Bachelors in Engineering (Robotics)
VSB - Technical University of Ostrava
Key Information
Campus location
Ostrava, Czech Republic
Languages
English
Study format
On-Campus
Duration
3 years
Pace
Full time
Tuition fees
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Application deadline
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Earliest start date
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Introduction
Bachelors in Engineering (Robotics)
Within the specialization Robotics, graduates will gain experience as designers of elements of industrial robots, collaborative robots, manipulators and peripheral devices of robotized workplaces (conveyors, bins, heads of industrial robots etc.) but also as designers of these devices. They will acquire basic skills and competencies in the use of cutting-edge 3D design and simulation applications for the above-mentioned areas of design and engineering. With regard to the Industry 4.0 concept, robotics is its most important area.
Admissions
Scholarships and Funding
Several scholarship options are available. Please check the university website for more information.
Curriculum
Semester 1
Compulsory
- Basics of Mathematics
- Fundamentals of Energy Processes
- Mathematics I
- Mechanical Engineering Fundamentals
- Physics I
- Structural Materials
- Technical Calculations
- Welding Fundamentals
- Work Transport and Logistics
Mandatory optional type B
- Czech Language for Foreigners a/I - mobility - exchange programs
- History of Science and Technology in Engineering
- Philosophy
- Political Science
- Sociology
Optional
- Basic Winter Sports Course 1.year
Semester 2
Compulsory
- Constructive Geometry
- Machine Operating, Diagnostics and Maintenance
- Mathematics II
- Properties and testing of materials
- Statics
- Technology of Machining
Mandatory optional type B
- Czech Language for Foreigners a/II - mobility - exchange programs
- English Language b/I for FS (pre-intermediate)
- English Language c/I for FS (intermediate)
- History of Science and Technology in Engineering
- Philosophy
- Political Science
- Sociology
Optional
- Basic Summer Sports Course 1.year
Semester 3
Compulsory
- Dynamics I
- Engineering Metrolgy
- Fluid Mechanics
- Graphic Systems
- Mathematics III
- Mechanics of Materials
Mandatory optional type B
- English Language b/II for FS (pre-intermediate)
- English Language c/II for FS (intermediate)
- German Language c/II for FS (intermediate)
- History of Science and Technology in Engineering
- Philosophy
- Political Science
- Sociology
Optional
- Basic Winter Sports Course 2.year
- MathCad
- Physical education 2.year A
- Team Work Principals
Semester 4
Compulsory
- Computer aided design I
- Control System Fundamentals
- Electrical Engineering
- Forming and Casting Technologies
- Machines Parts and Mechanisms
- Physics II
- Thermomechanics
Mandatory optional type B
- History of Science and Technology in Engineering
- Philosophy
- Political Science
- Sociology
Optional
- Basic Summer Sports Course 2.year
- Graphic Systems II
- Physical education 2.year B
Semester 5
Compulsory
- Machine Parts and Mechanisms II
- Practicum in Robotics I
- Technical documentation in mechanical engineering
Mandatory optional type B
- History of Science and Technology in Engineering
- Philosophy
- Political Science
- Sociology
Semester 6
Compulsory
- Numerical Mathematics
- Practicum in robotics II
Mandatory optional type B
- History of Science and Technology in Engineering
- Philosophy
- Political Science
- Sociology
Program Outcome
Graduate's knowledge
Within the Robotics specialization, the graduate gains experience as a designer of robot elements, manipulators and peripheral devices robotized workplaces (conveyors, bins, heads of industrial robots etc.), including collaborative robots, but also as designers these equipment, and in particular the operating technicians involved in the operation, adjustment, programing, diagnostics, maintenance and repair.
Graduate's skills
Within the Robotics specialization, the graduate gains experience and skills in managing independent routine work in the areas of construction components of robots and their peripherals (conveyors, manipulators, robots effectors, etc.), including implementation of special sensors etc.). Furthermore, the basics of the methodology and procedures of risk analysis of these workplaces. Skills with routine use of SW tools 3D CADy - Creo, simulation SW V-Rep and basics of work with Robot Studio.
Graduate's general competence
Within the Robotics specialization they will acquire basic competencies in the field of teamwork, importance of individual team roles and their coordination. They have knowledge of using specialized SW tools in the areas of robotics and mechatronics.
Program Tuition Fee
Career Opportunities
Graduate's employment
Design and design offices for mechanical engineering - robotics, mechatronics, automotive using cutting - edge 3D design and simulation tools. System integrators of robotic workplaces. Designers of these devices as well as operational technicians,ensuring operation, adjustment, programing, diagnostics, maintenance and repair.