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EHR implementation strategy: key steps, approaches & challenges
EHR implementation is the process of configuring or developing and deploying an electronic health record
system so that it aligns with healthcare workflows, integrates with other healthcare software, and ensures
patient health data availability, integrity, and confidentiality.
Itransition has over 25 years of industry experience, developing EHR solutions, connecting them to other tools within healthcare ecosystems, and fine-tuning EHR solutions to be
user-friendly, secure, and scalable.
Key EHR statistics
90%
of office-based physicians use electronic health records
Scheme title: Interoperability rates within US non-federal acute care hospitals, 2014–2023
Data source: healthit.gov — Electronic Health Information Exchange by Hospitals
Ready to start your successful EHR implementation journey?
Although approaches to EHR implementation vary, the overall process can be broken down into the following key
steps.
Define project goals & requirements
Begin with assessing current workflows to understand the organization’s readiness for EHR adoption and the
scope of work required.
Check if the available software infrastructure can support EHR system implementation and assess the
technical proficiency levels of your medical staff. Set realistic, clear, and measurable goals for EHR
adoption, such as improving the quality of care, boosting employee efficiency, and elevating patient
satisfaction. Conduct interviews with future users, which will be further processed by business analysts to
formulate system requirements.
Establish a budget, timeline & deployment option
Create a clear EHR implementation plan and calculate the approximate project time and budget. These
estimates depend on many variables: whether it’s a proprietary system or an open-source EHR, the solution’s feature scope and required integrations, and the expected number of users. Then, approximate EHR costs and an implementation timeline for your particular case are calculated, but these estimations can still change
a bit down the line if unforeseen circumstances arise.
At this stage, the company should also choose an appropriate EHR deployment option, such as cloud,
on-premises, or hybrid, with the timeline and costs of system implementation potentially affected by this
choice.
Select an EHR solution
Assess EHR platforms available on the market and reach out to their vendors to get more information, discuss
pricing terms, and inquire about implementation options. Compare their offerings and pricing against each
other and your list of requirements. Additionally, consider the responsiveness of the EHR provider and the
availability of sufficient user training. Finding a suitable specialized solution, like a psychiatric or
pediatric EHR, can take longer, while selecting a general-use out-of-the-box system is faster and easier.
Vendors can offer a demo presentation of their EHR system, featuring an expanded list of its
functionalities. Alternatively, you can get a free trial to experience the system firsthand. Consider
whether the platform offers rich configuration capabilities, supports customization, and can scale easily as
the number of records and users increases. After negotiating with the EHR implementation provider and
signing the contract, you can start executing the implementation plan.
Form an EHR implementation team
Gather a well-rounded team of stakeholders responsible for EHR implementation, including technical
specialists and third-party EHR implementation consultants if necessary. A typical EHR implementation team
comprises a project manager, software developers, business analysts, and QA test engineers. EHR superusers,
such as clinicians, nurses, and billing advocates, can be involved during user needs analysis, user
acceptance testing, and training, representing the interests of larger groups of EHR end users and people
whose work will be impacted by its adoption.
For a smoother transition to the new tool, consider hiring a trusted healthcare development company familiar
with the healthcare industry’s specifics. Such specialists can ensure EHR’s all-round security and
compliance and offer comprehensive support tailored to the client.
Configure & customize the EHR system
Depending on what implementation option you choose, you need to either develop an EHR solution from the
ground up or implement a ready-made EHR software. The “from scratch” option gives you more freedom to choose
the tech stack, functionality, and customize the system to your requirements. The platform-based approach,
in turn, is much faster, easier, and failure-proof.
Set up the EHR software by creating user accounts for each healthcare professional, configuring clinical
templates, and ensuring the system’s usability, security, and compliance. Also at this stage, take into
account the unique requirements of each department and provide the needed documentation templates.
Migrate data
After that, migrate data as per your data migration needs: transfer information from paper records to
EHR, from an old system to a new one, or from a locally hosted platform to a cloud-based system. Be vigilant during this process since low-quality or incomplete data can affect the accuracy of
clinicians’ decision-making in the future.
