Healthcare UX design focuses on creating digital health products around the needs, behaviours and workflows of patients, carers and clinicians. It spans patient portals, EHRs, telehealth platforms, medical devices, wearables and hospital websites.
The aim is to make healthcare products safe, accessible and easy to use, especially when users are stressed, unwell or under pressure. Poor UX can lead to missed appointments, clinician frustration and, in high-risk situations, errors that may contribute to patient harm.
The stakes are measurable, you see. In a study of 870 physicians, EHR usability scored just 45.9 out of 100, placing it in the bottom 9% of more than 1,300 usability studies. Each one-point improvement in usability was also associated with 3% lower odds of physician burnout.
That’s what sets healthcare UX apart. Here, usability can directly affect safety, quality of care, clinician workload, and patient outcomes.
In this article, we’ll explore what good healthcare UX looks like, the principles behind it, and how to design better digital health experiences.
What is Healthcare UX Design?
Healthcare UX design is the practice of designing the interactions, workflows, and experiences people have with healthcare products and services. It covers finding a provider, booking an appointment, accessing health records, managing treatment, and completing follow-up care.
Healthcare UX goes beyond the screens people interact with. It includes content and language, information architecture, task flows, data presentation, and the workflows that connect digital interactions with real-world care.
It typically spans three user groups:
- Patient-facing products: Patient portals, appointment booking, symptom checkers, chronic care apps, wearables and provider websites.
- Clinician-facing products: Electronic health records (EHRs), clinical decision-support tools, order-entry systems, imaging viewers, nursing documentation and handover tools.
- Administrative products: Scheduling, billing, claims, prior authorisation and revenue-cycle systems.
These experiences are interconnected. For instance, a confusing patient portal can increase calls to a receptionist. A cumbersome clinical documentation workflow can increase administrative burden for clinicians. Good healthcare UX considers these connected journeys rather than designing each interface in isolation.
Healthcare UX Design vs. Healthcare UI Design: What are the Differences?
Healthcare UI design focuses on the interface people interact with, while healthcare UX design considers the broader experience around that interface. UI is therefore an important part of UX, but UX extends beyond the screen to include workflows, tasks, journeys, and the wider healthcare service.
| Parameter |
Healthcare UI Design |
Healthcare UX Design |
| Focus |
The interface |
The overall experience |
| Scope |
Screens, controls, interactions |
Tasks, workflows, journeys |
| Goal |
Make interfaces clear and usable |
Make experiences effective and safe |
| Measures |
Legibility, contrast, consistency |
Task success, errors, satisfaction, adoption |
| Key outputs |
UI specs, components, design systems |
Research, journey maps, service blueprints |
| Stakeholders |
Design, product, engineering |
Design, product, clinical, safety, quality |
What Goes into Good Healthcare UX: 7 Layers to Get It Right
There is no single formula for good healthcare UX, and a strong practice has to look past the interface itself. The seven layers below connect to each other, and they run from the broader service journey down to the safety of individual tasks.
1. Service design: The end-to-end journey, which includes digital interactions, phone calls, paperwork, waiting, and interactions with staff.
2. Information architecture: How information is organised, labelled and connected, so patients and clinicians can find what they need.
3. Interaction design: The way users complete tasks – flows, controls, defaults, system states, error handling and recovery.
4. Content and UX writing: The language users rely on. That covers instructions, medical terminology, test results, medication information, and consent content.
5. Visual and interface design: The visual system that makes information understandable, built from hierarchy, typography, colour, spacing, data visualisation and interface patterns.
6. Accessibility: Designing and testing experiences so people with different abilities can use them, which means considering assistive technologies and the accessibility standards that apply.
7. Human factors and use safety: Working out how users, environments and system design interact to create risk, then designing workflows and interfaces that reduce how likely user errors are and how much damage they do.
Also Read: Top 5 UX Trends Driving Digital Healthcare in 2026
Who are You Designing Healthcare UX for?
