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EHR usability: a 360-degree concept
overview & best practices

December 11, 2025

EHR usability trends

36.1%

of physicians spend 6-8+ extra hours weekly on EHRs outside work hours

American Medical Association

>$140 bn

in care capacity is lost annually because doctors spend up to 50% of their workday on EHR systems

NCBI

2.4x

higher risk of burnout among health professionals when EHR usability is low

NCBI

Key aspects of high electronic health record usability

To determine whether the EHR tool provides a user-centric experience, healthcare providers should look for specific EHR features when evaluating different health IT products. Here are the common characteristics of EHR systems with high usability scores.

Intuitive interface

An EHR interface encompasses its layout, menus, buttons, and information presentation on the screen. It should be clear, well-organized, and easy to navigate, which helps reduce the risk of medical errors.

Features
  • Logical EHR interface structure and clear visual hierarchy
  • Minimized number of clicks required to perform a task
  • Consistent, visible, and functional buttons, icons, and menus
  • Drop-down menus, radio buttons, and checkboxes
  • Mobile-friendly design

Functional flexibility

The EHR system should support customization to meet the requirements of a particular clinical setting, such as ambulatory, inpatient, and acute care environments, providing the capabilities relevant to its end-users.

Features
  • Ability to tailor patient care processes and workflows within the platform to specific operational needs
  • Support for scalability when the healthcare organization is expanding to new locations or branching into additional services

Efficient record management

Clinicians and nurses should be able to enter, locate, update, and retrieve patient health data in the EHR system easily, which helps ensure record accuracy, consistency, and confidentiality and saves users time.

Features
  • Pre-built specialty-specific forms and templates for different medical documents, such as SOAP notes, orders, and prescriptions
  • Effective search functionality
  • Quick links to frequently used medications, diagnostic codes, and clinical protocols
  • Data formatting consistency
  • Access to patient health records from anywhere
  • Scheduled data backups

Configurable alerts

Notifications triggered by the EHR system should arrive at the right time and with reasonable frequency, contain relevant and useful information, and be properly displayed so as not to cause alert fatigue among healthcare professionals.

Features
  • Ability to customize alerts based on the particular clinician’s needs and patient data properties
  • Ability to set up timing and frequency for each alert
  • Prioritization of urgent notifications
  • Concise and clear wording, as well as actionable recommendations within the alert text
  • Non-disrupting alert display

Interoperability

An EHR solution should seamlessly exchange data with different healthcare systems. EHR interoperability enables doctors to access all the relevant information about their patients stored in various tools across diverse healthcare facilities and departments from the EHR interface without manual data collection and transformation, as well as logging into these systems, which improves the EHR user experience.

Features
  • Complete view of a patient’s health history created on the basis of different data sources
  • Support for data formats and protocols used by other software
  • Automated interpretation of the information exchanged
  • Native connectors to pharmacy software to enable e-prescribing, laboratory information management systems (LIMS) to facilitate the transfer of test orders and lab results, and imaging archives to provide access to diagnostic images

Automation

EHR systems should provide automation capabilities to perform repetitive tasks typically handled by people, reducing the time required to manage records, lowering the risk of errors, and increasing user engagement, productivity, and satisfaction.

Features
  • Pre-population of fields
  • Auto-complete and auto-correction during typing
  • Real-time data validation and detection of inaccurate or inconsistent values
  • Automated appointment scheduling and reminders, as well as billing, coding, and report generation

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Benefits of a user-friendly EHR system

When implementing EHR software, healthcare providers should focus on delivering a seamless user experience, which results in more efficient clinical operations, prevents patient harm, and contributes to better health outcomes.

Increased clinician productivity

By achieving high EHR usability, healthcare organizations allow care providers to spend less time on time-consuming, labor-intensive, and repetitive data entry and record management tasks and focus on care delivery and treatment decision-making.

Decreased burnout & turnover rates

EHR usability optimization helps improve user satisfaction and prevent physician burnout, which, due to reduced clinical hours and high employee turnover, costs the US healthcare system $4.6 billion annually.

Reduced medical errors

EHR solutions providing capabilities such as automated data verification, alerts about data inaccuracy and patient health issues, and recommendations about the best treatment plan help reduce user stress, which results in fewer medical errors as well as minimized patient harm and hospital readmissions.

Maximized system adoption & ROI

Inefficient and difficult-to-use EHR systems cause user resistance, hindering widespread EHR adoption across the organization’s departments and facilities. By improving EHR usability metrics, healthcare organizations can enhance the adoption of the EHR system and achieve its intended ROI.

Lower employee training costs

Easy-to-use and efficient EHR systems require minimal user onboarding, helping healthcare organizations streamline software adoption and cut down on training expenses.

Strategies to enhance EHR usability

Healthcare providers can take additional steps to optimize EHR software to make sure that their system delivers a satisfying user experience in the long run. The following strategies are aimed at improving EHR user experience, which helps overcome EHR usability challenges, promote clinical efficiency, and allow specialists to spend more time interacting face-to-face with patients.

