Alin Alexii

A web application with TypeScript, React, Material UI, Redux, and Redux-Saga for the front end and Node.js, Express.js, and TypeORM for the back end. Data was stored inside a MySQL database.

This app handles the healthcare workflow for a medical company, having user types such as call center, doctor, patient, analyst, and administrator. The call center users create appointments for patients based on doctors' schedules employing a React calendar component.

Doctors can see their schedules and appointments and add consultations and diagnostics based on patient medical data. Patients can see their medical data from graphs drawn with Highcharts and provide doctor reviews. The analyst inputs patient data, such as calcium, magnesium, etc. The administrator can handle user information, change roles, and manage appointments and doctor's schedules.

A nutrition-tracking app helps users manage their food diary to maintain an optimum level of calories, proteins, etc. This app also has a virtual fridge from which you can choose ingredients to generate recommended recipes.

To add items to the fridge, the app has an eCommerce module, which you can add to the cart and order the ingredients. Ingredients have an expiration date, and the app notifies you if some ingredients will expire soon and gives you a recommendation for recipes you can cook based on those ingredients.

The application also has a recipe catalog for all its users, so you can add your favorite recipes to your personal list and discuss them with others. This web app was written with TypeScript, React, Material-UI, Redux, and Redux-Saga for the front end and Node.js, Express.js, and TypeORM for the back end. Data storage is inside the MySQL database.

An app written using JavaScript, TypeScript, React, Redux, Redux-Saga, and Bootstrap for the client side and the .NET stack for the server side—ASP.NET Core, Entity Framework, and SQL Server.

The app aimed to help its users socialize while learning how to code. It had two main modules—social and learning modules.

The social module behaved like a social media app, having features like posts, comments, photo galleries, friend connections, and messaging.

The learning module had a set of programming exercises with a live integrated IDE where a user could write C# code, after which they could run pre-written unit tests to check their code's correctness and time/space efficiency.

The platform also featured competition events, where an admin could create such an event within a selected period, from which users could solve given programming exercises. They would receive a score to rank up on the platform's scoreboard based on their test results.

I used Microsoft's (Roslyn) compiler for the compilation part of the platform's IDE.