Teaching Mobility
The vast number of academics who are visiting Tomas Bata University for teaching purposes are coming through Erasmus+ programme, but it is possible to come also through other mobility programmes or as a Freemover. Explore your options and come to teach at one of the most respectful universities in the Czech Republic.
Erasmus+
The Erasmus+ programme is the largest project of European cooperation in the area of higher education. Its principal activities, in particular, are as follows: higher education students’ study periods and traineeships abroad for a period of 2 to 12 months, academic staff teaching mobility and staff training abroad for a period of 2 to 60 days.
Individual staff mobilities are possible within mutual cooperation between universities and institutions based on their inter-institutional agreements. Each faculty at TBU has Erasmus+ agreements that include students and academic mobility (staff mobility for teaching).
The Erasmus+ (European Countries) programme is open to both academic and administrative staff. The required minimum of teaching hours for academic mobility is set to 8 hours on the average of 5 days a week for 1 person, depending on specific conditions set by the inter-interinstitutional agreement signed by TBU and the respective university.
To arrange academic mobility, please, contact the relevant departmental coordinators at specific faculty to plan your visit to TBU. When scheduling your stay, please, consider the duration of our terms:
– the Winter semester begins in the middle of September and ends in December
– the Summer semester starts at the beginning of February and ends in the middle of May.
The best start to handling your mobility is three months in advance.
More information is also available at the International Office of TBU or at staffexchange@utb.cz.
Offer of courses for incoming academic staff
Faculty of Technology
| No. | Course name | Course leader | Semester (Winter/Summer Semester) |
Level of study (Bachelor/ Master/Ph.D.) |
Type (Lecture/ Workshop) |
Duration (min) |
|---|---|---|---|---|---|---|
| 1. | Proteins | doc. Ing. Soňa Škrovánková | WS | Bachelor | L | 60 |
| 2. | Vitamins | doc. Ing. Soňa Škrovánková | WS | Bachelor | L | 60 |
| 3. | Emulsifying and stabilizing agents used in food production | doc. Iva Burešová, Ph.D. | WS | Master | L | 60 |
| 4. | Bread production | doc. Iva Burešová, Ph.D. | SS | Master | L | 60 |
| 5. | Chocolate production | doc. Iva Burešová, Ph.D. | SS | Master | L | 60 |
| 6. | Novel research and applications in brewing science and technology | doc. Ing. Richardos Nikolaos Salek, Ph.D. | WS | Master | L | 60 |
| 7. | New trends in heat and surface treatment of metals | doc. Ing. Martin Ovsík, Ph.D. | SS | Master | L | 60 |
| 8. | Additive Manufacturing Technology | prof. Ing. Michal Staněk, Ph.D. | SS | Master | L | 60 |
| 9. | Design of Injection Mold / Designing of Polymer Processing Tools | prof. Ing. Michal Staněk, Ph.D. | WS | Master | L | 60 |
| 10. | Physics of Polymers | prof. Ing. Berenika Hausnerová, Ph.D. | WS | Bachelor, Master | L | 60 |
| 11. | Industry 4.0/5.0 and application possibilities | doc. Ing. Ondřej Bílek, Ph.D. | WS | Master | L | 60 |
| 12. | Aspects of the cutting process | doc. Ing. Ondřej Bílek, Ph.D. | WS, SS | Bachelor, Master | L | 60 |