Healthcare rarely has a single user. A digital health product may serve patients, caregivers, clinicians, administrative teams, payers and other healthcare professionals, each with different goals, workflows, and constraints.
| User |
Primary need |
Common UX challenge |
| Patients |
Understand care and next steps |
Complex information, difficult booking |
| Caregivers & proxies |
Manage care for someone else |
Permissions, shared access, switching profiles |
| Doctors |
Make informed decisions quickly |
Documentation burden, fragmented workflows |
| Nurses |
Deliver and document care safely |
Interruptions, duplicate entry |
| Allied clinicians |
Share specialist information |
Poor handoffs, fragmented systems |
| Admin & scheduling teams |
Manage appointments accurately |
Double bookings, inefficient workflows |
| Billing & revenue teams |
Process claims accurately |
Rework, rejected claims |
| Payers |
Assess eligibility and claims |
Complex reviews, delays |
| Labs & pharmacies |
Receive complete orders |
Missing or ambiguous information |
| IT, quality & compliance |
Keep systems safe and compliant |
Governance, risk and system constraints |
Why Does Healthcare UX Matter?
Healthcare UX sits at the intersection of patient safety, clinical efficiency, digital adoption and organisational performance. That makes the quality of the experience a critical design and business consideration.
1. Poor UX Can Become a Patient-safety Issue
In healthcare, a usability problem can become a use error. And a use error can have clinical consequences.
A clear example is the 2023 recall of the Omnipod 5 Android app. When users entered an insulin dose such as “.2”, a software error could cause the decimal point to be missed and display the dose as 2 units. That could result in an insulin dose 10 times higher than intended, creating a risk of severe hypoglycaemia.
Therefore, it is important to anticipate how interfaces can be misunderstood or misused, and not just whether they work as intended. In higher-risk products, error prevention and human-factors testing are essential parts of the design process.
2. Poor EHR Usability Adds to Clinician Burden
EHR usability is one of the clearest examples of the relationship between UX and clinician experience.
KLAS Arch Collaborative research found that 32% of physicians and 30% of registered nurses reported some level of burnout, with the EHR cited as a contributing factor by 62% of burned-out physicians and 43% of burned-out nurses.
For healthcare organisations, better UX can therefore mean more than user satisfaction. Reducing unnecessary clicks, documentation burden and workflow friction can help protect clinician time and reduce operational strain.
3. Patient Experience has a Financial Dimension
Patient experience is not separate from healthcare business performance.
An Accenture analysis of six years of hospital financial and HCAHPS data found that hospitals with superior patient experiences had 50% higher net margins, on average, than hospitals with average patient experiences.
Patient experience can therefore influence both perception and economics, making the experience layer a business concern as well as a design concern.
4. Adoption Depends on More Than Building the Technology
Adoption depends on how easily the product fits into the patient’s actual healthcare journey.
A patient may abandon an app because registration is complicated, struggle to understand a consent request, get stuck during authentication, or simply fail to see why they need the product in the first place.
The UX therefore extends beyond the product itself. How patients discover the service, register, authenticate, give consent, find information, and complete a task all shape adoption.
The same applies to clinician-facing products. If a workflow adds unnecessary steps or forces users to work around the system, adoption suffers even when the underlying technology works well.
The UX goal is therefore to make the right behaviour easy to understand and complete at the moment it matters.
What are the Key Principles of Healthcare UX Design?
Healthcare UX follows many of the same fundamentals as good UX elsewhere, but the context changes everything. People may be anxious, unwell, distracted, or working under intense time pressure. The design needs to account for those realities.
1. Design for Real-world Conditions
Healthcare products are rarely used in calm, predictable environments. A clinician may be interrupted several times during a task. Or say, a patient may be using an app while waiting for an appointment or trying to understand a diagnosis at home.
Good UX reflects these conditions from the beginning. Testing should account for interruptions, time pressure, different levels of experience, and the environments in which the product will actually be used.
2. Prevent Avoidable Errors
In healthcare, a warning is not always enough. When a foreseeable mistake could cause harm, the design should make that mistake harder to make in the first place.
Clear units, sensible defaults, appropriate validation and carefully designed confirmation steps can all reduce the likelihood of error. Warnings still have their place, but they should not be the only safeguard.
3. Organise Information Around the User's Work
Patients and clinicians do not think in terms of databases or system architecture. They think about what they need to understand or accomplish.
A clinician may need to quickly understand why a patient is being seen, what has changed, and what needs to happen next. Making them navigate through the underlying structure of the system adds unnecessary effort.
Healthcare UX should therefore reflect the user's goals and workflow rather than simply exposing how information happens to be stored.
