Was developed a BIM-based software system to streamline the lifecycle management of construction components, enhancing efficiency, organization, and quality through integrated tracking and management tools.

Successfully determined elevator positions, processed data from thousands of elevators simultaneously, and optimized maintenance scheduling by assessing shaft lighting.

The Dashboards module was developed to analyze and summarize information from various sources, with the ability to plot graphs and statistics for data processing

The challenge was managing numerous single-tenant installations and ensuring scalable, on-demand environments for customer's growing development teams. By migrating to Kubernetes, we achieved seamless orchestration of microservices, automatic disaster recovery, and efficient service discovery, resulting in a robust, scalable cloud solution that supported customer's dynamic development needs.

A software solution was developed to automate the process of controlling the timeliness of component replacement. The system allows visualisation of the tunnelling boring machine with the components placed on it.

Was designed a module to document work on TBM (Tunnel Boring Machine) systems. Each protocol includes details about different shifts, responsible personnel, and a comprehensive work diagram. The diagram facilitates seamless integration of manual entries and automatic TBM machine states, allowing users to document tasks and attach files for comprehensive documentation.