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Studying for a Master of Science, Robotics Engineering, typically involves gaining in-depth knowledge and expertise in the field of robotics, which combines aspects of software engineering and Artificial Engineering.
In this Robotics Engineering master’s programme, students not only learn understanding the principles, theories and technologies of robotics. This includes the acquisition of advanced knowledge in areas such as robot control systems, perception, machine learning and pattern recognition. Hands-on experiences in laboratory work and projects to provide practical skills in areas such as robot programming, system integration, sensor integration, and real-world application development
Graduates of the Robotics Engineering (M.Sc.) programme are equipped for a wide range of roles in technology-driven industries. Possible career paths include:
- Robotics Engineer
- Automation Engineer
- AI & Machine Learning Engineer
- Embedded Systems Developer
- Control Systems Engineer
- Research & Development Engineer
- Robotics Software Developer
- Industrial Automation Specialist
With expertise in designing and implementing robotic solutions, graduates can work in sectors such as manufacturing, healthcare, logistics, automotive, aerospace, and smart technologies. The programme also provides a strong foundation for pursuing doctoral research or entrepreneurial ventures in robotics and AI.
Semesters & Credits
The Robotic Engineering Master's program focuses on various key areas, including:
-Robot Kinematics and Dynamics
-Robot Programming
-Pattern Recognition
-Advanced Robotics Courses
-Machine Learning
-Human-Robot Interaction
-Electronics and Control Systems
-Control Systems Engineering
-Mechanical Engineering
In addition to program-specific modules, students can customize their curriculum by selecting additional modules from the UE faculty based on personal interests and desired specialization.
Here are some things you will require for your application at the UE: