Nach positiver Absolvierung der Lehrveranstaltung sind Studierende in der Lage...

• Understand the challenges of robotics in manufacturing
• Getting familiar with the concepts of human-robot collaboration and future trends
• Getting to know concepts of Product development
• Integration and manipulation of robotics applications in the simulation environment

Following topics will be presented and discussed in the course:

• Robotics in manufacturing
• Mobile robotics
• Assistant robots
• Safety in Robotics
• Machine learning (Reinforcement learning, transfer learning)
• Innovation and entrepreneurship

The course is structured in three phases that are graded separately:

1. Lectures and exam: the course consists of ten individual lectures, which will cover the content of challenges of robotics. The lecture videos are available via TUWEL. A short exam will be conducted at the end of the semester. (25% of the grade)
2. Individual assignments: three individual assignments will be handed, covering topics such as machine learning and mobile robotics. Code templates and detailed instructions will be provided. (15% of the grade)
3. Group project: The group project has three phases. In the first phase, students will learn how to work with ROS and Gazebo platforms and import prepared models of robots or environments in the platform. In the second phase, students will be asked to model their own mobile robot and work on the localization and Navigation of it. The last phase is about optimizing the algorithms of navigation for the robot with machine learning methods and python programming. All the phases of project are in simulation environment and the results will compete over some evaluation criteria with other groups. (50% of the grade)

The results should also be documented in the format of a scientific report and presented during the demo day. (10% of the grade)

The course will be graded as follows:

1. Exam - 25% of the grade
2. Individual assignments – 15% of the grade
3. Group project – 50% of the grade
4. Documentation- 10% of the grade

Students are expected to understand basic concepts of programming (e.g. Python or another OOP language). Previous knowledge on simulation in Robot Operating System (ROS) and Gazebo is beneficial, but not a prerequisite.