1. The ability to use the acquired theoretical and fundamental knowledge in the field of automated design of smart homes and systems. 2. The ability to develop and apply modern models and methods of automated design of smart homes and systems. 3. The ability to effectively perform system analysis, to choose a conceptual model of the environment of computer-aided design of smart homes and systems. 4. The ability to apply knowledge and practical skills to the analysis and synthesis of automated design of smart homes and systems.

Pre-requisite: Application of microsystem devices.

The discipline is devoted to the study of methodologies, approaches, methods and means of effectively solving the tasks of automated design of smart homes and systems. Particular attention is paid to the processing of large amounts of data, the application of intelligent methods and the construction of modern information technologies based on them.

1. Липкин Е. ИНДУСТРИЯ 4.0: Умные технологии – ключевой элемент в промышленной конкуренции М.: ООО «Остек-СМТ», 2017. – 224 стр. 2. Лотов А.В., Поспелова И.И. Многокритериальные задачи принятия решений: Уч. пособие. М.: Издат. отдел ф-та ВМиК МГУ, МАКС Пресс, 2008. – 197 с. 3. Kazarian A., Beregovska K., Teslyuk V. Data analysis model and forms of cloud analytical functions for “smart” house systems // Information and Innovation Technologies in Economics and Administration. Series of monographs Faculty of Architecture, Civil Engineering and Applied Arts Katowice School of Technolog. Monograph 27. – 2019, Katowice. – P. 17 - 27. 4. Teslyuk V., Beregovska K., Holovatyy A. Analysis of the current state of progress and development of "smart" house systems // Innovative education as a constituent part of the smart city. Series of monographs Faculty of Architecture, Civil Engineering and Applied Arts Katowice School of Technolog. Monograph 20. – 2018, Katowice. – P. 88 - 105. 5. Boreiko O., Teslyuk V., Chorna I. Analysis and prospects of smart city technology development. Innovative education as a constituent part of the smart city (Series of monographs Faculty of Architecture, Civil Engineering and Applied Arts Katowice School of Technology Monograph 14). 2017. P. 60-70.

1. Evaluation of laboratory performance reports. The event is carried out after the completion and execution of reports on all laboratory work. 2. Examination control. The event is carried out in accordance with the schedule established by schedule and involves diagnosing the knowledge of the theoretical material.