Building at the intersection of biology, engineering, and software. Lab automation, biomedical systems, and tools that push the boundary of what's possible.
I'm Ozer, a researcher working at the crossroads of biomedical engineering, automation, and software. My work lives in the lab — but my tools are built in code.
At the Ozbolat Lab, I design and build custom instrumentation: ventilated incubation platforms, peristaltic pump controllers, multi-camera streaming systems, and the firmware that ties it all together.
I believe the best research tools are the ones you build yourself — because nobody else knows exactly what you need.
Custom-built platforms for incubation, liquid handling, and biomedical workflows. Klipper firmware, CoreXY kinematics, sensorless homing.
Bioreactor design, PDMS membrane fabrication, tissue engineering platforms, and controlled environment systems.
Flask APIs, PyQt5 desktop apps, web dashboards, Firebase real-time apps, and systemd-managed services on Raspberry Pi.
ESP32 controllers, Arduino sensor logging, USB/serial device management, udev rules, and Tailscale remote access.
Multi-camera streaming with ustreamer, camera rail automation via Klipper macros, and browser-based live switching interfaces.
InfluxDB + Grafana pipelines for long-term sensor logging. CO₂, temperature, and humidity dashboards from lab instruments.
A short description of what this project is, what problem it solves, and what makes it interesting. Add your own details here.
A short description of what this project is, what problem it solves, and what makes it interesting. Add your own details here.
A short description of what this project is, what problem it solves, and what makes it interesting. Add your own details here.
Whether it's a research collaboration, a hardware project, or just a conversation about building cool things — I'm always open.