Antenna-Based Carbon Dioxide Detector
November 28, 2024
This innovative device uses antenna technology to detect and measure carbon dioxide levels with high precision. By leveraging advanced signal processing, it ensures accurate, real-time monitoring of CO₂ concentrations, making it ideal for applications in environmental monitoring, industrial safety, and smart city solutions.
AUTONOMOUS DRONES FOR BRIDGE INSPECTION
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MAINTENANCE
May 17, 2024
These advanced drones are designed to autonomously inspect and maintain bridges, utilizing high-resolution imaging, sensors, and AI-driven analysis. They enhance safety, reduce inspection time, and minimize costs by identifying structural issues and performing maintenance tasks without the need for manual intervention. Ideal for infrastructure monitoring and ensuring bridge safety.
SHORE LINE STABILIZATION TO PROTECT AGAINST EROSION USING BIOMIMICRY TO MAINTAIN THE INTEGRITY OF MARINE STRUCTURES.
March 22, 2024
This innovative approach leverages biomimicry techniques to protect shorelines against erosion while preserving the integrity of marine structures. By mimicking natural processes and structures, it promotes sustainable stabilization, reduces environmental impact, and enhances the resilience of coastal ecosystems.
REAL TIME AIR QUALITY MONITORING AND PREDICTION SYSTEM USING IOT SENSING NETWORK
This system utilizes an IoT-based sensor network to monitor air quality in real-time, providing accurate data on pollutants. Equipped with predictive analytics, it forecasts air quality trends, enabling timely interventions to improve environmental health and public safety.
THRUST VECTOR CONTROLLED ROCKET FOR SPACE APPLICATIONS
This advanced rocket system employs thrust vector control (TVC) technology to steer and stabilize the rocket during flight. By adjusting the direction of the engine’s thrust, TVC ensures precise control, enhancing the rocket's performance for various space missions, including satellite launches and deep space exploration.