Hello, I'm
I build real-world AI systems, scalable backend architectures, and intelligent solutions.
Computer Vision, Robotics, and Embedded Systems Engineer with practical experience in autonomous systems, robotic software development, embedded programming, and AI-powered perception.
Experienced in designing and developing computer vision pipelines, robotic applications, and embedded solutions using ROS 2, Gazebo, OpenCV, PyTorch, YOLO, microcontrollers, and modern AI frameworks. Worked on projects involving UAVs, UGVs, satellite technologies, intelligent monitoring systems, and autonomous inspection platforms.
Passionate about building intelligent systems that combine perception, autonomy, and real-world deployment.
A selection of projects in AI, computer vision, robotics, and systems engineering.
Multimodal AI smart school system for real-time student monitoring using cameras, smartwatch data, and academic analytics. Includes YOLOv8 engagement detection, MediaPipe Face Mesh focus analysis, dashboards, and AI-generated reports.
Distributed multi-robot inspection system using ROS 2 and Gazebo for autonomous solar farm inspection, UAV–UGV cooperation, task allocation, inter-robot communication, and AI-driven fault analysis.
End-to-end satellite imaging pipeline combining SDR-based satellite signal acquisition, image reconstruction, classical computer vision, and deep learning analysis for satellite imagery.
Reinforcement learning project for robotic manipulation, comparing PPO and SAC+HER on Fetch environments and achieving up to 98% success rate in pick-and-place tasks.
Unix-like shell implemented in C with pipes, redirections, environment variable expansion, custom lexer/parser, process execution, file descriptors, and signal handling.
Robust IRC server in C++98 using a non-blocking poll() architecture, supporting multiple concurrent clients, authentication, channel management, messaging, and core IRC protocol features.
A simple 3D maze game built using raycasting in C. The engine parses a 2D map from a .cub file and renders a real-time first-person view inspired by early 3D games like Wolfenstein.
Technologies and tools I use to build intelligent autonomous systems.
Roles, responsibilities, and milestones.
Degrees, institutions, and academic milestones.
Courses, certifications, and credentials I've earned.
Download my full CV to see my complete professional background, education, projects, and skills.
Last updated: [04 2026]
Whether you have a project in mind, an opportunity, or just want to say hello — I'd love to hear from you.
I'm currently open to new opportunities — whether it's a full-time role, freelance project, or interesting collaboration.