Virtual Booth

Cigarette smoking poses serious health risks to children, including respiratory illnesses, mental health issues, and impaired lung development. To address this challenge in primary schools, we propose an innovative and interactive Cigarette Smoke Detection System that integrates Arduino technology with an alarm system to promote a smoke-free environment. This system not only detects cigarette smoke through advanced sensors but also engages students in real time, turning a health alert into an educational opportunity. The system is programmed using C++ coding to operate. When cigarette smoke is detected, the sensor communicates with the Arduino microcontroller to trigger an interactive alarm, which includes both visual and auditory signals. The alarm alerts the students about the dangers of smoking, fostering an interactive learning environment. By raising awareness about the harmful effects of tobacco use, this system encourages students to make informed decisions about their health through innovative interactive prototype. Furthermore, it directly supports Sustainable Development Goal 3 (SDG 3): Good Health and Well-Being by promoting health awareness among children under 12 years old. The integration of this smart technology aligns with Malaysia’s IR 4.0 framework, showcasing a commitment to innovation in public health while creating a disciplined, supportive educational atmosphere that cultivates healthier lifestyles. In addition, students can learn about automation through the installation of sensors connected to a programmable Arduino microcontroller. This innovative interactive learning system provides two key advantages which are educating students about the health risks of cigarette smoking and introducing them to IR 4.0 automation technology at a young age in primary school.

Scope of Project:

This Innovative and Interactive learning Prototype aims to explore the development and implementation of an Interactive Cigarette Smoke Detection System in primary schools to promote a smoke-free environment. The scope includes:

a)      System Design, Installation and Development:

·        Designing a cost-effective system using Arduino technology and smoke sensors.

·        Integrating an alarm system that provides real-time alerts upon detecting cigarette smoke.

b)     Health Awareness and Education:

·        Evaluating the system's effectiveness in raising awareness about the dangers of smoking among students through student’s engagement and experiment.

·        Evaluating the system's effectiveness in reducing smoking incidents on school premises.

·        Analyzing how the system aligns with SDG 3 (Good Health and Well-Being) by promoting healthier lifestyles among children.

c)      Integration with Educational Frameworks in schools.

·        Exploring the potential for the system to be integrated into existing health education curriculum.

·        Engaging parents and the broader community in discussions about smoking prevention and health education.