| 13. | Recent Advances in Supramolecular Chemistry | doc. Ing. Michal Rouchal, Ph.D. | WS, SS | Bachelor, Master, Ph.D. | L | 60 |
| 14. | Recent Diamondoid Chemistry | doc. Ing. Michal Rouchal, Ph.D. | WS, SS | Bachelor, Master, Ph.D. | L | 60 |
| 15. | Artificial intelligence and its effect on the future job market | Ing. Petr Smolka, Ph.D. | WS, SS | Master | L | 2×50 min* |
| 16. | Electromobility and autonomous vehicles | Ing. Petr Smolka, Ph.D. | WS, SS | Master | L | 2×50 min* |
| 17. | Additive manufacturing technology in the mass prodution scale | Ing. Petr Smolka, Ph.D. | WS, SS | Master | L | 2×50 min* |
| 18. | Novel methods of plastics surface treatment for enhanced adhesion | Ing. Petr Smolka, Ph.D. | SS | Bachelor | L | 2×50 min* |
| 19. | Metalizing plastics – available substitutions for the Cr(6) based processes | Ing. Petr Smolka, Ph.D. | SS | Bachelor | L | 2×50 min* |
*depends on mutual agreement
Faculty of Applied Informatics
| No. | Course name | Course leader | Semester | Level of study | Type | Duration |
|---|---|---|---|---|---|---|
| 1. | Artificial intelligence, machine learning, data processing and analysis | Prof. Ing. Roman Šenkeřík, Ph.D. | WS/SS | Master or Ph.D. | L | 90 |
| 2. | Cyber security, testing and security management | Ing. David Malaník, Ph.D. | WS/SS | Master or Ph.D. | L | 90 |
| 3. | 5G networks and applications of industrial blockchain | Prof. Mgr. Roman Jašek, Ph.D., DBA | WS/SS | Master or Ph.D. | L | 90 |
| 4. | Development of mobile and web technologies and systems | Ing. Radek Vala, Ph.D | WS/SS | Master or Ph.D. | L | 90 |
| 5. | Software development methodologies | Ing. Pavel Vařacha, Ph.D. | WS/SS | Master or Ph.D. | L | 90 |
| 6. | UML 2.5: A Comprehensive Overview for Software Developers | doc. Ing. Radek Šilhavý, Ph.D. | WS/SS | Bachelor | L/W | 100 |
| 7. | Best Practices for Using UML in Agile Software Development | doc. Ing. Radek Šilhavý, Ph.D. | WS/SS | Bachelor | L/W | 100 |
| 8. | Advanced UML Diagramming Techniques for Large-Scale Systems | doc. Ing. Radek Šilhavý, Ph.D. | WS | Master/Ph.D. | L/W | 100 |
| 9. | An Introduction to Software Development Effort Estimation | doc. Ing. Radek Šilhavý, Ph.D. | WS | Master/Ph.D. | L+W | 100+100 |
| 10. | Estimation Techniques for Agile Software Development | doc. Ing. Radek Šilhavý, Ph.D. | WS | Master/Ph.D. | L/W | 100 |
| 11. | Evaluating the Accuracy of Software Development Effort Estimation | doc. Ing. Radek Šilhavý, Ph.D. | WS/SS | Ph.D./Master | L | 90 |
| 12. | NoSQL Databases: An Overview and Comparison to SQL Databases | doc. Ing. Petr Šilhavý, Ph.D. | WS | Master/Ph.D. | L/W | 100 |
| 13. | Scaling with NoSQL Databases | doc. Ing. Petr Šilhavý, Ph.D. | WS | Master/Ph.D. | L/W | 100 |
| 14. | Building High-Performance Applications with NoSQL Databases | doc. Ing. Petr Šilhavý, Ph.D. | WS | Master/Ph.D. | L | 100 |
| 15. | Real-World Examples of NoSQL Database Implementations | doc. Ing. Petr Šilhavý, Ph.D. | WS | Master/Ph.D. | W | 100 |
| 16. | NoSQL Database Design and Data Modeling | doc. Ing. Petr Šilhavý, Ph.D. | WS | Master/Ph.D. | L/W | 100 |
| 17. | NoSQL and Big Data Analytics | doc. Ing. Petr Šilhavý, Ph.D. | WS | Master/Ph.D. | L/W | 100 |
| 18. | Problems with the use of IPv6 addressing in the Internet | Ing. Miroslav Matýsek, Ph.D. | WS | Master | L | 50-100 |
| 19. | Clean Architecture | Ing. et Ing. Erik Král, Ph.D. | WS | Bachelor | L | 50 |
