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The Role of Design in the Design of EMR Systems
By: Kevin Richardson, PhD

The recent Healthcare Information and Management Systems Society (HIMSS) report, "Defining and Testing EMR Usability: Principles and Proposed Methods of EMR Usability Evaluation and Rating," (June 2009) provided important insight into the need to consider usability as a primary driver behind the acceptance, implementation and success of Electronic Medical Records (EMR) systems in the United States. The HIMSS report does an excellent job describing core usability principles and suggests that these principles could be the foundation for the development of an EMR usability rating method. The report contends that such a rating system would help identify useful and important distinctions between competing EMR systems.

As a usability researcher with a formal background in Cognitive Psychology and almost 20 years' experience researching, designing and testing business systems, I agree with the HIMSS authors' call for prioritizing usability in the development and assessment of EMR systems. However, their arguments place the needs of users far too late in the process and do not address the primary issue-the design of EMR systems. Attempting to address low EMR system adoption rates by evaluating usability after the system is designed and built is akin to treating the symptoms rather than the cause of a disease. Usability, flexibility, task support and user acceptance are the result of a formalized design process. It is the lack of a true design process, not the absence of a usability rating method that will continue to limit adoption of EMR systems.

All well-designed objects are conceived and built on usability principles such as simplicity, efficiency and visual presentation. For my entire career, I have promoted these principles to clients whether they were working on the simplest website or the most complex enterprise-level business systems.

Design that focuses solely on features and functionality without concern for the users, their experiences, goals and contexts will always lead to increased implementation risks and training costs, decreased adoption rates and frequent errors.

A rating system informed by usability principles can help healthcare institutions differentiate between systems that meet basic requirements and systems that do not. However, considering usability during the selection process is insufficient to guarantee a usable system. We must look at how EMR systems are conceived and developed if we are to ensure that the systems we implement in our hospitals, clinics and physicians' offices are ultimately both usable and useful.

A well-designed system is the result of a well-defined design process. That process includes the expertise of an interdisciplinary team with individual backgrounds in graphic design, fine art, architecture, cognitive psychology, anthropology, humancomputer interaction, and other fields. This kind of design team has the training and experience to bridge the gap between business, technology and human requirements. They practice a design process that is mindful of the features, functions and legacy systems that must be somehow united, implemented and maintained. They are equally mindful, though, of who will be using these systems (doctors, nurses, and pharmacists), where they will be using them (an emergency room, a suite of examination rooms), and what they need from technology to improve rather than impede outcomes.

With this definition of design in mind, it becomes clear that the current HIMSS usability focus on the evaluation of EMR systems, while laudable, is ultimately misplaced.

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