Project Screenshot

A platform that allows patients to book appointments with doctors and hospitals

  • Idea

    Haris Aghadi, the CEO of, was looking into booking and scheduling software development integrated with the database. A database of hospitals and doctors in Qatar, Dubai, and Bahrain. Through the website, patients can book appointments with medical specialists who provide various healthcare services. The finished appointment scheduling and management system, which is integrated with the database, allows hospital administrators to schedule appointments for patients with their chosen specialists, thus providing a higher level of patient care and better hospital management. The platform also lets patients view doctors’ schedules and book appointments directly through the website.

  • Analysis

    The importance of proper management in healthcare is undeniable. The way hospitals maintain their inside operations directly influences the quality of care they provide to their patients. Scheduling platforms such as the one we developed for allow hospitals to eliminate discrepancies, facilitate better time management for their staff, and make medical appointments comfortable and convenient for everyone.

  • Achievements and plans

    Meddy started off as a course project. But just over three years since they launched, they had attracted more than 2,000 doctors and facilitated over 50,000 visits. In 2017, Meddy raised $560,000 in a Pre Series A funding. In 2019, Meddy was able to raise $2.5 million during the Series A funding stage. In late 2019, Meddy was the biggest player of this kind in Qatar. The year before, they presented their platform to a larger audience by expanding it to the United Arab Emirates (UAE). What's more, Haris Aghadi announced plans to continue expanding to more countries. In the future, they plan to make Meddy available across all countries in the Gulf Cooperation Council (GCC). 


    If you're interested in more information about Meddy's funding, read:

    - Meddy: A Doha-based booking platform for Doctors that was born out of a university project
    - Meddy raises $2.5 million Series A for its doctor booking platform

User Roles

Hospital administrator

Administrators can create and manage work schedules of hospital staff. They’re able to work with multiple hospitals via a convenient filtering system.

Hospital receptionist

Hospital receptionists can set and edit appointments as well as control appointment statuses (finished, canceled, etc.).


Doctors can create profiles indicating their experience and can choose the time and date for appointments.


Patients can search for doctors by filtering by specialization, insurance, treatment, and more. They can also book appointments with doctors directly, call doctors, and leave reviews with ratings. Patients can tie their profiles to their phone numbers to let basic information be pulled from the database automatically.


Mid 2017 - Mid 2018
Backend - 2 Frontend - 2 UI - 1 UX - 1 PM - 1 QA - 1
Designed the UI/UX

When we started working on the scheduling app, there was already a simple booking system in place that let patients fill in their phone number and get a call from a hospital receptionist. We needed to work with this existing architecture. Thus, when making improvements, it was vital that the changes we introduced were subtle.

For the UI, our main task was to design the dashboard. Using the existing color palette and style, we created a minimalist, simple, and clear design with a couple of neat colorful illustrations.

As with our other projects, the first thing we did was selected several of the most important screens (weekly calendar view, login page, and time shift setup) and designed them. After getting our client’s approval, we were able to create a graphical user interface (GUI) kit containing all chosen design elements: color palette, typography, buttons, inputs, drop-down lists, checkboxes, and so on along with their states (default, hover, disable, selected, etc.). With the GUI kit in place, we quickly finished designing the rest of the app’s pages.

Defined the server architecture

When building the Django server for, our goal was to provide smooth appointment management across all hospitals and countries. Using the Django REST Framework, the server provides access to the application’s feature set.

For the application to operate properly, the dashboard needs to receive data from the API, which gives access to lists of registered doctors, hospitals, and receptionists. For this, we used CoreAPI, which receives data from the database, validates it, and then sends it back to the Django server after converting it to the proper format.

Because sending many requests to the main website takes quite a lot of time, we used a Redis cache to decrease the number of requests and make everything work faster.

Developed the frontend

By implementing the latest version of Angular, we made the application flexible and easy to extend. To make sure that each separate page would only be loaded on demand, we implemented Lazy Loading. For data control, we used Ngrx based on the Redux architecture, which uses RxJS to provide the full power of reactive programming.

Less and Bootstrap helped us manage styles. We were also able to customize the view using various packages such as FullCalendar, Datepicker, and Perfect-Scrollbar.

Implemented features

In, patients can tie their profiles to their phone numbers. After doing so, they don’t need to answer the same questions every time they schedule an appointment as basic information is pulled from the database automatically. This feature is especially comfortable for families, as it allows a parent to be registered under the same phone number as their children. When making an appointment, administrators can type in a client’s phone number and choose a patient associated with that account from a drop-down menu.

The application allows hospital receptionists to manage staff schedules by setting appointments, editing appointments, and controlling appointment statuses (finished, cancelled, etc.).

The application displays doctors’ schedules visually in an aesthetically pleasing way, allowing both patients and hospital administrators to comfortably monitor staff availability.

With the help of a multilevel Working Period – Working Days – Working Hours structure, we gave administrators the ability to create and manage work schedules of hospital staff.

As administrators are able to work with multiple hospitals, we introduced a filtration system so that they can choose one facility at a time and work only with doctors and patients registered there, thus eliminating potential confusion.

Technology Stack

Python icon
Angular icon
Django icon
REST Framework icon
REST Framework