Introducing an electronic health record system can be a big job for hospitals. Electronic health record data might be hidden in databases and current clinical software may not talk properly with the new electronic health record system.
The problems do not end when the electronic health record system goes live. Doctors may still spend extra time on routine documentation, unexpected system changes can increase costs, and limited technical support can leave issues unresolved.
So, what tends to go wrong during EHR implementation? This article looks at 6 common challenges and how healthcare organizations can prepare for them.
Migrating Patient Records Without Losing Critical Information
Patient records that live in EHR systems are not always ready for transfer into new software. Over time, the database can pile up entries, outdated information, or inconsistent formats.
The new EHR might organize data in a different way, which makes it hard to match patient records correctly. If important details such as medication histories or previous diagnoses are missing after migration, clinicians have to search through the old system to find them.
Healthcare organizations need to decide which patient records should be moved and which can stay in an archive. Before starting the migration, IT teams should remove duplicate, outdated, or incomplete records and make sure the data fields from the old system match the new system.
Next, a trial migration should be reviewed by both administrative staff. They need to check that all patient information shows up correctly. If any issues are found, they must be fixed before the new EHR system is fully launched.
Connecting the New EHR With Existing Healthcare Systems
The EHR is often used to exchange information with laboratory systems, billing software, and other clinical applications. The problem is that these systems may use data formats or outdated interfaces that the new EHR cannot support. As a result, test results might not appear automatically in records, leaving staff to enter information manually or switch between applications.
Before implementation, IT teams should identify which systems need to connect with the EHR and check their integration capabilities. Standards such as HL7 and FHIR can support data exchange. Older software may still require additional interfaces or API development.
For hospitals that need additional technical expertise to connect their EHR with existing systems, offshore custom software development can provide developers with experience in custom integrations and compatibility issues.
However, external access should be limited to the systems and data required for the project, with clear permissions, security controls, and responsibilities defined before development begins.
Managing Unexpected Implementation Costs
EHR implementation costs can go well beyond the price of the software. Healthcare organizations may need to upgrade existing hardware or pay for additional integrations before deploying the new system.
Customization requests can also increase development expenses, especially when the EHR does not support certain clinical workflows out of the box. Without a clear budget, these additional costs may delay the project or force hospitals to reduce its scope.
To avoid budget overruns, healthcare providers should estimate the total cost of implementation before signing a contract. The estimate must include data migration, staff training, and technical support after go-live.
Any customization requirements should be discussed with the vendor early, rather than discovered halfway through development. Setting aside a contingency budget can also help cover unexpected technical issues.
Staff Resistance and Difficulties Adapting to New Workflows
Doctors and nurses often feel uneasy about switching to an EHR especially when they have used the same system for many years. Tasks that used to be quick may now involve unfamiliar steps, which can slow patient consultations and clinical documentation.
Some staff also worry that the new software will increase work. When these worries are ignored, adoption stays low even after the system is fully installed.
Involving staff before the rollout eases the transition. Hospitals should let employees test workflows and report problems while there is still time to make adjustments.
Training should reflect how each department uses the EHR, not one generic demonstration. Having experienced staff ready to answer questions during the first few weeks after go-live helps users feel comfortable with the new system.
Protecting Patient Data During EHR Implementation
Implementing an EHR often requires moving sensitive patient data and giving external vendors access to technical environments. Risks can increase when permissions are too broad or test data is poorly protected. Compliance also becomes harder to manage when several organizations share responsibility for the project.
Security planning needs to start before any patient data is moved. IT groups should check access rights and ensure that private information is protected with encryption during the transfer.
Whenever possible, testing should use data or information that doesn’t have real patient details. Healthcare organizations should also check how vendors manage data access and create ways to watch over what's happening during the whole process.
Keeping Clinical Operations Running During Go-Live
The few days after an EHR goes live can be tough for hospital staff. After lots of testing, unexpected problems can show up when hundreds of employees start using the system every day.
A slow patient registration process or a system that doesn’t send lab results properly can cause delays in departments. If there isn’t technical support, these issues may not get fixed quickly and that can mess up patient appointments and schedules.
Hospitals can get ready by testing clinical workflows in realistic settings before the official launch. Some hospitals might go with a phased rollout, letting a few departments start using the new EHR first. This allows them to find problems early without affecting the hospital.
A dedicated support team should be on hand during go-live to look into errors and help staff with functions they don’t know well. Clear escalation procedures are also important so that technical problems don’t stay unresolved during the busiest times.
Healthcare organizations that need additional technical support during EHR implementation can consider working with top healthcare software development companies.
Look for providers with experience integrating EHR systems and supporting clinical applications after deployment. A team familiar with healthcare workflows is better prepared to identify software issues and help resolve them during the transition.
Conclusion
Rushing an EHR rollout can be expensive. Problems with data migration or software compatibility may require additional development work, and fixing them after go-live can be more disruptive than addressing them during testing.
A realistic implementation schedule should leave room for unexpected technical issues and feedback from clinical teams. Hospitals should know what needs testing before launch and who will handle problems afterward. Getting those details right can help prevent a difficult transition from becoming a prolonged project.