1
Planning
Scope
Approach
Budget and timeline
Migration tool
Team
2
Data preparation
Auditing and profiling
Backup
Governance
3
Migration design
Data mapping
Content-driven approach
4
Migration design
Extraction
Transformation
Loading
5
Testing & going live
Phased testing
Full-volume testing
Pre-production testing
5
Audit & maintenance
Project results validation
Regular and ad-hoc audits
Scheme title: A data migration strategy
Integrate the EHR system with other medical software
During this stage, the new EHR system is connected to the organization’s IT infrastructure and
third-party apps to become a part of the bigger ecosystem. Integrating EHR with other software and devices relevant to the particular medical practice increases the overall value
of the standalone solution. EHR software can be integrated with the following tools:
EHR system
Patient portals
Telehealth
Financial & insurance management systems
Lab management systems
Hospital management software
Healthcare CRM
Test & go live
Before going live, test all EHR components, including software functionality, customizations, integrations,
user access, hardware infrastructure, and workflows. Identify and fix malfunctions and establish go-live
guidelines. Factor in potential downtime, staffing requirements (including the probability of overtime or
the need to hire temporary IT staff), and potential adjustments of employee schedules and appointments.
Perform user acceptance testing, involving the focus group consisting of clinicians responsible for
detecting flaws and potential issues, from unintuitive workflows to incorrect medication dosage calculation
formulas.
Create an EHR recovery and backup plan in case the system fails for any reason, including an electricity
outage. When going live, consider reducing the number of patient appointments, rescheduling non-urgent
visits, and informing patients about possible service disruptions so that the personnel can have more time
to get used to the new EHR.
Train the personnel
To make the transition to the new system seamless and reduce related stress, invest in role-based EHR
onboarding, training, and support services rendered by the EHR platform vendor or third-party
consultants. Training options include self-paced distance learning, which involves studying user guides
or watching instructional videos, and on-site, instructor-led training, which is more expensive yet more
effective.
It’s vital to show clinical staff the most widely used features and make sure they know how to
leverage them for their specific tasks. When clinicians master basic EHR functions, they can move on
to more complex ones.
Another important part of EHR training is increasing cybersecurity awareness. With healthcare
accounting for 28% of all data breach incidents, according to BakerHostetler, healthcare providers need to invest in protecting personal health
information from cyberattacks like phishing and spoofing.
Physicians
Nurses
Organizational delivery well
Initial EHR training was sufficient
Scheme title: Post-implementation satisfaction with organizational delivery & EHR training —
physicians vs. nurses
Data source: klasresearch.com — EHR Implementations 2025
Maintain & support the EHR system
After the EHR software has been successfully deployed, carefully monitor the system’s productivity,
usability, functionality, and security. Additionally, the support team can update the software regularly and
collect medical specialists’ feedback, conduct performance testing, monitor usability metrics, and perform
risk assessments to make meaningful improvements.
Examples of successful EHR implementation
Over the years, we have helped multiple medical companies boost their productivity by implementing EHR systems,
making them the primary patient data sources, and connecting them with other healthcare software, as seen in our
case studies.
Itransition implemented a custom, HIPAA-compliant EHR solution for a mental healthcare organization to
streamline its clinical and administrative workflows. Following a comprehensive analysis of the organization's
requirements, our team deployed a tailored EHR system with workflow automation, custom reporting, and
role-specific functionality, helping reduce manual administrative effort and establish a solid foundation for
future growth.
Itransition implemented a customizable healthcare automation platform with built-in EHR functionality tailored
to the customer's clinical and operational workflows. Our team configured core EHR capabilities, telehealth,
care management, and patient engagement features while ensuring seamless integration with third-party
healthcare systems and compliance with HIPAA requirements.
EHR implementation approaches
There are several ways that healthcare organizations can implement electronic health records software, with
each method having pros and cons and suitable for different situations.
