Modern users want to have everything “in one place”: doctor's appointments, test results storage, medication orders — without downloading a bunch of different apps.

The client (a virtual clinic/telemedicine startup) set the task: to create a medical app that would combine key functions and be simple, reliable, and user-friendly for users of all ages.

Conducted interviews / surveys of potential users, identified key pain points: “difficult to store medical data,” “too many apps for different tasks.”

Studied competitors (telemedicine) and best practices in UI/UX for medical applications.

Designed user flows: registration → service selection → payment/medication order → results viewing → consultation.

Identified key screens and connections between them.

Created screen layouts: registration/authorization, home screen, profile, medication catalog, order, chat/video consultation, test results.

Used a minimalist style, light colors (mint, blue, lavender), convenient navigation, and clear CTAs.

Prototyped scenarios within Figma and received feedback from friends/colleagues/users (e.g., on the convenience of navigation, icons, paths).

Made edits: eliminated unnecessary steps, simplified interfaces, improved readability.

Registration and authorization (email)

Home screen with services: consultations, pharmacy, tests

User profile with medical history

Online consultations: list of doctors, filters by specialty, chat/video calls

Ordering medications: catalog, shopping cart, payment

Uploading and managing tests/medical data

Navigation between screens, intuitive controls

Simplify access to medical services and combine everything in one application

Reduce the time spent searching for a doctor/making an appointment/ordering medication

Increase user satisfaction through a convenient UX

Create a design that is ready for further development and expansion of features

Integration with medical systems and electronic cards

Implementation of push notifications, reminders about appointments / repeat prescriptions

Addition of health analytics, tracking of indicators

Improvement of the interface, addition of adaptability for different types of devices