I am an informatics student with hands-on experience in data-driven engineering, analytical modeling, and applied software development. My work combines software engineering, data analysis, and algorithmic thinking to solve complex technical problems and build practical, reliable solutions.
I work across the full lifecycle of technical systems: from data processing, mathematical modeling, and optimization to backend development, automation, and user-facing tools. My experience includes geodata and mobility analytics, transport modeling with GTFS data, time-dependent routing, computer vision pipelines, and applied machine learning.
With a background spanning both engineering and computer science, I bring a structured and research-oriented approach to every project. I focus on turning messy data and difficult requirements into clear models, efficient systems, and measurable results.
Broadly focused on software engineering, algorithms, full-stack web development, data science, artificial intelligence, cloud computing, and geoinformatics, with strong practical emphasis on applied software projects and analytical problem solving.
Specialized in mathematical modeling, statistical analysis, uncertainty assessment, and data-driven pattern recognition applied to geological and reservoir systems.
Supporting research and applied analytical work in geodata and informatics, with a focus on mathematical modeling, spatial data analysis, transport analytics, and algorithmic problem solving.
Worked in an engineering role with a strong focus on data analysis, statistics, automation, and predictive modeling for geological and reservoir-related tasks.

Star Pilots
Improved and refactored version of the original university project: a cooperative two-player board game implemented in Java and LibGDX. Reworked into a layered architecture (domain/application/ui) with Command + State Machine + Observer patterns, JSON-driven campaigns, centralized resource management, and browser deployment via TeaVM with Docker/Nginx hosting.

Team-A Training Club
End-to-end development of a comprehensive platform from UI/UX design to backend implementation. Built with Laravel for robust server-side logic and React for a dynamic, responsive user interface, containerized with Docker. Features include advanced user management, role-based access control, and real-time data synchronization.

TERMINator
Cloud-native web application built with containerized architecture for high availability and horizontal scaling. Leverages Docker for consistent deployment environments and Kubernetes for orchestration, auto-scaling, and fail-safety. Implements microservices architecture with service mesh for resilient inter-service communication.

GTFS Time-Dependent Pathfinder
Python tool to compute shortest paths on public transit networks from GTFS feeds using time-dependent Dijkstra that respects real timetables (departures/arrivals/transfers) including overnight times (>24:00:00). Implements GTFS loading with Parquet caching, builds a time-dependent graph, supports forward (earliest arrival) and backward (latest departure) variants, and includes unit/integration tests.

Multimodal AI for Checkers
End-to-end pipeline to fine-tune a Vision-Language Model to understand and play International Checkers from board screenshots. Includes bot-vs-bot gameplay for data generation, structured VQA dataset creation, LoRA fine-tuning of Qwen2-VL-2B, and evaluation comparing pre- vs post-training; exposes interaction via a Flask API.

DJI Drone SAR/Security System
Server-side architecture for processing live camera data from a DJI drone system with real-time person detection (YOLO). Built a complete backend pipeline plus Telegram/Discord bots, alerting, and a Streamlit web interface for monitoring and alarms
If you would like to collaborate or discuss an opportunity, reach me via email or LinkedIn
© 2026 Nikolai Krysin
Designed and built by me and my wife