Immediate
Phased, or incremental
Parallel
Overview
Immediate implementation that involves simultaneous system rollout in all departments
One-by-one deployment of selected EHR functionality or EHR implementation in a particular department first
before the complete roll-out
Maintaining legacy and new systems simultaneously for some time until the company departs from the legacy
one
Advantages
Quicker healthcare digitalization
Involvement of all departments, which ensures collective learning and mutual support
Improvements seen throughout the organization immediately
Lower risk of disruptions due to a gradual transition
Easier personnel training and onboarding
The ability to locate issues with specific EHR features or gaps in early user training
More control over EHR spending
The ability for medical practitioners to gradually get accustomed to new workflows
Lower medical staff resistance and anxiety
Disadvantages
Greater resource requirements from the adopting company and time and effort from the medical personnel
Higher risks of organizational workflow disruption, overload, and downtime
Longer implementation time for the complete EHR system
Confusion, inconsistencies, and miscommunication emerging when departments use different features or
systems
Double data entry and data cross-checking required
Increased costs due to maintaining two systems
Slower transition speed
EHR implementation benefits
EHR adoption offers numerous benefits to healthcare organizations, from enabling more coordinated, efficient
care and improving treatment outcomes to minimizing data duplication and reducing paperwork.
A single source of truth
An EHR system consolidates data on patient health, test results, and treatment history, ensuring complete
documentation of patient visits and procedures and allowing healthcare specialists to make more accurate
diagnoses.
Workflow optimization
EHR systems eliminate numerous time-consuming, repetitive processes, from data input and sharing to
synchronizing appointment data, boosting clinicians’ productivity and streamlining documentation management,
diagnosing, and follow-up care.
Better care coordination
EHR facilitates seamless communication between labs, hospitals, and specialists, ensuring easy data exchange
even if the patient is sent for treatment to another healthcare organization and thus facilitating care
continuity.
Reliable storage
EHRs store complete medical history in a digital format, so there’s a much lower risk of loss or destruction
of the records than with paper files. Moreover, with robust data backup mechanisms in place, EHRs allow
health service providers to easily recover the file in case the original version is lost.
Minimized medical errors
As clinicians have a complete view of patient information, they can make data-backed medication decisions
and prevent adverse effects due to the patient’s allergy or current medications, as well as make sure that
pharmacies and other healthcare providers will receive the correct prescriptions.
EHR implementation roadmap
1
Pre-implementation
Define EHR requirements and tech stack
Map out crucial workflows, create the project plan, and set time and budget estimates
Establish a data governance strategy to ensure an effective and sustainable transition to the new system
2
Implementation
Implement the EHR solution and set it up in line with your practice’s requirements
Integrate EHR with hospital software or third-party tools
Migrate data from the legacy system to the new one
Perform all-round quality assurance and ensure the system’s adherence to HIPAA and other regulations
3
Post-implementation
Monitor the system’s performance
Solve operational issues
Implement upgrades
Conduct personnel training
EHR implementation cost factors
Key EHR adoption cost factors include:
The cost of software licensing, which can be perpetual and subscription-based and vary based on the number
of users
Infrastructure costs, which encompass server hardware for storing the EHR system on-premises or expenses for
cloud hosting
The scope of functionality, integrations with healthcare systems, and customizations
The cost of the implementation team’s work, which depends on the project’s scope and the fees of the EHR
vendor or EHR implementation partner
Hidden expenses, such as the costs of temporary productivity loss, employee training, change management,
data management, and establishing a company-wide security management framework
Post-launch costs, including upgrades, optimizations, maintenance, and ongoing training
$50,000 A limited set of features, a couple of integrations, simple interface
EHR implementation: common challenges & possible solutions
When adopting the electronic health record system, healthcare providers can face a range of obstacles. Below,
we recommend the most effective ways of addressing them.
Challenge
Possible solution
Cost constraints
EHR implementation can be an expensive endeavor, especially for smaller clinics and hospitals that
struggle with allocating necessary funds.
Carefully plan the budget, taking into consideration both EHR setup and ongoing optimization costs and
indirect investments, like hiring IT staff to cover the additional workload. To stay within the budget’s
limits, identify the critical functionality to implement in the first place, launch the EHR software to
help employees understand its value and missing capabilities, and add more features as needed in the
future. As an option, choose more cost-effective options, such as SaaS EHRs, which offer pay-as-you-go
models and allow you to start small and add more capabilities in the future without high upfront costs.
Resistance to change
Clinicians can perceive the EHR system as one of the major contributors to burnout and cognitive overload
and meet its introduction with resistance.
