ChartFlow Team
Your students will use an electronic health record every single day of their careers. For most of them, the first time they touch one is during their first clinical rotation.
That's a problem worth solving.
Programs invest in physical simulation, standardized patients, and skills labs. Documentation fluency is a different skill, though, and it doesn't develop by watching someone else chart. Students need a place to practice navigating records where the consequences aren't real.
Below, we'll cover what an educational EHR actually is, how it differs from clinical systems, what features matter, and how programs are putting them to work.
What Is an Educational EHR?
An educational EHR is a software platform that replicates the workflows and interface of a real electronic health record system, purpose-built for teaching and learning in healthcare education programs.
Unlike clinical EHRs (Epic®, Oracle Health®, MEDITECH®), an educational EHR uses simulated patient data. There is no protected health information, no live billing workflow, no regulatory compliance exposure. What there is: realistic charts, documentation tools, medication records, lab results, care planning, and instructor tools designed specifically for academic use.
Educational EHRs go by several names: academic EHR, simulated EHR, EHR simulator, practice EHR. The terminology varies, but the purpose is consistent. Students learn how to chart, navigate patient records, and develop informatics competency before they ever sit down at a real clinical workstation.
Programs that use educational EHRs include nursing (ADN, BSN, LPN/LVN), medical assisting, CTE health science pathways, respiratory therapy, EMT/paramedic, and physician assistant programs. Any healthcare program where students will eventually be responsible for documentation in a real system should be building those skills in a safe one first.
Educational EHR vs. Clinical EHR: What's the Difference?
The core difference is purpose. Clinical EHRs are built to manage real patient care. Educational EHRs are built to teach it.
In practice, the differences show up across several areas:
Purpose. Clinical EHRs facilitate patient care, billing, care coordination, and regulatory compliance. Educational EHRs facilitate learning, documentation practice, and clinical judgment development.
Patient data. Clinical EHRs contain real protected health information (PHI), subject to HIPAA and institutional security requirements. Educational EHRs use entirely simulated patient data, so there's no compliance risk and no consequences if a student documents something incorrectly.
Users. Clinical EHRs are used by licensed providers, nurses, and credentialed staff. Educational EHRs are used by students and faculty, with role-based permissions designed for the classroom.
Features. Clinical EHRs are optimized for billing, interoperability, and operational workflows. Educational EHRs add instructor features: grading tools, activity management, analytics, and pre-built learning content.
Cost. Clinical EHR licensing runs into the millions for enterprise health systems. Educational EHRs are priced for academic budgets, typically on a per-student, per-year basis.
Educational EHRs let students make mistakes safely. You can't learn to chart by watching someone else do it, and you can't learn it effectively in a production system where every keystroke affects a real patient.
Clinical EHRs vs. Educational EHRs: A Quick Reference
To make the distinction concrete, here are the systems your students will encounter in each category.
Clinical EHRs (Used in Healthcare Facilities)
- Epic® — The dominant hospital EHR in the U.S., used by most major health systems. Known for comprehensive workflows and the MyChart® patient portal.
- Oracle Health® (formerly Cerner®) — Enterprise EHR widely used in hospitals and government systems, including the VA’s planned modernization.
- MEDITECH® — Popular with community hospitals and smaller health systems, with a long track record in the market.
- Veradigm® (formerly Allscripts®) — Used in ambulatory and post-acute settings, with a focus on interoperability.
- athenahealth® — Cloud-based EHR popular with physician practices and outpatient clinics.
- eClinicalWorks® — Ambulatory EHR serving a large number of outpatient providers nationwide.
- NextGen Healthcare® — Focused on specialty and ambulatory practices.
- CPSI/TruBridge® — Serves rural and community hospitals with integrated financial and clinical systems.
- Tebra® (formerly Kareo®) — Cloud-based EHR and practice management platform designed for independent practices.
- OpenEMR — The most widely used open-source EHR. Free, community-supported, and used internationally in clinics and small practices.
These are production systems built for real patient care, billing, and regulatory compliance. Students encounter them at clinical sites but rarely get meaningful hands-on practice time before rotations begin.
Educational EHRs (Built for Teaching and Learning)
- ChartFlow — Web-based EHR simulation with pre-built learning modules, embedded assessments, and instructor tools. Covers nursing, CTE, medical assisting, and allied health. Pricing starts at $30/student/year, instructors free.
- EHR Go® (Archetype Innovations) — Educational EHR with customizable patient cases, widely adopted in nursing and health sciences programs.
- Lippincott® DocuCare® (Wolters Kluwer) — Academic EHR bundled within the Wolters Kluwer ecosystem, offering 150+ patient scenarios.