4. Don't Mistake Simplicity for Less Information
A visually minimal interface is not necessarily a better interface, particularly for clinical tools. Clinicians often need several pieces of information in view at the same time to make decisions safely.
The goal is to make complex information easier to scan and understand. Clear hierarchy, grouping, consistent placement, and thoughtful use of progressive disclosure can reduce visual clutter without hiding information that users need.
5. Make Complex Information Easier to Understand
Healthcare products serve people with very different levels of health literacy, medical knowledge, and familiarity with digital tools.
Patient-facing content should use plain language, explain unfamiliar terms, and make important information easy to distinguish. Clinical interfaces can use appropriate medical terminology when their users need it.
The right level of detail depends on the person using the product, the task they are performing, and the consequences of misunderstanding it.
6. Design the Experience Beyond the Screen
Healthcare rarely happens entirely inside a digital product. A patient's journey might include a website, a booking system, a receptionist, a consultation, a consent form, a notification, and a follow-up appointment.
Effective healthcare UX considers how these touchpoints work together and where information or responsibility passes from one person or system to another. This is particularly important for test results, referrals, alerts and messages, where a broken handoff can create confusion or risk.
The Healthcare UX Design Process: Step by Step
Healthcare UX design is not simply a matter of researching users, designing screens, and testing a prototype. The process needs to account for clinical workflows, multiple user groups, accessibility, safety, and the real conditions in which the product will be used.
The exact process varies by product and risk level, but most strong healthcare UX projects move through six connected stages.
1. Start With the Context
Before designing anything, understand the product, its users, the healthcare setting, and the markets in which it will operate.
This is also where teams identify relevant privacy, accessibility, clinical, regulatory, and safety requirements. A patient-facing wellness app will have very different requirements from software that supports clinical decisions or a regulated medical device. Therefore, it is essential to establish the constraints before they become expensive changes later.
2. Study How Care Actually Happens
Healthcare workflows rarely look as neat in practice as they do in a process document.
Observe patients, clinicians, and staff in the environments where they actually work. Look at how they complete tasks, where they switch between systems, what information they keep outside the product, and where they create workarounds.
Those workarounds are particularly useful. A spreadsheet, sticky note, or manual checklist often points to something the existing system is failing to support.
Interviews and surveys can tell you what people think about a workflow. And then there is observation that helps reveal what they actually do.
3. Map the Journey and Identify the Risky Moments
Once the research is clear and detailed, map the experience from the user’s perspective.
For a patient, that might include finding a provider, booking an appointment, completing forms, checking in, receiving results, and managing follow-up care. On the other hand, for a clinician, it could involve reviewing a patient, making a decision, documenting it and handing information to another professional.
Service blueprints can then show what happens behind those interactions, including staff responsibilities, systems and handoffs. This is also the point to identify high-risk or safety-critical tasks where a usability problem could have serious consequences. For regulated medical devices, usability engineering standards such as IEC 62366-1 specifically connect user-interface design with the identification and mitigation of use-related risks.
4. Structure the Experience Before Designing the Interface
With the workflows understood, define the information architecture, content structure and role-specific journeys.
Healthcare products often serve several users with very different needs. A doctor may need rapid access to clinical context, while a patient needs clear explanations and next steps. Trying to serve everyone through the same interface can create unnecessary complexity.
At this stage, teams should also decide what information needs to be visible, what can be progressively disclosed, and where the most important actions belong. The idea here is to structure the experience around the user's task before worrying about how the interface looks.
5. Prototype, Test and Refine
Testing should start while the design is still easy to change. Early prototypes can uncover problems with navigation, terminology, workflows, information hierarchy and interactions before they become expensive to fix.
Use representative users and, where relevant, test in conditions that reflect real use. A patient using an app at home and a clinician working across multiple systems may encounter very different usability problems.
For higher-risk and regulated products, formative evaluation is used during development to identify and address usability problems before the final design is evaluated. Summative evaluation, also known as usability validation in some regulatory contexts, serves a different purpose. It provides evidence that the finished user interface can be used safely and effectively by the intended users to perform the intended tasks under specified conditions. It is more rigorous than exploratory usability testing and is not simply a test of whether users prefer one design over another.
6. Launch, Measure and Keep Improving
Healthcare UX does not end when a product goes live. Real users will reveal problems that prototypes and testing cannot always predict, while workflows, technology, and patient needs will continue to change.
