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https://github.com/abdojoker99/crocomarine_software-training

Welcome to the CrocoMarine ROV project repository! This work is part of my hands-on training in software development through Talink Software Training, collaborating with the incredible team at CrocoMarine, a student-led ROV engineering group based in Egypt.
https://github.com/abdojoker99/crocomarine_software-training

arduino atmel-avr-microcontroller computer-vision cprogramming-language software-development

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Welcome to the CrocoMarine ROV project repository! This work is part of my hands-on training in software development through Talink Software Training, collaborating with the incredible team at CrocoMarine, a student-led ROV engineering group based in Egypt.

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README

          

# 🐊 CrocoMarine ROV Software Project

Welcome to the CrocoMarine ROV project repository! This work is part of my hands-on training in software development through **Talink Software Training**, collaborating with the incredible team at [CrocoMarine](https://www.linkedin.com/company/crocomarine/), a student-led ROV engineering group based in Egypt.

---

## 🌊 About CrocoMarine

**CrocoMarine** is a non-profit, student-run robotics team focused on building **Remotely Operated Vehicles (ROVs)** for underwater exploration and competition. Based out of Alexandria University, CrocoMarine empowers students from various engineering disciplines to innovate in marine robotics.

- 🎓 Student-led, multidisciplinary engineering team
- 🔧 Focused on ROV design: mechanical, electrical, and software systems
- 🏆 Participates in national and international robotics competitions
- 🌍 Based in Egypt, with 4+ years of experience in ROV development

---

## 🎯 Project Objectives

This project demonstrates real-world ROV software systems built during my software training. Key goals:

- Design control software for ROV motors, sensors, and vision
- Implement reliable communication between PC and ROV hardware
- Apply OpenCV for underwater object detection and tracking
- Learn to work with embedded systems and ROS

---

## 🛠️ Technologies will be Used

- **Languages**: C++, Python
- **Tools**: Arduino, STM32, OpenCV, ROS, Git
- **Protocols**: Serial, I2C, SPI, TCP
- **Version Control**: Git & GitHub

---

## 📁 Folder Structure

```bash
crocomarine-rov/
├── firmware/ # Microcontroller source code (Arduino/STM32)
│ ├── motor_control/
│ └── sensor_readings/
├── pc_control/ # Desktop control interface (GUI or terminal)
│ ├── serial_comms.py
│ └── joystick_input.py
├── vision_system/ # OpenCV-based image processing
│ └── object_tracking.py
├── docs/ # Diagrams, manuals, training reports
└── README.md # Project overview
```
## 💡 My Contributions (as a Talink Software Trainee)

During this training, I will worked on:

- ✅ Real-time motor control firmware (Arduino-based)
- ✅ PC-to-ROV communication using serial protocols
- ✅ Vision module using OpenCV for marker tracking
- ✅ UI script to send commands and view sensor data
- ✅ Debugging and improving control loop stability

---

## 🧠 Skills Gained

- Githup
- C_programming
- microcontroller
- oop
- python

---

## 📸 Demo Screenshots *(optional)*

*You can place demo screenshots here:*

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## 🔗 External Links

- 🔹 [CrocoMarine LinkedIn](https://www.linkedin.com/company/crocomarine/)
- 🔹 Software Training *(add link when available)*

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## 📜 License

This project is for **educational and training purposes**.
For professional use or collaboration, please contact the author or CrocoMarine.

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## 🙋‍♂️ Contact

- **Author**: *Abdelrahman wael*
- **Email**: *abdelrahman.felefel@gmail.com*
- **LinkedIn**: [linkedin.com/in/yourprofile](https://www.linkedin.com/in/abdelrahman-wael-42a232282/)
- **Training Center**: Software Training