Integrate AI capabilities

In addition to relying on rule-based automation, you can implement AI-powered features into the EHR system to improve its usability and enable clinical decision support. Here are some possible AI applications in patient record management:

  • Grouping related data by identifying synonyms in health records for easier analysis
  • Identifying and removing redundant phrases in physicians’ notes to make them easier to read
  • Suggesting and validating diagnoses based on the information from the EHR system
  • Translating clinicians’ and patients’ conversations and voice-dictated notes into text-based records and standardizing them for organized storage
  • Transforming handwritten encounter forms, prescriptions, and notes into digital text and automatically filling out electronic health records
  • Recognizing data on insurance cards and completing relevant EHR fields with this information
  • Making summaries of clinical notes and EHR data
  • Powering voice-based and text-based chatbots and assistants that perform routine tasks for clinicians, such as searching for and uploading information, triaging patients, applying medical codes, and creating prescription refill requests
  • Reviewing similar cases to confirm that the doctor has collected all relevant details and to streamline treatment decision-making
  • Detecting outstanding health issues that require physicians’ attention and sending immediate alerts to key stakeholders
  • Forecasting an individual patient’s risks for a specific disease or condition and treatment response with healthcare predictive analytics
  • Providing intelligent suggestions to doctors on possible treatment options

Enhance EHR searchability

While many EHR systems provide search functionality by default, the basic search function sometimes fails to deliver the expected accuracy, efficiency, and user-friendliness, necessitating healthcare providers to improve EHR searchability, which impacts overall EHR usability. The ability to find necessary information, such as patients’ allergies, drug response history, and current medication prescriptions, also helps enhance medication safety, as evidenced by diverse systematic reviews. To ensure effective information retrieval from the EHR tool, configure the search functionality so that it provides the following capabilities:

  • Support for not only exact matches but also synonyms by mapping the search terms used by clinicians or nurses to SNOMED Clinical Terms and other applicable clinical vocabularies
  • Understanding user typos, asking clarifying questions to avoid misinterpretation, and providing correct suggestions
  • Extracting information from both structured data, such as standardized laboratory data and information on medications, orders, treatment procedures, allergies, and immunizations, as well as unstructured data, such as free-form clinical notes and medical imaging data
  • Providing related terms to clinicians to avoid cognitive load, for example, by suggesting search terms based on the clinician’s and other users’ previous searches
  • Prioritizing search results by relevance to a particular user, facility, or clinical setting, such as information on pediatric immunization for general practitioners and allergy and adverse reaction history for emergency physicians
  • Allowing users to narrow down results by applying different filters, such as time frame, type of data source, and patient visit details
  • Pulling information and returning search results rapidly, thanks to performance optimization strategies, such as query caching, query syntax simplification, and eliminating redundant search operations

Improve EHR system interoperability

To ensure that all stakeholders, including physicians, nurses, pharmacists, as well as laboratory and imaging staff, receive timely access to patient health information regardless of its location, consider following these best practices:

  • Choosing an EHR that supports nationwide, modern data exchange protocols like FHIR and HL7, as well as commonly used coding standards, such as SNOMED CT, LOINC, and ICD-10
  • Implementing a middleware that converts data into the needed standard if your current EHR tool doesn’t support modern interoperability standards and terminologies
  • Utilizing open APIs that support EHR interoperability standards to integrate the EHR tool with external software
  • Migrating the EHR and other healthcare systems to the cloud or hybrid infrastructure to prevent data silos and simplify data retrieval from and upload to the EHR and third-party software

Employ robotic process automation

RPA in healthcare refers to using software robots, or bots, that simulate human behavior and can be programmed to carry out a wide range of EHR-related activities, enabling employees to focus on more strategic work, reducing manual errors, and improving data consistency. Here are the tasks that can be automated to streamline the EHR user experience and ensure system convenience:

  • Uploading data from hospital databases, patient registration forms, and insurance claims into the electronic health record system
  • Classifying PDF files and scanned documents uploaded to the EHR system
  • Detecting errors and inconsistencies within the entered data
  • Applying diagnostic and procedure codes to patient records to accelerate the documentation process and support triage, billing, and reimbursement operations
  • Updating EHR information according to the changes in other systems
  • Creating standardized reports and comprehensive medical documentation based on the EHR data
  • Facilitating the transfer of data between legacy systems and the EHR tool when integration through APIs is limited, improving EHR interoperability
  • Generating compliance reports and analyzing EHR data and processes to flag anomalies or deviations from regulatory standards
  • Monitoring EHR system performance to detect system inefficiencies and failures

Itransition’s EHR services

Itransition’s specialists provide a full scope of EHR services, implementing and optimizing EHR systems, as well as ensuring their usability to increase user satisfaction with the tool and enable your employees to perform necessary tasks quickly, efficiently, and with minimum effort.

Itransition’s EHR services

Consulting

We conceptualize the best-fit EHR system for your healthcare organization and provide advisory support during the implementation project to guarantee EHR usability.

