Applied AI engineering
Designing AI solutions around LLMs, prompting, retrieval, agentic workflows, quality evaluation and connections to real data sources.
I am a Python developer with a strong focus on Applied AI. I currently work heavily with RAG systems, vector databases, agentic platforms, local AI solutions, AI evaluation, LangChain, LangFuse, relational databases, Docker and server infrastructure around real AI applications.
I have experience in application development, backend services, database solutions, data pipelines and automation. Today I focus mainly on practical AI implementation: from data ingestion, processing and indexing, to response evaluation and server-side operation.
Designing AI solutions around LLMs, prompting, retrieval, agentic workflows, quality evaluation and connections to real data sources.
Working with relational databases, vector databases, embeddings, document chunking, data flows and retrieval of relevant context for AI systems.
Docker, Linux/VPS, API services, background jobs, rate limiting, logging, monitoring, integrations and backend infrastructure for stable technical systems.
Not only “which model is the best”, but the whole system around the model: data, retrieval, tools, evaluation, secure integrations, infrastructure and feedback loops.
Retrieval-Augmented Generation, document bases, chunking, embeddings, hybrid search, context management and reducing hallucinations through better data.
Knowledge indexing, semantic search, embeddings, metadata filtering and designing the data layer for searching internal documents or a company knowledge base.
AI agents, tool calling, MCP concepts and connecting models to Slack, Notion, APIs, databases, file systems or custom backend tools.
Testing answer quality, tracking regressions, comparing models, datasets and prompts, and using observability tools such as LangFuse.
Composing AI workflows, chains, agents, retrievers, tools and data flows into functional applications that can be extended further.
Exploring local LLMs, model deployment on own hardware, working with VRAM limits, privacy-first solutions and local inference integrations.
I am most interested in the place where AI, Python backend, data layers, infrastructure and practical automation meet.
I prefer solutions where AI is not an isolated chatbot, but a part of a system: with data, tools, rules, evaluation, logging and a clear deployment path.
Designing a pipeline from documents through chunking, embeddings, vector index, metadata filters, retrieval strategy and model responses with quality checks and sources.
Connecting LLMs with tools, APIs, databases and internal systems. I am especially interested in turning an AI agent into a practical helper, not a random experiment.
Tracking prompts, answers, costs, latency, retrieval quality and regressions between versions. Without evaluation, an AI system is only subjectively good.
Exploring locally running LLMs, their limits, deployment on own hardware and practical use cases where data should not leave owned infrastructure.
Processing large datasets, SEC EDGAR, 13F/NPORT data, CUSIP mapping, PostgreSQL, time series, portfolio analytics and visualizations.
Linux/VPS setups, Docker, API services, async request handlers, rate limiting, logging, cron jobs and custom technical services for data and AI workflows.
This is a selection of courses, specializations and certificates that form my AI/ML foundation: machine learning, NLP, generative AI for software development, agentic systems and knowledge graphs for RAG.
A core foundation for supervised learning, regression, classification, neural networks, recommender systems, unsupervised learning and reinforcement learning.
Text classification, vector representations, working with text and NLP fundamentals that are also important for embeddings, semantic search and RAG systems.
Probabilistic models in NLP, language modeling and additional techniques needed for deeper understanding of natural language processing.
A specialization focused on practical use of generative AI in software development, team collaboration, system design and modern AI-assisted engineering.
A course focused on agentic AI systems, their design, tool use, workflows and how AI models can be connected to practical multi-step tasks.
A course on using knowledge graphs in RAG systems, connecting structured knowledge, graph databases and retrieval layers for more accurate AI answers.
I treat these certificates as evidence of systematic study, not just badges. They represent hours of work, implementation, experimentation and practical programming in areas I now use when designing AI solutions.
Working on RAG systems, agentic workflows, vector databases, local AI models, AI evaluation, the LangChain/LangFuse ecosystem and server infrastructure around AI applications.
Development of ML solutions and data tools for financial markets, time-series processing, portfolio UI and automated workflows.
Automation of trading strategies, development of tools for MT4/MT5, Python integrations, Binance API, Telegram, Discord, TradingView and system integrations via REST/TCP/HTTP.
Development of applications, server services, internal tools, database solutions, data scripts, automation and technical integrations.
I am interested in projects around RAG systems, AI agents, local LLMs, AI evaluation, vector databases, backend services, data pipelines and automation.