Kakha Tezelashvili

The system was built by loosely coupled event-driven microservices. As a communication mechanism between services, we used the choreography approach. The main challenge was properly decomposing the existing monolith application to avoid operating problems on the market.

We created a plan that lasted for three years. The main idea was to fully eliminate the monolith system from usage by the end of the plan. By the time I left the bank, approximately 50% of the roadmap was completed, plus all architectural decisions were made, together with code conventions and design patterns.

A service-oriented system implemented with .NET Core 3.1. It included several services that provided end users with withdrawal and deposit capabilities. The system's core comprised a rule engine, authorization and payment services, and background jobs that monitored uncompleted transactions to put them in an appropriate state.

An eCommerce system was running in Germany, enabling users to buy modern hearing aid devices through our platform.

The project included several dedicated teams. I developed various integration points to fetch appropriate data and seed our database with it. I was frequently involved in architectural discussions such as decreasing coupling between teams and introducing workflow optimization strategies.

A .NET-based application that is comprised of reach UI interface and multi-project back-end solution. The software was used in hospitals to track and monitor the sterilization process of medical tools, such as scissors and others. Initially, it was developed using the Delphi programming language, but by the time I arrived, the whole solution was being rewritten in the .NET stack.