  • Performing comprehensive research into clinical workflows
  • Defining the solution’s functional and non-functional requirements
  • Selecting the right technologies to implement the solution
  • Creating a PoC of the user-friendly EHR solution to determine its financial and technical feasibility
  • Overseeing the implementation project end-to-end
  • Conducting user training

Implementation

We deliver intuitive off-the-shelf and custom EHR systems that meet your specific patient record management needs and clinical processes.

  • Analyzing a healthcare organization’s current record management needs, issues, and goals
  • Conceptualizing the EHR solution
  • Creating the EHR system’s architecture
  • Selecting the optimal tech stack for the EHR system
  • Configuring and adjusting ready-made EHR systems/Developing the EHR solution from scratch
  • Conducting functional, performance, compatibility, and usability testing
  • Training end-users
  • Monitoring the solution’s efficiency, security, and usability post-launch

Optimization

We optimize your current EHR solution, maximizing its convenience for your clinical staff by re-designing its interface, optimizing back-end functionality, adding new features, and improving EHR interoperability.

  • Reviewing current EHR-related processes and needs, as well as EHR system functionality
  • Identifying existing usability problems
  • Suggesting solutions to the detected issues
  • Operationalizing the necessary improvements to optimize the solution’s user experience and increase its ROI

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Maximize the benefits of your EHR system

EHR use has grown significantly as a result of the Health Information Technology for Economic and Clinical Health (HITECH) Act. However, as more healthcare organizations digitize their health records, the question of EHR usability becomes more urgent. Electronic health record usability issues can lead to employee burnout, errors in medication ordering, and poor treatment decisions.

Healthcare organizations should opt for reliable electronic health record vendors and developers that follow user-centered design principles when building their EHR systems. At Itransition, we deliver platform-based and custom EHR solutions, prioritizing their usability, performance, and security to help you ensure the meaningful use of EHR software, avoid clinical mistakes, and increase employee efficiency.

FAQs

According to the Healthcare Information and Management Systems Society (HIMSS), there are several usability criteria that the EHR system should meet to be considered user-friendly:

  • Simplicity, which denotes displaying only necessary information or visual elements, using visual cues to draw attention to key information, and providing clear navigation options.
  • Naturalness so that the interface seems familiar and easy to utilize for intended users.
  • Consistency, both external and internal, which requires the EHR system to have an industry-accepted look and feel as well as consistent terminology across all sections.
  • Forgiveness and feedback, i.e., the EHR system doesn’t lose important data if a user makes a mistake, provides options to correct errors, and gives clear feedback on the effects of the actions users are about to take.
  • Effective use of language, like familiar and unambiguous terminology.
  • Efficient interactions, such as minimal effort to complete a task.
  • Effective information presentation, which encompasses font clarity, sufficient spacing between elements, and meaningful use of color.
  • Preservation of context, which entails cutting down on screen changes and visual interruptions when users are completing a task.
  • Minimized cognitive load, which entails presenting all the necessary details on a single screen, reducing the number of alerts, and automating repetitive tasks.

Poor usability of EHR software can increase physician burnout, leading to high turnover rates, patient safety issues, and mounting costs for healthcare providers. This correlation was discovered by researchers, such as Bates DW, Ratwani RM, Melnick ER, and other corresponding authors of industry reports. As seen in different studies approved by trustworthy institutional review boards and published in the JAMA Network, Journal of the American Medical Informatics Association (J Am Med Inform Assoc or JAMIA), Health Affairs (Health Aff), Applied Clinical Informatics (Appl Clin Inform), and National Academies Press, physicians who struggle with EHR management have higher cognitive load, are dissatisfied with their work, and tend to make erroneous medical decisions.

The Office of the National Coordinator for Health Information Technology (ONC), part of the US Department of Health and Human Services (HHS), established policies that require EHR vendors to adhere to user-centered design when engineering their products for healthcare organizations. This means adopting an iterative EHR development approach, prioritizing the needs and goals of end-users at each stage, and conducting usability testing of EHR features. The Agency for Healthcare Research and Quality (AHRQ), also a component of HHS, provides extensive funding for institutions examining the influence of EHR usability on physician well-being and patient safety. Besides, it incentivizes those developing solutions for enhancing EHR usability. Additionally, MedStar Health National Center for Human Factors in Healthcare conducts research on health IT usability and safety, as well as provides advisory and training support to healthcare organizations to help them establish reliable health IT systems.

The Institute of Medicine, now the National Academy of Medicine, asserts that the quality and proper use of healthcare software, including EHR systems, should be a shared responsibility of healthcare organizations, healthcare staff, software developers, and governmental entities. According to this principle, each party should contribute to the development of safe, usable, and reliable EHR systems, as well as ensure their appropriate usage.

The cost of enhancing EHR usability varies heavily and depends on whether you need to optimize your existing EHR system or replace it with a new one. In the first case, the expenses are determined by system complexity, the scope of optimization work, the need for custom coding, the number of users, and user training requirements. When implementing a new EHR platform, expenditures include software licensing fees, expenses to purchase and set up hardware for on-premises EHR system deployment, and costs associated with customizing the software, integrating the EHR tool with different systems, and training end-users. Depending on how many features and integrations are required, the average cost of implementing EHR software ranges from $50,000 to $500,000.