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Systems Engineering (Internet Things)
6.122.09
Systems Engineering (Internet Things)
- application of knowledge and understandings of problems for analysis and synthesis of specialization "Systems Engineering (Internet of Things)";
- the application of systems thinking and creativity to the formation of innovative ideas;
- the use of knowledge bases of technological processes, technical characteristics, structural features, purpose and rules of operation of equipment to solve engineering problems specialty;
- the ability to calculate, design, design, explore, exploit, repair, customize equipment and control devices moving objects and the Internet of things. - the ability to combine theory and practice, and acceptance decisions and develop strategies to meet the challenges of the specialty on the basis of human values, social, civil and industrial interests;
- implement the relevant experimental research and application of research skills on professional topics;
- evaluation of the results and reasoned defense of decisions.
Qualification awarded
: Bachelor of Computer Science with specialization Systems Engineering (Internet of Things)
Entry year: 2016
Program duration: 4 years
Number of credits: 240 ECTS credits on tne basis of the complete secondary education
Level of qualification according to the National Qualification Framework and the European Qualifications Framework: First (Bachelor) level, 7-th level of NQF, EHEA first Cycle
Field(s) of study: Information technology
Specific admission requirements: For admission for 2 year – junior specialist diploma and professional exam
Specific arrangements for recognition of prior learning:
Qualification requirements and regulations, including graduation requirements: The full implementation of the curriculum and defense of bachelor qualification work
Characteristics of the educational program:
Gained competence: The program is based on known and special knowledge, advanced research results in the fields of information technology, computer science, computer engineering, automation and computer-integrated technologies and programming and focuses on the actual specialization, within which possible further professional and scientific career-system engineering. The program is focused on the development of the Internet of things devices, the devices’ equipment with embedded computers and sensors, control systems, technology processes execution nodes, processing information coming from the environment, its exchange, accumulation, and analysis to implement systems "smart city" and "smart home ." This guarantees a broad knowledge and skills in information technology and provides students with the opportunity to choose to continue their education at the graduate level in the universities accross the world where similar training programs are implemented.
- knowledge and understanding of scientific and mathematical principles underlying the Internet of things devices;
- knowledge of professional-oriented disciplines of the specialty in computer science;
- advanced knowledge in the area of system engineering information technology;
- knowledge and skills to conduct experimental research, processing and presentation of experimental results;
- knowledge and understanding of design methodology and design of control units moving objects / things Internet, the relevant regulations applicable standards and specifications;
- knowledge of occupational safety, industrial hygiene and fire safety when working with the equipment and process equipment;
- knowledge and understanding of the impact of engineering solutions in the social, economic-Term, social and environmental context;
- knowledge of economics and project management.
- application of knowledge and understandings to identify, formulate and solve engineering problems specialties using known methods;- knowledge of professional-oriented disciplines of the specialty in computer science;
- advanced knowledge in the area of system engineering information technology;
- knowledge and skills to conduct experimental research, processing and presentation of experimental results;
- knowledge and understanding of design methodology and design of control units moving objects / things Internet, the relevant regulations applicable standards and specifications;
- knowledge of occupational safety, industrial hygiene and fire safety when working with the equipment and process equipment;
- knowledge and understanding of the impact of engineering solutions in the social, economic-Term, social and environmental context;
- knowledge of economics and project management.
- application of knowledge and understandings of problems for analysis and synthesis of specialization "Systems Engineering (Internet of Things)";
- the application of systems thinking and creativity to the formation of innovative ideas;
- the use of knowledge bases of technological processes, technical characteristics, structural features, purpose and rules of operation of equipment to solve engineering problems specialty;
- the ability to calculate, design, design, explore, exploit, repair, customize equipment and control devices moving objects and the Internet of things. - the ability to combine theory and practice, and acceptance decisions and develop strategies to meet the challenges of the specialty on the basis of human values, social, civil and industrial interests;
- implement the relevant experimental research and application of research skills on professional topics;
- evaluation of the results and reasoned defense of decisions.
Mode of study: full
Academic mobility: No, but mobility is encouraged and recognized in accordance with procedures of ECTS
Work placement(s): Practice on the theme of Bachelor
Programme director: prof. Nakonechny Adrian Yosyfovych (tel. 0677047595, email: adrnakon@gmail.com)
Occupational profiles of graduates:
Access to further studies: Masters programs, trainings
Other program features: The program is implemented in Ukrainian.
Institute: Institute of Computer Technologies, Automation and Metrology