AUTONOMOUS ROBOTS AND CYBER-PHYSICAL SYSTEMS IN MECHANICAL ENGINEERING
An Advanced Online Course from the Department of Mechanical Engineering at BRU
- Up-to-date lectures delivered by experts in automation and robotics
- Hands-on practice using modern virtual simulators and interactive environments
- Official qualification certification / state-recognized certificate
Industry Needs Architects of “Smart” Systems
Traditional factories are becoming a thing of the past. Modern mechanical engineering is a high-tech ecosystem in which autonomous robots, digital twins, and cyber-physical systems operate as a part of a single connected network. This course is designed for those who want to build intelligence into machines and manage robotic processes remotely.
Who Is This Course For?
- Engineers and Technologists: who want to master Smart Factory technologies and boost their value in the job market.
- Master’s Students and Graduates: who seek in demand skills and competencies at the intersection of engineering and programming.
- Automation Specialists: who are ready to structure their knowledge in the Industrial Internet of Things (IoT) and robotics.
KEY AREAS TO STUDY
Throughout the course, you will systematically master the core technologies required of a modern engineer:
- Cyber-Physical Systems Architecture: Principles of integrating computing processes, networks, and physical devices in a smart manufacturing environment.
- Robot Programming and Simulation: Motion control of mobile platforms and multi-axis manipulators in a virtual environment.
- Autonomous Navigation: Mapping Techniques, robot localization, and path-planning algorithms.
- Collaborative Robotics: Standards for safe human-robot interaction in shared workspaces.
- Industrial Computer Vision: Video data processing, object recognition, tracking, and the basics of neural network applications.