Start EHR implementation by communicating reasons for the change and clarifying new workflows for staff
members. Foster personnel buy-in by addressing their suggestions and concerns, timely solving upcoming
challenges, and adjusting medical workflows to ensure employees’ comfort.
Steep learning curve of the system
The EHR’s sophisticated features and integrations can be unused or incorrectly utilized by employees due
to the system’s complexity and unfamiliarity.
Pay attention to your clinical team’s input at the requirements gathering stage to ensure the maximum usability of the system. Also, invest in sufficient personnel training so that clinicians use the system effectively.
Concerns with privacy & compliance
Digitizing data raises concerns about its security due to the growth and severity of cyberattacks in the
healthcare industry, as well as potentially jeopardizes data privacy due to data democratization.
Incorporate strong data security features into the EHR system, such as data encryption in transit and at
rest, role-based access control tools, strong passwords, two-factor authentication, and audit trail
functionality to keep track of actions and data changes performed in the system. Firewalls can also help
ensure EHR security. Moreover, make certain that EHR software complies with HIPAA regulations to
properly protect patient data.
Lack of EHR interoperability
The lack of EHR platform interoperability can result in redundant, disorganized, disjointed, and
inaccessible medical information and affect the quality of care.
To achieve EHR interoperability, choose a
system that uses standardized data formats and protocols like HL7, FHIR, and DICOM, comes with responsive
client support to resolve integration issues, and supports open APIs. Another way to ensure EHR
interoperability is implementing it in a cloud environment, since many cloud platform vendors offer
out-of-the-box data source connectivity and uninterrupted data access.
Our EHR implementation services
We support healthcare organizations that adopt EHR for the first time or switch from one system to another by
expertly handling each stage of the EHR system implementation.
Consulting
We help healthcare organizations choose and conceptualize an EHR solution that aligns with their specific
needs, workflows, and clinical and business objectives. We also provide end-to-end consulting support for
EHR adoption, from system selection advisory and assistance with defining future EHR solution’s functionality to creating an implementation plan and post-adoption strategy to help clinics and hospitals fully utilize new
EHR capabilities.
Implementation
We handle end-to-end implementation of a custom or platform-based EHR system, starting with creating a
detailed project plan, followed by software development or system configuration and customization, EHR
integation, and training sessions. We also ensure secure data transfer, including electronic medical records
and operational data, from legacy systems to the new one, ensuring data accuracy, integrity, and security.
System monitoring & optimization
We offer ongoing monitoring and evaluation of the EHR system's operation, adjusting and updating the system
if needed to keep its security, usability, and interoperability up to the current quality standards and
regulations. We also identify opportunities for automation and workflow optimization, deliver comprehensive
training sessions, and integrate the EHR tool with newly introduced systems, including EMR, clinical
decision support systems, practice management systems, and other solutions to support emerging healthcare
organizations’ needs.
Improve the quality of care with a well-executed EHR implementation
Whether a full-scale development or a feature optimization, implementing EHR is vital for a healthcare
organization’s proper functioning, as it helps to keep patient data safe, prevent medical staff burnout, and
center care around the patients.
However, the EHR implementation process is complex and challenging. Luckily, an experienced EHR implementation
team can help healthcare providers reduce the number and severity of these challenges, making the adoption
quicker and easier for the personnel. The reliable implementation team should have a clear understanding of the
industry and software specifics, have relevant experience, and be open to collaboration with the clinical team.
The EHR implementation timeline depends on the particular case but can always change based on unanticipated
events. Typically, the project takes from 6 months to 2+ years, with the development speed impacted by the
organization’s size, the scope of customizations, integrations, advancements, and workflow modifications,
allocated resources, cross-team communication effectiveness, and other factors.
An EMR system is a health information technology solution that stores a narrower scope of digital health
data than EHR systems, such as practice- or specialist-specific information that is inaccessible to other
practices and patients. As such, EMR implementation doesn’t call for extensive information system
interoperability and data exchange capabilities compared to EHRs.
Meaningful Use is a program developed and run by the CMS to incentivize physicians to use EHRs and requires
those utilizing certified EHR technology to capture and exchange specific clinical data and report Clinical
Quality Measures.
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