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I released high quality code, fundamentally enhancing our backend API endpoints to promote efficiency and standardization.I took the lead on a critical integration project aimed at linking our application with a third-party provider. This initiative opened our company to a new market in an additional country, marking a significant milestone in our expansion strategy.I created a tool for locust testing for our QA team making it possible for them to test situations with thousands of requests per minute, or any amount of requests.

I contributed to a podcast hosting application (https://www.podnation.co/), where I enhanced stability through bug fixing and code optimization. I also contributed to an automatic podcast clip generation feature. Despite the challenge of learning Elixir within few days, I effectively used Elixir to deliver high quality code for this project.I contributed to a crypto wallet prototype project (https://www.stellar.org/) using JavaScript, React, Redux, and Stellar API. I contributed to a U.S. Military Foundation application, developed using React and Adonis, and an Electron-based application improving speech for individuals with Parkinson's disease. This application configures and calibrates a custom piece of hardware for hearing aids.

As an independent contractor, I was entrusted with the task of developing a user-friendly dentist appointment scheduling web app. For this project, I leveraged a diverse set of tools and languages including Python with Flask for backend operations, JavaScript with React and Tailwind for the frontend, PostgreSQL for database management, and Docker for application deployment on Digital Ocean.One of my key responsibilities was to produce high-quality code tailored to user needs and requirements. This included developing unique features such as a teeth-like interface that allowed patients to easily select the specific tooth they wished to discuss or receive treatment for.I was also responsible for creating intuitive user interfaces. Careful consideration was given to the demographic description of the target population to ensure that the user experience was as seamless and friendly as possible.Another significant aspect of my role was creating and implementing a comprehensive database model to satisfy user needs. This involved careful design of the database to accommodate various user roles including patients, doctors, appointments, and treatments, in PostgreSQL, a relational database management system.

In my role as a developer for an occupational accident module for a national electric supply company, I utilized tools including C#, .Net Core, Typescript, Angular, and Ionic. This project presented a unique challenge - the need to learn and apply C# and .Net within a single month. Despite the short timeframe, I was able to quickly grasp these new languages, enabling me to produce high-quality code that met the user's needs and the company's standards.I was tasked with creating, refactoring, and maintaining the system's code. A significant part of my contribution was updating the database model to improve the representation of accident interconnections, resulting in more specific accident reports.On the front-end, I redesigned the user interface, implementing a new, more intuitive accident selection based on the improved model. This was in addition to creating and consuming internal and external APIs, enhancing the system's functionality.Part of my role was to document the development process meticulously, creating and updating wikis. I also contributed to agile project management artifacts like user stories and Kanban boards.