Ingenieur Zelfrijdende Auto’s

Robotics Software Engineering is an exciting and fast-growing field that combines computer science, engineering,
and robotics to create intelligent machines capable of performing a variety of tasks. Robotics software engineers are responsible for designing, developing,
and programming the software that controls these machines. In this course, we will cover the key concepts, tools, and techniques used in robotics software engineering.

1 – Introduction to Robotics Software Engineering

• What is Robotics Software Engineering?
• Overview of Robotics Applications
• Role of Robotics Software Engineers

2 – Fundamentals of Robotics

• Introduction to Robotics Systems
• Types of Robots
• Robot Components
• Robot Kinematics

3 – Programming Languages for Robotics

• Python Programming for Robotics
• C++ Programming for Robotics
• ROS (Robot Operating System) Programming

4 – Robot Perception and Sensing

• Sensors for Robotics
• Sensor Calibratio
• Robot Localization and Mapping
• Object Recognition and Tracking

5 – Robot Control and Motion Planning

• Robot Control
• Trajectory Planning
• RPath Planning
• Robot Motion Control

Robotics Software Engineering is an exciting field with endless possibilities. This course has covered the fundamentals of robotics, programming languages, perception and sensing, control and motion planning, manipulation and grasping, learning and AI, and software development for robotics. With the knowledge gained from this course, you can pursue a career in robotics software engineering, develop your own robot projects, and contribute to the field of robotics.
Throughout the course, you will be exposed to various tools and platforms used in Robotics Software Engineering such as ROS (Robot Operating System), Gazebo Simulator, and Robot Framework. You will also have hands-on experience with various robotics software development projects.
This course is designed for individuals who are interested in pursuing a career in Robotics Software Engineering or those who want to expand their knowledge in this exciting field. Some basic knowledge in programming, computer science, and engineering will be helpful, but not required.
By the end of this course, you will have a comprehensive understanding of the key concepts, tools, and techniques used in Robotics Software Engineering. You will be able to design, develop, and program software for robots and have the skills to develop your own robotic projects.
In conclusion, Robotics Software Engineering is a rapidly growing field that has a significant impact on many industries. By taking this course, you will be equipped with the necessary skills and knowledge to contribute to the field of robotics and shape the future of technology.