After launch, track how well people complete important tasks and where they encounter friction. Look at drop-offs, errors, repeated actions, support requests, and points where users abandon or work around the intended workflow.
The right measures depend on the product. For a clinician-facing tool, that might include task completion, documentation effort, and workflow efficiency. And for a patient-facing product, it could include successful registration, appointment completion, portal use, and self-service.
The important part is to connect these measures back to the experience. If users are struggling with a task, understand why before deciding what to redesign. Analytics can show where a problem occurs, while research and usability testing can help explain what is causing it.
Healthcare UX is therefore an ongoing process rather than a one-time design exercise. Research informs the design, testing helps uncover problems, real-world use reveals what was missed, and those insights shape the next iteration.
How Long Does a Healthcare UX Project Take?
There is no standard timeline for a healthcare UX project. The duration depends on the scope, number of user groups, access to real users, technical dependencies, and for regulated products, the applicable safety and regulatory requirements. For planning purposes, a project might look roughly like this:
| Project scope |
Indicative timeline |
Typical work |
| Workflow or UX audit |
4–8 weeks |
Research, usability review, findings and recommendations |
| Patient portal redesign |
12–20 weeks |
Journey mapping, IA, design and usability testing |
| Clinical tool or EHR module |
16–28 weeks |
Contextual research, workflow design, prototyping and testing |
| Regulated device interface |
6+ months |
Human-factors activities, design, evaluation and validation |
| Platform or design system |
6+ months |
System design, governance, migration and implementation support |
These are indicative ranges, and not industry standards, of course. A focused UX audit can move quickly, while a large clinical product with multiple user groups and formal validation can take considerably longer.
Two factors often have the biggest impact on timing. The first is access to representative users, particularly clinicians whose availability can be difficult to coordinate. The second is product risk and regulatory requirements, which may introduce additional evaluation, documentation, and review activities.
The best way to estimate a healthcare UX engagement is therefore to scope the users, workflows, risks, deliverables, and required validation first, rather than applying a fixed timeline to the product type.
Healthcare UX Design by Product Type
Healthcare UX looks very different depending on what you are designing. An EHR has to support complex clinical workflows, while a patient portal needs to make personal health information understandable and actionable. And then there is a telehealth platform that has to work across two environments at once, and a medical device may have safety-critical interactions.
The right design decisions therefore depend on the users, tasks, context and consequences of failure.
1. EHR and Clinical Workflow UX
EHR UX is fundamentally about helping clinicians find information, make decisions and document care without unnecessary friction. Doctors, nurses, allied health professionals and other clinical users may all interact with the same system, but their workflows are not interchangeable.
Common problems include documentation burden, difficult information retrieval, fragmented workflows, and interfaces that reflect the structure of the underlying system rather than the way clinicians think about a patient.
Good EHR UX starts with the clinical task. Relevant information should be easy to find, frequently used actions should require minimal effort, and automatically populated information should be clearly identifiable. Handoffs and transitions between roles also need to be designed as part of the workflow rather than treated as an afterthought.
2. Patient Portal UX
Patient portals bring a different challenge. The user may be accessing sensitive information while anxious, unfamiliar with medical terminology, or simply trying to complete one task quickly.
Here, common friction points include registration and identity verification, finding information, understanding test results, messaging clinicians, and managing access on behalf of another person.
A good portal makes the most important tasks obvious. Results should provide enough context for patients to understand what they are seeing, messaging should be routed appropriately, and caregiver or proxy access should be clear without compromising the patient's privacy.
3. Telehealth and Telemedicine UX
Telehealth UX has to connect two different environments: the patient's and the clinician's. A technically sound platform can still produce a poor experience if patients cannot join the visit, do not know when the clinician will arrive, or are left without a clear next step afterwards.
Common problems include connection and device issues, unclear waiting experiences, accessibility barriers, and poor transitions between virtual and in-person care.
The best telehealth experiences prepare users before the appointment begins. A technical check, clear joining instructions, appropriate support, and a useful waiting experience can reduce avoidable friction. The consultation should also end with a clear plan covering prescriptions, referrals, follow-up appointments or escalation to in-person care.
4. Mobile Healthcare App UX
Mobile healthcare apps have to work around the realities of mobile use. Patients may be interrupted, using the product one-handed, dealing with poor connectivity, or trying to complete a task while unwell.
