Intelligent Building Control Systems

The master's degree in Intelligent Building Control Systems was created in response to the development of technology and advanced algorithms such as AI (Artificial Intelligence) and the growing needs of the labor market for specialists in the field of modern and energy-efficient intelligent construction solutions. On the one hand, it is a natural continuation of first-cycle studies, deepening knowledge and skills and expanding competences in the field of building technologies, electro-automatics, control and management systems and renewable energy sources. On the other hand, it is a field of study full of practical knowledge of interdisciplinary and fully integrated solutions designed for the triple transformation of cities: ecological, digital and social. Thanks to experienced staff, the study program is designed utilitarian - it allows students to develop practical skills in the design and programming of BMS (Building Management System) and BACS (Building Automation And Control Systems), energy monitoring and management (EMS - Energy Management System), as well as process modeling and integration of various teletechnical installations. Students learn to design safe and energy-efficient buildings and create supervisory algorithms aimed at ensuring the comfort of users in accordance with the principles of sustainable development and zero-emission. They will also learn about building power systems, teletechnical systems, renewable energy technologies, heating, cooling and electricity, systems integrated into the building, HVAC (Heating, Ventilation, Air Conditioning) and lighting systems. They provide an optimal indoor microclimate, which has a significant impact on the state of human health and the possibilities of its regeneration. They will also learn about the EPBD (Energy Performance of Buildings Directive), energy and environmental auditing, implementation of PLC (Programmable Logic Controller), HMI (Human-Machine Interface), IoT (Internet of Things). They gain the necessary knowledge about interoperability and data aggregation, network communication, wiring and teletechnical solutions. Thanks to this, students will gain knowledge of an international scope, enabling them to work in a highly specialized industry of systems for intelligent buildings. The study program also covers very important issues related to securing the appropriate response of systems and services in buildings in the event of a failure or serious malfunction of teletechnical systems and issues of responsibility for technical maintenance of technical equipment and systems of the facility.