CURRICULUM COMPLETION

1. Setting the topic of the final thesis, personal arrangement with the future thesis supervisor (consultant). Thesis assignment deadline- At any time during the course, no later than one week after the end of the last class session.
2. Submission of the "Final Thesis Assignment" form electronically via the information system of the VŠPJ - LMS Moodle (Course Completion folder). Deadline for submission: no later than one week after the end of the last full-time teaching block. Subsequent consultations of the participant on the final thesis with the thesis supervisor take place individually by mutual agreement.
3. Submission of the thesis in electronic form - to the thesis supervisor via the VŠPJ information system - LMS Moodle (Course Completion folder) - no later than 10 working days before the defence (approximately January 2024).
4. Deadlines for the defence of the final theses are set by the guarantor of the educational programme in cooperation with the Centre for Lifelong Learning.
The date of the defences is communicated to the course participants in writing.
5. After successful completion of education, the graduate will receive an exit document - a microcertificate, electronically. The microcertificate will be stamped with a seal.

Final Thesis Range:

• The length of the paper is 5 - 20 pages -depending on the nature of the topic and in agreement with the module supervisors.

Final Thesis Structure:

• It is given by the ZP template
.

Suggested thesis topics:

Students, after discussion and subsequent approval by the course sponsor, may propose suitable thesis topics on their own.

• Industry 4.0 Communication Standards Final Thesis Topics (Ing. Jan Jirsa)

Essay on a selected topic in a given area.

Work on the extent of digital transformation of the enterprise.

Paper on the opportunities and benefits of digitalisation in our business.

Digital shadow development of selected industrial equipment.

• Thesis topics in the field of PLC Programming (Ing. Tomáš Dobrovolný, Ph.D.)

Essay on a selected theme of the area.

Development of a control program/operator interface to control the electro-pneumatic device that the student will build.

Development of a control program/operator interface for any of the standards in the LPA laboratory.

• Thesis topics in the field of Artificial Intelligence (Ing. Lenka Kuklišová Pavelková, Ph.D.)

Essay on a selected theme of the area.

Creating a model for classification of eigendata.

Neural network design for a given task.

• Robotics Final Thesis Topics (Ing. Jan Jirsa)

Essay on a selected theme of the area.

Development of a control program for the Robotino mobile robotics platform.

Development of an industrial robot control algorithm using image data.