DevOps/SRE engineer at Russian Research Center "Kurchatov Institute" / MIET and a C++ developer in the EDA world. I build infrastructure on Terraform + Ansible, set up GitLab CI pipelines, and characterize logic cells in C++. Daily driver — Gentoo.
Graduated from MIET (Moscow Institute of Electronics and Mathematics) with a BSc in Electronics and Nanoelectronics — design and development of integrated circuits. I came from the engineering world into infrastructure and development, and found my calling there.
My core stack is Linux infrastructure: Terraform + Ansible on top of Proxmox, Docker for packaging and service delivery, GitLab CI for building and shipping C++ projects, monitoring with VictoriaMetrics + Grafana.
I run Ubuntu, Debian, Manjaro, CentOS, Arch and Gentoo (Gentoo is my daily driver). Manual source rebuilds of packages — openvpn, qt, tcl, scintilla, and plenty more.
In my spare time — a homelab: Kubernetes cluster (my own Ansible roles first, then kubespray), Jenkins with webhooks, OpenVPN/WireGuard VPN servers, local LLM inference on llama.cpp.
$ tree ~/skills ~/skills ├── infrastructure │ ├── Ansible (+ molecule) │ ├── Terraform │ ├── GitLab CI │ ├── Docker / Compose │ ├── Proxmox / QEMU │ ├── Jenkins │ └── Kubernetes ├── development │ ├── C / C++ (STL, OOP) │ ├── Bash │ ├── Python │ ├── CMake │ ├── PowerShell / winrm │ ├── Tcl / Tk │ ├── Qt / Boost / GLFW │ └── gdb / Valgrind ├── sysadmin │ ├── Linux (Gentoo/Debian/…) │ ├── SSH / OpenVPN / WireGuard │ ├── VictoriaMetrics / Grafana │ ├── Prometheus / node-exporter │ ├── Nginx │ └── Git / Gitea / GitLab └── llm ├── llama.cpp (local inference) ├── Quantization (Unsloth calibration, IQ formats) └── Hybrid CPU+GPU (128GB RAM / 24GB VRAM) 4 directories, 24 files # in use: Qwen3.8 27B (IQ4_XS) · DeepSeek V4 Flash (IQ4_NL) · GLM 5.3 Flash (IQ3_XXS–IQ4_XS, Q6 attn, custom)
Electronics and nanoelectronics: design and development of integrated circuits (Moscow Institute of Electronics and Mathematics).
Git basics · Python programming · Introduction to Linux · "Practical fundamentals of programming for EDA development" (C++, Git, Boost, Qt, data processing algorithms).
Continuing my education at MIET in the Automation of Circuit Design department (EDA / circuit design automation), alongside full-time work.