- SimChart® (Elsevier) — Educational EHR often bundled with Elsevier nursing textbooks, integrated with Elsevier’s content library.
- EdEHR — Open-source educational EHR and laboratory information system designed in collaboration with Canadian educators, with barcode medication administration workflows.
- Marsupial EMR — Free educational EMR providing charting and medication administration experiences for nursing simulation labs.
- SimEMR® (KbPort™) — Interactive, cloud-based simulated EMR bringing clinical documentation to the sim lab and classroom, available through Pocket Nurse®.
- EHR Tutor® (ATI) — Realistic charting across a variety of care settings with pre-built patient charts, barcode scanning, and unfolding scenarios. Includes educator tools for feedback and grading.
Educational EHRs prioritize learning outcomes over clinical operations. They use simulated patient data, offer grading and assessment tools, and are priced for academic budgets.
Why Nursing Programs Need an Educational EHR
Five reasons this belongs in your curriculum right now.
Accreditation alignment. QSEN identifies Informatics as one of six core pre-licensure competencies, requiring graduates to "use information and technology to communicate, manage knowledge, mitigate error, and support decision-making." The AACN Essentials (2021) list Informatics and Healthcare Technologies as Domain 8, one of the core domains required for professional nursing practice. When accreditors ask how your program teaches informatics competency, "they'll pick it up at clinical" is no longer a sufficient answer.
NGN readiness. The Next Generation NCLEX launched on April 1, 2023. According to NCSBN, it was redesigned to "better measure nursing candidates' clinical judgment and decision-making abilities." Clinical judgment requires synthesizing information from patient charts, lab values, medication records, and nursing notes. Students who have spent time in a simulated EHR learn to read that data quickly and connect it to clinical priorities.
The practice-readiness gap. Clinical sites run on Epic®, Oracle Health®, and MEDITECH®. They expect documentation efficiency from day one. Orientation windows are shorter than they were a decade ago. Students who arrive able to navigate an EHR are less of a burden on the unit and less of a risk to patients.
Patient safety. Documentation errors contribute to adverse events in healthcare. That's been studied extensively. Building good habits starts in a low-stakes environment where mistakes become learning moments, not incident reports.
Scalability. Unlike clinical rotations, which are constrained by site availability and preceptor capacity, an educational EHR scales with your cohort. Every student gets the same practice hours. That consistency is difficult to achieve any other way.
Core Features of an Educational EHR
A comprehensive educational EHR should include:
Realistic patient charts. Demographics, medical history, allergies, problem lists, and visit records. Students should navigate structured data the way they would in a clinical setting, not fill out a simplified form.
Clinical documentation. Nursing notes, head-to-toe assessments, SBAR reports, and narrative charting. This is where students translate clinical observations into written records, and where documentation gaps surface.
Medication administration record (eMAR). The documentation side of med passes: recording administration, reconciling medications, reviewing contraindications. This is one of the highest-stakes areas in clinical practice.
Orders and lab results. Reviewing physician orders, interpreting lab values, and understanding how results connect to clinical decisions. This builds the data synthesis skills the NGN measures directly.
Vital signs and I&O tracking. Documenting vitals, recognizing trends, and recording intake and output. Daily tasks that students often encounter for the first time at the bedside.
Care plans. Nursing diagnoses, interventions, expected outcomes, and evaluation. Building a care plan inside an EHR is a fundamentally different skill from writing one on paper.
Instructor tools. Grading, feedback, activity management, and progress analytics. Without these, EHR simulation is a practice exercise. With them, it becomes an assessable, evidence-generating learning activity.
Pre-built patient scenarios and learning activities. A strong library means you can assign activities on day one, without building content from scratch.
LMS integration. LTI 1.3 compatibility with Canvas, Blackboard, and Moodle enables single sign-on and grade passback, reducing administrative work for faculty.
Not every platform includes all of these. Some are documentation-only; others integrate learning content and assessments. That distinction matters when you're evaluating options.
How Programs Use Educational EHRs
The most effective implementations don't limit EHR simulation to a single course. They thread it from Fundamentals through Capstone, increasing complexity as students advance. Here are the most common use cases:
Pre-clinical preparation. Students review a patient chart before their sim lab session, arriving with context about the patient's history, medications, and current status. This mirrors the workflow of a real shift.
Sim lab integration. Students perform a hands-on assessment on a manikin, then sit down and document the encounter in the simulated EHR. Physical skills and documentation skills, practiced together in real time.
Standalone charting assignments. Medication reconciliation exercises, admission documentation, or focused assessment charting assigned as homework. Students complete them on their own time from any device.
Clinical judgment activities. Students receive a patient chart and are asked to identify the priority problem, flag abnormal lab values, or build a care plan from the existing data. The EHR becomes the context for critical thinking, not just documentation.