| 20. | Dependency Injection design pattern, Inversion of Control (IoC) principle, IoC containers and its practical applications | Ing. et Ing. Erik Král, Ph.D. | SS | Bachelor | L | 50 |
| 21. | Software Design patterns | Ing. et Ing. Erik Král, Ph.D. | SS | Bachelor | L | 50 |
| 22. | Advanced methods in forensics | doc. RNDr. Vojtěch Křesálek, CSc. | WS, SS | Master or Ph.D. | L | 2×90 |
| 23. | Current trends in EMC | Ing. Martin Pospíšilík, Ph.D. | WS, SS | Master or Ph.D. | L | 90 |
| 24. | Image processing in measurement technology | Ing. Milan Navrátil, Ph.D. | SS | Master or Ph.D. | L | 90 |
| 25. | Electrical and magnetic properties of metamaterials | Ing. Tomáš Martínek, Ph.D. | WS | Master or Ph.D. | L | 90 |
| 26. | Use of algebra in practice | Mgr. Zbyněk Kurač, Ph.D. | WS, SS | Bachelor | L | 90 |
| 27. | Matrices and where to find them | Mgr. Zbyněk Kurač, Ph.D. | WS, SS | Bachelor | L | 90 |
| 28. | Optimization methods in practice | Mgr. Zbyněk Kurač, Ph.D. | WS, SS | Bachelor | L | 90 |
| 29. | Mathematics in logistics or crisis situations. | Mgr. Zbyněk Kurač, Ph.D. | WS, SS | Bachelor | L | 90 |
| 30. | Mathematical optimization, linear programming, mixed-integer linear programming: theory, mathematical modeling, optimization software, algorithms, real applications (e.g., in informatics or logistics) | Ing. Dušan Hrabec, Ph.D. | WS, SS | Bachelor | L | 90 |
| 31. | Use of differential equations in natural and technical sciences | Mgr. Jana Řezníčková, Ph.D. | WS, SS | Bachelor | L | 90 |
| 32. | Use of differential and integral calculus for chemists/engineers/computer scientists | doc. Mgr. Zuzana Pátíková, Ph.D. | WS, SS | Bachelor | L | 90 |
| 33. | Innovative technology in the field of IHAS systems | Ing. Rudolf Drga, Ph.D., Ing. Jan Valouch, Ph.D. | WS, SS | Master, Ph.D. | L | 90 |
| 34. | Innovative technology in the field of EACS systems | Ing. Lukáš Kotek, Ing. Rudolf Drga, Ph.D. | WS, SS | Master, Ph.D. | L | 90 |
| 35. | Innovative technology in the field of VSS systems (Blacksmith,) | Ing. Lukáš Kotek | WS, SS | Master, Ph.D. | L | 90 |
| 36. | Critical infrastructure protection and resilience | doc. Ing. Martin Hromada, Ph.D. | WS, SS | Master, Ph.D. | L | 90 |
| 37. | Soft targets and Crowded places protection | doc. Ing. Martin Hromada, Ph.D. | WS, SS | Master, Ph.D. | L | 90 |
| 38. | Advanced Methods of Process Control | doc. Ing. František Gazdoš, Ph.D. | SS | Master | L/W | 120 |
| 39. | Efficient Software Tools for System Modelling and Simulation with Case Studies | doc. Ing. František Gazdoš, Ph.D. | WS | Master | L/W | 120 |
| 40. | Robotic Systems and Applications | Ing. Petr Navrátil, Ph.D. | WS/SS | Bachelor | L | 120 |
| 41. | Signal Processing and System Identification | doc. Ing. Marek Kubalčík, Ph.D. | SS | Master | L/W | 120 |
| 42. | Modern Trends in Industrial Electronics | Ing. Lubomír Macků, Ph.D. | WS/SS | Bachelor | L | 120 |
| 43. | Process management in operating systems | doc. Ing. Martin Sysel, Ph.D. | WS | Bachelor | L | 30-90 |
| 44. | Memory management in operating systems | doc. Ing. Martin Sysel, Ph.D. | WS | Bachelor | L | 30-90 |
| 45. | Processor architecture | doc. Ing. Martin Sysel, Ph.D. | SS | Bachelor | L | 30-90 |
| 46. | Graphics subsystém (graphics card – architecture) | doc. Ing. Martin Sysel, Ph.D. | SS | Bachelor | L | 30-90 |