Amiran Melia

MTGames SDK is a C# software development kit designed for creating highly scalable turn-based games. As the project architect, I led the design and development of the core functionality. I also managed a team responsible for implementing additional features and plugins. The SDK provides a robust internal framework that allows developers to focus solely on implementing game and player logic. At the same time, it manages the complexities of horizontal scaling and distribution across diverse server environments.

The SDK is distributed as a NuGet package and features a plugin architecture, enabling customization and enhancement of its core functionalities.

I created Helm charts tailored for Kubernetes clusters to simplify deployment, ensuring efficient scaling and management of games built using this SDK. Additionally, we created an accompanying npm package that provides boilerplate code for secure communication and helper methods.

At TBC Bank, I added a new feature that enabled users to invest money in stocks. The feature is integrated with a 3rd-party service over a REST API to retrieve real-time stock prices and track stock performance. I contributed to designing the architecture and developing the back-end microservice using .NET Core and SQL Server. The solution was deployed in a Kubernetes environment.

A desktop application utilizing .NET technology to automate manual tasks performed by nurses in insurance clinics. This tool streamlines the process by scraping web pages, gathering necessary data, filling out the information, and capturing screens at each stage for maximum visibility.
The project uses Chromium Embedded Framework (CEF) to scrape and interact with JavaScript-loaded content.

integration service for custom credit cards to work in an ATM. TCP connections over Tieto Interface. Published on AWS, using SQS and .Net Core.

Scheme interpreter using the C programming language. This project involved creating a system capable of parsing and executing Scheme code. The interpreter supported various Scheme language features and included a manual garbage collector (GC) implementation.

The entire system serves as a game provider platform for games built using the MTGames SDK. As the system architect, I led the overall architecture and development process, working closely with a team of seven developers. The system is based on a microservices architecture, running on a Kubernetes cluster managed on bare metal servers.

Key technologies include GraphQL for the Backend-for-Frontend (BFF) interface, gRPC, and events for microservice communication. This project focused on high performance and scalability.

I managed the team, oversaw the implementation of the system, and handled most of the DevOps tasks, including setting up and managing the Kubernetes infrastructure. This system provides a platform for delivering games developed with the MTGames SDK to the customer.