Competency assessments. Timed documentation exercises or graded care plans that serve as evidence of student proficiency and can support accreditation documentation.
Remediation. Students who struggle with charting at clinical sites can return to the EHR for targeted practice, building confidence before going back to the hospital.
Programs that see the best results treat EHR simulation as a thread running through the entire curriculum. Repetition builds genuine fluency, not just familiarity.
What to Look For When Choosing an Educational EHR
If you're evaluating platforms for your program, here are the criteria that matter most:
Realistic interface. Does the platform look and feel like the EHRs students will encounter in practice? A simplified form-based tool builds familiarity with documentation concepts, but not the navigation fluency that comes from a realistic interface.
Pre-built content. Can you assign activities immediately, or do you need to build everything from scratch? Look for a library of patient scenarios that covers common clinical conditions across your program's focus areas.
Learning integration. Documentation practice is one thing. Does the platform also include clinical judgment activities and embedded assessments? Platforms that combine EHR simulation with learning content reduce the number of tools you're managing.
LMS compatibility. LTI integration for Canvas, Blackboard, or Moodle means single sign-on and automatic grade passback. Faculty time is limited; the fewer manual steps, the better.
Pricing model. This matters more than most people realize. Some platforms charge per student per course, meaning a student enrolled in four nursing courses pays four access fees. Others charge per student per year, covering the entire program across all courses. The annual cost difference can be significant.
Instructor tools. Can you review student documentation, provide feedback, and track progress across the cohort? Grading and analytics features turn EHR simulation from a practice exercise into something you can measure and report on.
Scalability. Does it work equally well for a 30-student cohort and a 500-student program? Browser-based platforms scale more easily since there's nothing to install or maintain on individual devices.
Support and onboarding. How quickly can your faculty get started? Look for implementation support, not just a knowledge base.
ChartFlow was built for exactly this use case. It covers every feature listed above, runs entirely in the browser, integrates with Canvas, Blackboard, and Moodle via LTI 1.3, and is priced at $30 per student per year with instructor accounts always free. For nursing, CTE, medical assisting, and respiratory therapy programs, it's the most affordable option that combines a full-featured EHR simulation with integrated learning modules and instructor tools.
Frequently Asked Questions
What's the difference between an educational EHR and EHR simulation?
These terms are often used interchangeably. An educational EHR is the platform itself. EHR simulation is the broader practice of using that platform for learning. One is the tool; the other is the pedagogy. Most people use the terms interchangeably, and that's fine.
Is an educational EHR the same as Epic® or Cerner®?
No. Epic® and Oracle Health® (formerly Cerner®) are production systems built for real patient care. Educational EHRs use simulated data in a learning environment. They share similar interface structures and workflows, but an educational EHR has no connection to live patient records. The goal is to prepare students for the day they sit down at one of those systems for the first time.
Do students need EHR training before clinical rotations?
Yes. Clinical sites offer limited orientation time, and students are expected to function in production EHRs quickly. Students who have practiced documentation beforehand are less anxious, more efficient, and better able to focus on patient care. Preceptors notice the difference.
How much does an educational EHR cost?
Pricing varies significantly across platforms. Some charge per student per course, which adds up quickly for students enrolled in multiple courses simultaneously. Others use a per-student, per-year model that covers the entire program regardless of how many courses use the platform. ChartFlow starts at $15 per student per year. Instructor accounts are free.
Can an educational EHR replace clinical hours?
Generally, no. Educational EHRs supplement clinical education rather than replace it. Many programs use EHR simulation hours as evidence of informatics competency for accreditation documentation. Some state boards have begun accepting certain simulation activities toward clinical requirements. Check with your state board and accrediting body for current guidance.
What programs benefit from an educational EHR?
Any healthcare program where students will be responsible for documentation in a real system. That includes nursing at every level (ADN, BSN, LPN/LVN), medical assisting, CTE health science, respiratory therapy, EMT/paramedic, and physician assistant programs. If your graduates will chart at a clinical site, they should practice charting in a safe environment first.
Getting Started
Closing this gap doesn't require a major technology project or a large budget.
Start small. Pick one simulation scenario your students already run. After the debrief, have them open an EHR simulation platform and document the encounter. One assessment note. One set of vitals.
Students doing this for the first time tend to slow down. They realize they don't have the clinical vocabulary for what they just observed. They start asking questions they've never asked before: "What do I call this finding? Where does this go in the chart? How do I document a refusal?"
Those questions are the point. Documentation surfaces gaps in clinical reasoning that physical simulation alone misses. Better to find them in your lab than at a clinical site.
Your students will chart every day of their careers. The only question is when they start learning how.
Instructor accounts are free at ChartFlow.io. No demo call required.
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