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Automatic systems mechatronics
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Summary of the Profile
General Description:
Objective(s) of a study programme:
To train electronic engineering specialists capable of independently organising technological and production processes, controlling and maintaining various programmable manufacturing systems and equipment using teamwork tools.
Learning outcomes:
1. Know the mechanical structure and control principles of automated manufacturing systems and is able to apply this knowledge to solve problems.
2. Able to collect the information necessary for the control of technological processes, analyze it and apply to professional / technological problem solving, taking into account the norms and standards of safety at work.
3. Able to organize and safely carry out installation, modernization and maintenance work on process control equipment.
4. Able to select, test and adjust mechanical, pneumatic, hydraulic and electrical equipment in accordance with the given specifications.
5. Able to select, test, debug/adjust and operate automatic systems equipment.
6. Able to design control algorithms for automatic systems and program automatic control devices.
7. Able to carry out the technological control process in accordance with defined requirements and ensure the quality of the production process by assessing the cost- effectiveness and environmental impact of engineering solutions.
8. Able to communicate with professionals and customers in solving professional tasks. Able to work in teams, communicate in public in a national and, at least, one foreign language with different audiences.
9. Able to learn independently, with the aim of continuous personal and professional development, and to work responsibly, solving tasks and problems of professional activity.
Activities of teaching and learning:
Lecture, laboratory work, team work, independent work, tutorials, discussions, professional literature study, case study, preparation of the term paper project, preparation of the report, problem solving, creative workshops, professional practice and other training and learning activities.
Methods of assessment of learning achievements:
Examination, test, frontal oral questioning, written test, presentation of professional literature analysis, presentation of the case study, presentation of problem solving, presentation of the practice report, presentation of the independent assignment, presentation of the term paper project and other ways of the assessment of learning outcomes.
Framework:
Study modules (subjects), practical training:
Modules (subjects):
Applied Mathematics, Physics, Environmental and Human Safety, Engineering and Computer Graphics , Mechanical, Pneumatic and Hydraulic Systems Module * Automation Equipment and Maintenance Module *
Internships: Professional Internship (Mechanical, Pneumatic and Hydraulic Systems Module), Mechatronics Internship, Operational Internship (Automatic Devices and Maintenance Module)
The modules (subjects) of the field of study comprise 114
credits, of which 40 credits are allocated for practical training.
Specializations:
–
Optional courses:
The student may choose the free elective modules (subjects) (6 credits) provided for by the Director's order (PD1, PD2), as well as the alternative elective modules (subjects) (27 credits): the Electrical Installations Module/Electronic Systems Module, the Work Organisation and Time Planning/Manufacturing Organisation Module, the Process Control Module/Robot Control Module, Professional foreign language
Distinctive features of the study programme:
Well-equipped practical training base; attention to each student; variety of practice places; opportunities for exchange of studies under Erasmus + programme; possibilities to combine work and studies.
Access to professional activity or further study:
Access to professional activity:
Persons who have acquired the qualification of automation systems mechatronics will be able to work in various manufacturing companies and organizations as specialists performing automatic production service (maintenance of conveyors, sensors, controllers, gears, including robots).
Access to further study:
Persons who have completed short studies are issued with the certificate of study entitling them to pursue professional activities and/or to continue their studies in a higher education institution.
