The objective of this diploma project is to develop an automated indoor microclimate control system, comprising two separate devices: an air quality monitor and a microclimate control hub. The system also includes a web interface for displaying information about the current state of the microclimate and the status of actuators.
Within the framework of this project, the physical principles of measuring temperature, humidity, and gas concentrations were studied. The results of medical research regarding the impact of microclimate parameters on human health were analyzed. The necessary components for system operation were selected, electrical schematic diagrams were developed, software operation algorithms were created, assembly drawings were prepared, and a web interface for remote monitoring was implemented. Fully functional prototypes of both devices were designed and manufactured.
The work is presented on 88 pages (excluding appendices) and includes 4 chapters, 43 figures, and 42 references.
\Research advisor: O. Muraviev