Authentication, long forms, notifications, and loss of progress can quickly turn a simple task into a frustrating one. Good mobile UX saves progress, supports appropriate authentication methods, handles connectivity problems gracefully, and respects system-level accessibility settings such as text scaling.
Notifications also need particular care. A healthcare app should not treat notifications like promotional messages. Users need to understand what requires attention, why it matters, and what they should do next.
Also Read: The Ultimate Guide to UI/UX Design for Mobile Apps in 2026
5. Healthcare Website UX
A healthcare website often sits at the beginning of the patient journey. People may arrive looking for a provider, checking whether a service is available, booking an appointment, understanding costs, or finding practical information.
The biggest UX problem is often not visual design but whether the site helps people complete those tasks.
- Provider directories should make relevant information easy to compare.
- Appointment pathways should make the next step clear.
- Insurance and payment information should be understandable and located where people need it.
Clear service information, accessibility, location details, and straightforward contact or booking options can reduce unnecessary friction before care even begins.
6. Wearables and Remote Patient Monitoring
Wearables and remote monitoring products introduce a different UX challenge because they can generate data continuously or at much higher frequency than traditional manual measurements.
For patients, the experience needs to make monitoring manageable. And for clinicians, the challenge is turning large amounts of incoming data into information that can actually support care.
A strong design therefore considers both sides of the system. Patient interfaces should explain trends and actionable information rather than simply displaying raw measurements. Clinician interfaces need useful prioritisation, context and workflows for reviewing exceptions.
Alert design is particularly important. High volumes of low-value alerts can contribute to alert fatigue, making it harder for clinicians to notice the alerts that require action.
7. Clinical Decision Support and AI-assisted Healthcare Tools
Clinical decision-support systems and AI-assisted tools introduce a different problem. The interface has to help clinicians use recommendations appropriately without encouraging blind trust or unnecessary dismissal.
Good design makes the source and context of a recommendation clear. Where appropriate, users should be able to see the information that informed it, understand its limitations, and override it when clinical judgment requires something different.
Alert fatigue is already a well-established challenge in clinical decision support. Large proportions of some types of alerts are overridden, often because they are irrelevant, poorly timed, or not sufficiently actionable. A high override rate therefore needs investigation rather than being treated automatically as either success or failure.
For AI-generated content, the interface should also make it clear when information has been generated or assisted by AI and preserve appropriate human oversight.
8. Medical Device Interface UX
Medical device UX has an additional layer of responsibility because the interface may be part of a safety-critical system. Depending on the device, users may include clinicians, patients or caregivers, and the product may need to work in demanding physical environments.
Design needs to account for factors such as visibility, physical controls, gloves, movement, lighting, alarms, and the user's level of experience.
The interface should be designed together with the physical device and the broader use environment rather than treated as a visual layer added at the end. For regulated products, usability engineering and validation also need to be considered as part of the product-development process.
9. Payer, Benefits and Revenue-cycle UX
Healthcare UX also extends into the financial side of care. Patients interact with insurers and benefits systems to understand coverage and costs, while providers and payer teams use complex workflows for claims, eligibility, and prior authorisation.
The experience breaks down when information is difficult to understand, status is unclear, or users have to repeat the same information across multiple systems.
Better UX can make benefits and cost information easier to understand, give people visibility into the status of requests, and reduce unnecessary back-and-forth between patients, providers, and payer teams.
For prior authorisation in particular, the experience needs to work for both sides of the transaction. A patient may need to know whether a treatment is covered, while a provider needs to understand what information is required and where the request stands.
Designing Healthcare That Works for People
Healthcare is complex enough without making people work harder to navigate it. Good UX can make a patient’s next step clearer, help a clinician spend less time fighting the system, and make digital healthcare easier to access and trust.
The best healthcare experiences don’t just look good on a screen. They understand the people using them, the workflows behind them, and what is at stake when something goes wrong.
At Onething Design, we bring this thinking to healthcare products across patient experiences, complex workflows, and design systems. If you're building, redesigning, or scaling a healthcare product, we'd be happy to help you find the friction, understand what your users need, and turn those insights into a better experience.
Working on a healthcare experience that could be better? Get in touch with our team. We’d love to hear what you’re working on.