Software & Robotics Developer
TypeScript / React / Next.js / NestJS · ROS 2 / C++ / Python · UAV autonomy · Computer Vision
I build practical software systems across two connected areas: full-stack product development and robotics/autonomous systems.
My strongest direction is engineering reliable systems end-to-end: clear architecture, modular code, APIs, web/mobile interfaces, Linux/Docker workflows, and robotics software that can be tested, measured, and integrated with real hardware.
Currently focused on combining software engineering depth with UAV autonomy work: mission flow, target detection/lock/tracking behavior, MAVLink/Pixhawk workflows, and ROS 2-based simulation/validation.
- Frontend: React.js, Next.js, TypeScript, React Native, Expo, Tailwind CSS
- Backend: Node.js, NestJS, REST APIs, JWT/RBAC, WebSockets, Swagger
- Data & Infrastructure: PostgreSQL, MongoDB, Prisma, Redis, Docker, Docker Compose, Linux, Nginx
- Engineering practice: modular architecture, debugging, API design, validation, testing workflows, Git/GitHub
- ROS 2 / ROS Noetic, C++, Python, simulation-first development
- UAV mission workflows, MAVLink/Pixhawk integration, ground-control tooling
- Computer vision with OpenCV/YOLO, target detection/tracking, LiDAR/camera calibration
- Supervisor/state-machine thinking, failsafe logic, latency and behavior validation
Full-stack and mobile software work for an agricultural platform recognized with first place at TEKNOFEST.
- Role-based mobile flows for Admin, Farmer, and Buyer users
- React Native, Expo, TypeScript, Redux Toolkit
- NestJS REST API modules with JWT authentication, authorization, validation, Swagger, and file handling
- PostgreSQL + Prisma, Docker Compose, Redis, migrations, seed scripts, Jest/Supertest workflows
Related repositories:
Responsive multi-panel trading interface built with modern React/Next.js tooling.
- Next.js, React, TypeScript, Tailwind CSS, charting/UI components
- Responsive layouts, chart controls, validated forms, reusable frontend modules
Related repository:
Competition-oriented autonomy software for UAV mission execution, target detection, lock/tracking workflows, and flight-computer integration.
- Mission manager and interface packages
- Simulation-first validation and latency-focused testing
- MAVLink/Pixhawk-oriented control workflows
- Computer-vision-based target detection and tracking experiments
Related repositories:
VaryansGC— cross-platform UAV ground control station work based on QGroundControl conceptstetra_calibration— LiDAR/camera calibration experimentsTetra_Otonom— ROS Noetic robotics exercises: Gazebo, LiDAR obstacle behavior, object detection
- Programmer / mechatronics-oriented engineering foundation
- TEKNOFEST software and UAV/autonomy project experience
- Comfortable moving between product software, backend systems, Linux deployment, and robotics integration
- Languages: Kazakh, Turkish, Mongolian, English
- Portfolio: huzarh.github.io
- GitHub: github.com/huzarh
- LinkedIn: linkedin.com/in/uzeyiraskyer

