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How To Build A Medical Appointment App

create medical app

Aging populations increase the workload on healthcare delivery systems in all mature market economies. This increased load has several impacts, one of which is the growing difficulty patients face to get a doctor’s appointment.

As I explained in “How to build a medical app for doctors”, the healthcare industry is rushing to use technology to make life easier for patients. Apps that help patients get a doctor’s appointment are great examples of this.

There are a growing number of medical appointment apps, consequently, entrepreneurs are having to work harder to create apps that can make a mark in this lucrative market.

If you are one such entrepreneur, this guide on how to build a medical appointment app is a must-read for you!

Contents

An example of a medical appointment app
Building a medical appointment app
Planning to launch your medical appointment app?

An example of a medical appointment app

create medical app

You need clarity over what you should offer to stakeholders, therefore, you first need to review an example of a medical appointment app. Zocdoc is a great example, which is available on the web, Android, and iOS.

This popular app offers the following features:

  • Patients can search for a “Primary Care Physician” (PCP) using this app.
  • Zocdoc supports searching doctors for many specialties, e.g., OBGYN specialists, dentists, dermatologists, ENT specialists, gastroenterologists, psychiatrists, etc.
  • Patients can find nearby doctors in their network, browse doctor reviews by other patients, and book appointments.
  • Doctors list their practices with Zocdoc and increase their reach, moreover, they can engage new patients and enhance their online reputation.
  • Zocdoc serves major US cities like New York, Chicago, Atlanta, Houston, Washington DC, Dallas, Denver, and more.
  • Patients can check whether a doctor accepts the healthcare insurance they have, and the app provides filtered search capabilities for this.
  • This app includes doctors in the networks of major health insurance companies like Aetna, Aetna Dental, Anthem BCBS, BCBS, BCBS Dental, Cigna, Cigna Dental, Humana, Metlife, UnitedHealthcare, etc.
  • Patients can book appointments according to their schedules, moreover, Zocdoc supports same-day appointments.
  • Zocdoc allows patients to fill their waiting room forms online.
  • This app uses industry-standard security features.
  • Patients can set-up and receive reminders so that they don’t forget to book appointments.

You can review the Zocdoc Android app to understand more about it, furthermore, you can review its iOS app.

Building a medical appointment app

create medical appointment app

I will now explain the steps to build a medical appointment app, which are as follows:

1. Initiate project planning

Onboard a project manager (PM), an IT architect, and a team of business analysts (BAs), and look for people experienced in the healthcare industry. Initiate the project planning exercise with the help of this team. Focus on the following:

  • Defining the project scope: I recommend that you offer features like Zocdoc, and launch a web, an Android, and an iOS app.
  • Choosing the right project methodology: Web and mobile apps are “Systems of Engagement” (SoEs). Use the Agile methodology, which works well for such projects, as I have explained in “Waterfall vs Agile: Which methodology is right for your project”.

2. Prioritize features for your MVP

Launch a “Minimum Viable Product” (MVP) with minimal features and validate your assumptions with the help of market feedback. You can enhance the app based on the market feedback, however, you need to prioritize features to offer in the MVP. Do the following:

  • Identify how each proposed feature addresses the customer pain points, using tools like “Pain and gain maps”.
  • Prioritize features based on the value they offer to your users, and use tools like “Prioritization matrix” for this.

Read our guide “5 tips to create a sleek MVP” for more insights.

3. Define a software development approach

Plan to achieve success by adopting a pragmatic app development approach, as I had explained in “What is the best development approach to guarantee the success of your app?”. Focus on the following:

  • Secure your app from cybersecurity threats.
  • Utilize managed cloud services platforms like “Platform-as-a-Service” (PaaS) and “Mobile-Backend-as-a-Service” (MBaaS) to reduce your IT infrastructure management efforts.
  • Create native Android and iOS apps so that you can offer the best user experience and performance to your users.
  • Use js to create a scalable and performant web app.
  • Use reputed 3rd party APIs to implement non-core features, however, develop your APIs for implementing the core features.
  • Improve your test coverage by using a mobile device and browser lab on the cloud.
  • You might want to support more languages later, therefore, use the app internationalization guidelines while designing and developing your app. Read more about these guidelines in “The ultimate guide to mobile app internationalization”.

4. Onboard the development team and organize it

You need to onboard the following roles to build the complete development team:

  • UI designers;
  • Web developers with Node.js skills;
  • Android Java developers;
  • iOS developers with Swift skills;
  • Testers;
  • DevOps engineers.

Our guide “How to find a good software developer” can help you to find competent developers.

Foster collaboration to make the function as a cohesive unit, and I recommend that you use the “Scrum” technique for this. It’s a time-tested technique to manage Agile projects, which works as follows:

  • “Scrum teams” are cross-functional teams where developers and testers work together, and the PM performs the “Scrum Master” role.
  • A “Product owner” provides the requirements in a document called the “Product Backlog”, and the team estimates them.
  • The team schedules these requirements in iterations, which are called “Sprints”.
  • Scrum teams are empowered, and they hold “Daily stand-up meetings” to discuss the project status and resolve issues.
  • Business stakeholders approve a sprint in a meeting called the “Sprint review meeting” after the team demonstrates a functional app.

Read our guide “How to build a Scrum development team?” for more insights, and use Asana, the modern PM tool to manage this project.

