1. Developed cloud-based software to automate the economic potential of building sites, with the added capability to rapidly generate thousands of architectural solutions in seconds.

Technologies: TypeScript, Next.JS, Node JS, entity component system, Three.JS (react-three-fiber), C#, PostgreSQL, styled-components.

2. Leveraging the Genetic Algorithm (GA), I developed and implemented a methodology for architectural design, including flexible evaluation and verification systems. This approach provides clients with informed and high quality solutions while demonstrating their evolutionary development.

Technologies: TypeScript, Node.JS, Three.JS, GA (Genetic Algorithm) algorithms and other algorithms for working with geometry and data analysis.

3. Developed a unique "bin packing" algorithm for landscaping projects. It not only efficiently places geometric elements in a given contour but also analyses their best urban layout, reducing the time for developing effective complex design solutions by 5 times.

Technologies: TypeScript, Genetic Algorithm (GA), Simulated Annealing (SA), The Guillotine algorithm, Best Fit Decreasing (BFD).

Co-founder & CTO

1. Developed a methodology that divides the house design process into modules, each following its own rules, complemented by tools for analysing existing architectural designs.

Technologies: TypeScript, Node.JS, Python, Grasshopper, GA, Magnetising Algorithm, Treemap, Guillotine and other algorithms.

2. Led as CTO, managing a team of 2+ specialists (developers and architects) and establishing an optimised process for sharing data and hypotheses within the team.

1. Developed a methodology for efficient streaming of geometric data, ensuring high performance and reliability of map information.

Technologies: Next.JS, Prisma, Mapbox, @antv/l7, rRPC, ECS

2. Created tools that allow users to collaborate in real time, sharing data and resources without delay.

Technologies: WebRTC, LiveBlocks.