The aim of this diploma thesis is to design and implement an automated air quality control system for a civil protection shelter intended to accommodate up to 10 people. The system is developed in accordance with current national construction standards and is designed to maintain a safe indoor microclimate in both normal and emergency conditions. It operates in two modes: a clean ventilation mode that supplies fresh air with standard filtration under regular circumstances, and a filtration-ventilation mode that is activated in case of chemical or biological threats, providing multi-stage air purification. The practical relevance of this work lies in the potential integration of the system into residential shelters to enhance safety and autonomy. The proposed solution can also serve as a prototype for broader applications in smart building technologies and emergency preparedness systems.
Research advisor: Olesia Drachuk