5. Prepare to secure your app

Apps catering to the healthcare sector process sensitive information like PHI, therefore, they are subject to stringent regulations like HIPAA. Information security is a key concern of such regulations, therefore, prepare to secure your app. You need to do the following:

  • Store sensitive information on a private cloud. You can run your other workloads on a public cloud, therefore, consider a hybrid cloud deployment.
  • Use multi-factor authentication (MFA), which eliminates your over-reliance on passwords.
  • Incorporate industry-standard encryption algorithms like AES-256 in your app.
  • Proactively mitigate application security risks. The “Open Web Application Security Project (OWASP) top 10 application security risks – 2017” report can guide you.
  • Use next-generation firewalls and antivirus solutions.
  • Secure your APIs using techniques like authentication tokens, encryption, quotas, throttling, and secure gateways.
  • Use real-time threat intelligence solutions.
  • Embrace “compliance-as-code”, which enables you to incorporate security/compliance testing early in your CI/CD pipeline. Read “Compliance-as-code: Addressing compliance challenges through automation” for more insights.

6. Find the right managed cloud platforms

I recommend that you eliminate your IT infrastructure management effort with the help of the following:

  • A PaaS platform for developing your web app;
  • An MBaaS platform for developing your mobile app.

In addition to managing the cloud infrastructure, middleware, operating system, and runtime environment, reputed PaaS platforms offer the following advantages:

  • You can easily scale your web app when you use a PaaS, as I have explained in “10 top PaaS providers for 2020”.
  • PaaS platforms offer excellent DevOps tools, moreover, they make it easier to integrate APIs.
  • You can easily add database resources to your web app.

Sign-up with AWS Elastic Beanstalk, a popular PaaS platform.

MBaaS platforms manage the cloud infrastructure and persistent storage, therefore, you don’t need to undertake the time-consuming tasks of building and managing the mobile backend. They also offer the following advantages:

  • You can easily implement features like security, user management, and “push notifications” when using an MBaaS platform.
  • MBaaS platforms make it easy to scale your mobile app, as I have elaborated in “How to choose the best Mobile Backend as a Service (MBaaS)?”.
  • You can easily integrate APIs when using an MBaaS platform.

Use AWS Amplify, a feature-rich MBaaS platform in this project.

7. Develop APIs for your core features

Utilize the full range of your business capabilities while implementing your core features, e.g.:

  • Displaying doctors belonging to the networks of various health plans;
  • Letting doctors list their practices in your app;
  • Enabling patients to browse a list of doctors and book an appointment.

Create APIs that reflect your business capabilities, by taking the following steps:

  • Use your AWS account to host your APIs.
  • Choose the right database for API development. I recommend PostgreSQL as the RDBMS and MongoDB as the NoSQL database.
  • Code and test the APIs using Postman, moreover, document them using Swagger.
  • Secure your APIs using the techniques I have elaborated earlier.
  • Manage the API development, staging, and production environments effectively.
  • Design the URL paths for the APIs, and create rules for API requests and responses.

Read our guide “How to build RESTful API for your mobile app?” for more insights.

8. Use 3rd party APIs to implement your non-core features

Your app needs the “push notifications” feature to improve user engagement, and it’s a non-core feature. I recommend that you use a market-leading bulk-SMS API solution to implement this feature easily.

Twilio has the right solution for this, and I recommend that you sign-up for its “Programmable SMS” offering. Read “Messaging services and Copilot” to learn how you can use this API solution.

9. Find a mobile device and browser lab on the cloud

Ensure that your mobile apps work with all applicable devices, and test the apps against a wide range of mobile devices for this. A mobile device and browser lab on the cloud can help.

Use pCloudy. It has a mobile device and browser lab on the cloud with over 5,000 device/browser combinations, moreover, pCloudy is easy to use.

10. Design user-friendly user interfaces for your web and mobile apps

Use appropriate best practices and guidelines so that you can offer user-friendly UIs to your users. You can consult the following resources:

11. Code, test, and deploy your planned web app

As I have recommended, use Node.js to code your web app. This popular open-source runtime environment has a vibrant developer community supporting it, and this community has created thousands of useful open-source tools and frameworks. I have explained the advantages of using Node.js in “10 great tools for Node.Js software development”.

Take the following steps:

12. Develop the planned Android app

Java is a popular choice of language for Android development, therefore, I recommend that you use it. You need to take the following steps:

  • Use Android Studio, which is the preferred IDE for Android development.
  • Integrate your APIs into the app, moreover, integrate the Twilio “Programmable SMS” API.
  • Test the app using Espresso, furthermore, use the pCloudy mobile device lab on the cloud.
  • Publish your app to Google Play, by following the instructions in “Publish your app”.

13. Code, test, and deploy your planned iOS app

I recommend that you code the planned iOS app using Swift. It’s a feature-rich modern language, which helps programmers to eliminate common bugs. I have explained its advantages in “How to migrate your Objective-C project to Swift?”.

Take the following steps:

  • Use Xcode, which is the IDE preferred for developing apps for the Apple platforms.
  • Integrate the APIs.
  • Use XCTest and the pCloudy mobile device lab on the cloud for testing the app.
  • Follow the instructions in “Submit your apps to the App Store” and publish the app to Apple App Store.

 

Planning to launch your medical appointment app?

While the market for medical appointment apps is growing, it’s also a competitive market. You need to develop an app that stands out, which could be a challenging task. I recommend that you engage a reputed software development company for such projects, and use our guide “How to find the best software development company?” to find one.