01
Applied AI
LLM systems inside a workflow.
Retrieval, agents and multimodal prototypes, built around a decision someone makes every day. Where an action has consequences, the model proposes and a person confirms.
Read the cases →AI / ML Engineer
Most of my work starts with a process, not a model: something is slow, manual or hard to scale. I use LLMs, retrieval and agents where they actually improve it, and take the result from a prototype to something measurable that runs in production.
02 / Focus
The model is usually only one part of it.
01
Applied AI
Retrieval, agents and multimodal prototypes, built around a decision someone makes every day. Where an action has consequences, the model proposes and a person confirms.
Read the cases →02
Systems
Local inference, quantization, integrations and telemetry. A prototype is not finished until it is fast enough, observable and allowed to touch the data it needs.
Engineering projects →03
Research
Evaluating diffusion-model errors and testing wiring rules from C. elegans connectomes.
Research →03 / In practice
From production work. Employer, system and client names are left out.
Retrieval
In the main retrieval workflow, getting a usable answer took about 4 minutes per request. After we rebuilt retrieval around the decision people actually had to make and tuned inference for latency, it took about 5 seconds.
Read the case →Local inference
A Text-to-SQL assistant had to move inside the company perimeter onto one A100, with a target of under 10 seconds per question. On transformers it needed 2 minutes; on vLLM with FP8 quantization, 3 seconds.
Read the case →Agents
Supply, transit and export agents under one coordinator, with a person confirming every critical operation. The platform handles 5,000+ operational actions a month, with an estimated annual effect above ₽48M.
Read the case →04 / Systems
Capture and structure decisions.
Train, operate and support models.
Connect models to action.
05 / Knowledge
Course notes for Generative Models and NLP, taught at the HSE Faculty of Computer Science. Prerequisites, equations, permanent URLs and a clear progression.