Masters in Industry 4.0
VSB - Technical University of Ostrava
Key Information
Campus location
Ostrava, Czech Republic
Languages
English
Study format
On-Campus
Duration
2 years
Pace
Full time
Tuition fees
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Application deadline
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Earliest start date
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Introduction
Masters in Industry 4.0
Study program Industry 4.0 is a new and prospective study program that connects Computer Science and Cybernetics into a unique form. Students will be introduced into new trends in digitalization and production optimization as well as with the opportunities that bring new trends in data analysis, machine learning, image analysis, and computer vision. The balance between practical and theoretical knowledge allow graduates to be a useful member of innovation teams of production factories, and to solve practical problems with new approaches. The master thesis may be focused on real-world issues related to simulation and modeling of production processes, predictive quality, and maintenance, utilization of camera systems or robot programing and movement optimization.
Hard skills
- TensorFlow
- C/C++
- Digital image processing
- C#
- Parallel data processing
- Data analysis
- Python
- OpenCV
Admissions
Scholarships and Funding
Several scholarship options are available. Please check the university website for more information.
Curriculum
Semester 1
- Application of Modern Technologies in the Field of Industrial Automation
- Control Systems using Computers
- Database Systems I
- Digital Image Processing
- Functions of Complex Variable and Integral Transformations
- Methods of Vector Data Analysis
- Safety in Electrical Engineering
Semester 2
- Image Analysis I
- Instruments of Industrial Automation
- Operations Research I
- Probability and Statistics
- Virtual Design of Cyber-physics Systems
Semester 3
- Advanced Methods for Data Analysis
- Diploma Project I
- Industrial Robotics II
Semester 4
- Diploma Project II
Program Outcome
Graduate's knowledge
The theoretical background includes mathematical and statistical knowledge as well as the knowledge of data analysis, knowledge mining, image processing, digitalization of industrial applications and cyber-physical systems. Moreover, the student may choose the optional subject from computer vision, parallel data processing, production optimization and advanced control and distributed systems.
Graduate's skills
Besides theoretical knowledge, practical skills that will be taught are focused on computer vision and machine learning, knowledge mining, production optimization, and scheduling. Moreover, industrial robot programing and advanced control system design are also included.
Program Tuition Fee
Career Opportunities
- Industrial data analyst
- programr and designer for intelligent building management
- Data analyst
- Developer of image analysis systems
- programr and developer in the area of industrial processes digitization
- Developer of image analysis systems
- Researcher in industrial digitalization
- Big data analyst
- programr and developer of systems based on Industry 4.0 concept
- Digitalization of industry specialist
- Researcher in robotics
- Industrial data analyst