The objective of this project is to design an IoT-based environmental monitoring system for airports that tracks air quality, temperature, humidity, noise levels, and crowd density to enhance passenger comfort, ensure safety compliance, and support efficient facility management through data-driven decision-making.
Study airport terminal operations and identify environmental factors affecting passenger comfort and operational safety.
Analyze regulatory standards related to air quality, noise control, and public safety in airports.
Identify key monitoring parameters such as CO₂ levels, particulate matter (PM2.5), temperature, humidity, and sound levels.
Define the role of IoT sensors and centralized dashboards in collecting and displaying real-time environmental data.
Conduct benchmarking of environmental monitoring practices at leading international airports.
Evaluate stakeholder requirements including airport management, airlines, facility teams, and passengers.
Design a conceptual mobile/web dashboard for real-time monitoring and alert notifications.
Prepare a cost–benefit analysis comparing traditional manual monitoring versus automated IoT systems.
Develop a revenue or funding model (airport budget allocation, public-private partnerships, sustainability grants).
Suggest KPIs such as reduction in passenger complaints, improved energy efficiency, and enhanced safety compliance rates.
Propose implementation phases including pilot testing, full-scale deployment, and maintenance strategy.
