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Welcome to my Github profile! πŸ‘‹

πŸ€– I am a Robotics Software Engineer with a focus on developing Autonomous Mobile Robots using the Robot Operating System (ROS). My passion lies in leveraging cutting-edge technologies and innovative algorithms to create intelligent robots that can operate in dynamic environments.

πŸš€ On this page, you will find my contributions to various open-source projects related to robotics, including ROS packages for localization, mapping, path planning, and control of mobile robots. I also actively participate in the ROS community by providing support, contributing to discussions, and sharing my knowledge with others.

πŸ’» My expertise in programming languages such as C++, and Python, combined with my experience with ROS, enables me to build reliable and efficient robotic systems. I am always seeking to learn and improve my skills, and I am open to collaboration and feedback from the community.

Projects

Here are some of the projects you can find on my Github:

An autonomous home service robot that can perform tasks such as cleaning, delivery, and security. This project includes a mobile base, an arm with various end-effectors, a vision system for object detection and tracking, and a natural language processing system for human-robot interaction. The robot is programmed using ROS and can be controlled remotely or run autonomously.

2. 6DOF Robot Arm πŸ€–πŸ¦Ύ

A 6DOF robot arm that can be programmed to perform complex manipulations and assembly tasks. This project includes a custom-designed arm with high-precision motors and sensors, a ROS-based control system with forward and inverse kinematics algorithms, and various end-effectors such as grippers, suction cups, and cameras. The robot arm can be controlled using a joystick or programmed using ROS and MoveIt!.

A low-level controller for mobile robots using Arduino and ROSControl. This project includes a custom-designed hardware board based on the Arduino platform, as well as a software stack for controlling the robot's motors, sensors, and actuators using ROS messages and services. The controller is modular and can be easily adapted to different robot platforms and applications.

Additional Resources

In addition to these projects, you'll also find various code snippets, tutorials, and resources related to robotics and automation. Whether you're a seasoned robotics engineer or just starting out, I hope you'll find something useful here. πŸ“š

Contact

🀝 Please feel free to reach out if you have any questions, comments, or feedback. I'm always looking for new collaborations and opportunities to learn and grow. Thanks for stopping by! 😊

kyrillos Fekry Wassef's Projects

2wheeled-robot-motion-planning icon 2wheeled-robot-motion-planning

URDF using XACROS. Later, motion planning algorithms, such as Obstacle Avoidance and Bugs 0, 1 and 2 are developed to be used in the built robot. Some ROS packages, like robot_localization, are used to built a map and localize on it.

30-days-of-code icon 30-days-of-code

Hacker Rank track to learn coding in 30 days to improve programming and problem solving skills.

altium-library icon altium-library

Open source Altium Database Library with over 121,000 high quality components and full 3d models.

auc-robotics icon auc-robotics

All tasks, scripts, and source files for Robot Operating system(ROS) course which is hosted by AUC-ROBOTICS CLUB

build-my-world icon build-my-world

using gazebo to build a world with a building, robot model, and cpp plugin

chatbot-ros-package icon chatbot-ros-package

Chatbot project is a ROS package to create a robot social using artificial intelligence. Using this package, we can speak to a robot and the robot can answer your questions, including human-to-human contact. Using AIML, which is the principal component of this project, to develop this communication system.

control-of-mobile-robot-course icon control-of-mobile-robot-course

this course contain Introduction to Robots, Mobile Robots, Linear Systems, Control Design, Hybrid Systems, The Navigation Problem, and Putting It All Together. All simulation assignments for the robot are on MATLAB .

delftx-ros1x-course icon delftx-ros1x-course

How to use ROS communication tools (topics, services, actions) to exchange information between functional modules Visualization and creation of a custom environment with a robot Mapping of the robot environment and navigation with a mobile robot How to implement a pick-and-place function with industrial robot arms Design of a complete robotic application with state machines

home-service-robot icon home-service-robot

Program a home service robot that will autonomously map an environment and navigate to pickup and deliver objects!

map-my-world icon map-my-world

Deploy RTAB-Map on simulated robot to create 2D and 3D maps of the environment.

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