Mechatronics (MG-NI)

second cycle degree programmes

Knowledge: Graduates has knowledge of mathematics to the extent necessary for modelling and analysis of mechatronic systems. Has knowledge of physics in the area needed to understand, describe and make use of physical phenomena in the design, manufacture and operation of mechatronic systems. Has knowledge relevant to the field of application of industrial controllers and manipulators. Graduates has advanced knowledge of the principles of engineering graphics and tools used in the preparation of technical documentation. Has specialist knowledge of strength analysis and the principles of design of mechatronic structures and machine parts. Has knowledge of electrical engineering, electronics and automation that is appropriate for their studies. Has knowledge of numerical methods and computer programs used in the analysis or operation of mechatronic systems. Graduates has extensive knowledge of selected issues in the construction, maintenance, technical diagnostics, repair technology and safe use of mechatronic devices. Has systematic knowledge of the manufacture and operation of mechatronic devices and systems. Has knowledge of metrology in the construction of mechatronic devices and systems. Graduates has knowledge of engineering materials. Has knowledge of the life cycle of mechatronic machinery, devices and systems. Has the knowledge necessary to understand the social, economic, legal, ecological and other non-technical aspects of engineering activity. Graduates has knowledge of management, logistics and business operation. Knows and understands the concepts and principles of industrial property protection and copyright law; is able to use patent information resources. Knows and understands foreign language theory and terminology enough to use a foreign language at the B2 level of the Common European Framework of Reference for Languages. Skills: Graduates is able to obtain information from literature, databases and other sources and integrate the obtained information, interpret it, draw conclusions and formulate and justify opinions. Has self-study skills. Is able to use a foreign language at the B2 level of the Common European Framework of Reference for Languages. Graduates is able to use information and communication techniques typical of the tasks in the area of design, manufacture and operation of mechatronic devices and systems. Is able to use analytical, simulation and experimental methods to formulate and solve engineering tasks. Has the necessary preparation to work in an industrial environment and knows the safety rules associated with this work. Graduates is able to conduct a preliminary economic analysis of engineering activities undertaken in the field of design, manufacture and operation of mechatronic devices and systems. Is able to conduct a critical analysis of functioning and evaluate the existing technical solutions, devices, facilities, systems, processes and services in the field of the construction, manufacture and operation of mechatronic devices and systems. Is able to design and construct a device, facility, system or process typical of the design, manufacture and operation of mechatronic devices and systems, using appropriate methods, techniques and tools in accordance with the provided specification. Is able to communicate using different techniques in professional and other environments. Social competencies: Graduates is aware of the need to improve their knowledge throughout life and is able to select the appropriate learning methods for themselves and others. Understands the non-technical aspects of mechatronics engineer’s activity, including its social consequences and impact on the environment. Is aware of the responsibility for decisions made as part of the engineering activity, especially in terms of their own and other peoples’ safety and environmental protection. Graduates understands the importance of teamwork and is able to take responsibility for the results of joint activities. Is aware of the importance of professional conduct, adherence to professional ethics and respecting the diversity of views and cultures. Demonstrates entrepreneurship and ingenuity in the activity related to the implementation of professional tasks. Understands the social role of an engineer and participates in the provision of reliable information and opinions on the achievements of technology and its other aspects to the public.

Visit the following page for details on admission procedures: https://irk.po.edu.pl/