic disease. The cost to the patient may be an economic, social, or psychological cost or personal loss to self, family, or immediate community. The cost of illness may be reflected in absenteeism, productivity, response to treatment, peace of mind, QUALITY OF LIFE, etc. It differs from HEALTH CARE COSTS, meaning the societal cost of providing services related to the delivery of health care, rather than personal impact on individuals.
Absolute, comparative, or differential costs pertaining to services, institutions, resources, etc., or the analysis and study of these costs.
The assignment, to each of several particular cost-centers, of an equitable proportion of the costs of activities that serve all of them. Cost-center usually refers to institutional departments or services.
Chemical analysis based on the phenomenon whereby light, passing through a medium with dispersed particles of a different refractive index from that of the medium, is attenuated in intensity by scattering. In turbidimetry, the intensity of light transmitted through the medium, the unscattered light, is measured. In nephelometry, the intensity of the scattered light is measured, usually, but not necessarily, at right angles to the incident light beam.
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