Smart City

I designed a comprehensive Smart City dashboard aimed at enabling city administrators and residents to monitor and manage urban infrastructure in real time. By utilizing data-driven systems, the project enhances decision-making, optimizes resource use, and improves quality of life for citizens.

Waste Monitoring

I designed a waste monitoring interface that uses IoT sensors embedded in trash bins to provide real-time data on bin capacity and collection needs. The interface includes a map that will trigger on their status (half-full, full, overflowing), and notifications for waste management teams when specific bins require attention.

Key Features:

Real-time status updates on bin capacity
Route optimization for waste collection trucks based on full bins
Alerts for overflow or missed collections
Historical data and reporting for long-term planning

CCTV Monitoring

The CCTV monitoring system was designed with AI-powered event detection that alerts operators to unusual activity, such as crowd gatherings or accidents. We created a dashboard that consolidates live feeds from multiple cameras while providing alert-based prioritization, ensuring that operators focus on the most critical incidents.

Key Features:

AI-driven event detection and alerts
User-friendly interface for viewing multiple camera feeds

Air Quality Monitoring

I developed an intuitive air quality monitoring dashboard that provides real-time pollution levels, trends, and alerts. The user interface displays a simple color-coded air quality index (AQI) for different city zones and offers recommendations for citizens, such as staying indoors or avoiding outdoor activities on high pollution days.

Key Features:

Real-time AQI displayed
Location-based AQI alerts and notifications
Historical air quality data and future predictions

04 Energy Consumption Monitoring

I created an energy consumption dashboard that displays real-time data for Overall electricity and water use. The interface helps city officials monitor spikes, detect inefficiencies, and encourage sustainable usage through insights and predictions.

Key Features:

Real-time energy and water usage monitoring
Predictive analytics for future consumption trends
Alerts for abnormal energy consumption

05 Traffic Light Control

I designed a smart traffic light control system that adjusts signal timings dynamically based on real-time traffic flow data. The interface allows traffic managers to visualize traffic conditions, view congestion alerts, and manually override signals if needed.

Key Features:

Real-time traffic flow monitoring with congestion alerts
Dynamic signal adjustment based on traffic density
Map integration with live traffic data
Manual override option for emergency scenarios

Back

Smart City

Waste Monitoring

CCTV Monitoring

Air Quality Monitoring

04

Energy Consumption Monitoring

I created an energy consumption dashboard that displays real-time data for Overall electricity and water use. The interface helps city officials monitor spikes, detect inefficiencies, and encourage sustainable usage through insights and predictions. ​ Key Features:

Real-time energy and water usage monitoring

Predictive analytics for future consumption trends

Alerts for abnormal energy consumption​

05

Traffic Light Control

I created an energy consumption dashboard that displays real-time data for Overall electricity and water use. The interface helps city officials monitor spikes, detect inefficiencies, and encourage sustainable usage through insights and predictions.

Key Features:

Alerts for abnormal energy consumption