Mechatronics Engineering student at the University of Debrecen, Hungary 🇭🇺 I build robots, design the hardware behind them, and model and control the systems that make them move.
- 🤖 Interested in robotics, motion planning, control systems, industrial automation and applied machine learning
- 🔧 Experienced across the full stack: mechanical CAD → electronics/PCB → modeling & control → software
- 🏭 Hands-on with industrial tools: TwinCAT/PLC, Siemens Plant Simulation, RoboDK
- 📫 Open to internships and engineering roles. Reach out via [LinkedIn](www.linkedin.com/in/ abdallah-yasser-633258317)
| Project | Description | Tools |
|---|---|---|
| 🥔 Potato Disease Detector | Mobile app that detects potato tuber diseases from the camera with an on-device ResNet34 (TFLite) | PyTorch · Flutter |
| 🗺️ Occupancy Grid Mapping | Probabilistic 2D mapping from robot odometry + ultrasonic sensors using Bayesian log-odds and ray tracing | C++ |
| 🧭 RRT Path Planning | Sampling-based motion planner with collision checking + industrial pick-and-place on a Doosan cobot | MATLAB · RoboDK |
| 🦾 4-DOF Robotic Arm | Direct-drive manipulator design with FEA validation, full drawings and 3D models | Solid Edge · FEA |
| 🔌 Stepper Motor Controller PCB | 4-layer Arduino-compatible board: ATmega328P + DRV8825 driver + USB | KiCad |
| ⚙️ DC Motor Modeling & PI Control | First-principles motor model, Simulink validation and closed-loop speed control | MATLAB · Simulink |
| 🏭 Sorting Line Simulation | Discrete-event simulation of a robotic sorting line for bottleneck analysis | Plant Simulation |