Technologies for Industry 5.0 (WFTiMS)

Field of study:

Level of studies:

Mode of study:

Date of commencement of studies:

Faculty:

Level of qualification according to the European and national qualifications frameworks:

Learning profile:

Number of semesters:

7

Number of ECTS credits:

• 175 - Field of study: Technologies for Industry 5.0
• 210 - Specialization: Internet of Things
• 210 - Specialization: Measurement engineering in industrial systems

Work placement:

Principle and form in accordance with the regulations of student internships of the Faculty of FTiMS

Graduation requirements:

• obtaining the number of ECTS points specified in the program,
• preparation and passing of an engineering project,
• passing the diploma examination

Graduate profile and further learning opportunities:

The graduate will have:

• general knowledge of mathematics, physics and chemistry;
• extensive knowledge of computer science, measurement techniques, applications of electronics and digital technology to perform tasks related to measurement and control;
• skills in carrying out measurements, identifying, analyzing and diagnosing physicochemical and environmental processes and phenomena using modern research and measurement equipment;
• ability to critically analyze measurement results and other data sets using modern AI and "big data" techniques;
• the ability to constantly acquire knowledge in the field of new achievements of science and technology;
• knowledge of English at a level enabling the study of specialized literature and communication;
• ability to work/ability to work in interdisciplinary teams;
• basic knowledge of economics and management techniques.

As part of the study program, the graduate will acquire skills enabling him to obtain qualifications from the Association of Polish Electrical Engineers (SEP) and certificates confirming digital competences (LabView). Thanks to project-based learning, the graduate will be prepared to creatively create their own solutions for measurement systems.The theoretical knowledge and practical skills acquired by a graduate of first-cycle studies in the field of "Industry 5.0 Technologies" during design classes, laboratory classes and professional practice will become the basis for the competencies of sought-after specialists in the industrial 5.0 revolution, which in turn will allow them to take up work, in particular in:

• enterprises and research and industrial laboratories in positions requiring the ability to solve complex problems at the intersection of physics, electronics, chemistry, measurement techniques and automation;
• projects designing integrated measurement and control systems based on modern interactive digital solutions.

The education obtained during first-cycle studies will enable graduates to continue their

Person responsible for the study programme: