Prototype of Electronic Multisensor Fire Alarm System

This paper presents an active learning method based on the design and implementation of a multisensor fire alarm system, integrating theoretical knowledge and practical skills in the field of advanced electronic security systems. Through the implementation of hardware prototypes and microcontroller programming, students learn fundamental principles related to the design and optimization of electronic early warning and protection systems. The application of this methodological approach not only enhances the effectiveness of learning but also stimulates the development of analytical thinking, engineering analysis, and the ability to work in multidisciplinary teams. The use of a modular software architecture ensures the possibility of future extensions and adaptation to dynamically evolving technologies in the field of automation and safety.