2025
Entries
The X650 Thermal Drone is a next-generation aerial system built for real-time thermal imaging, inspections, and search missions. Unlike most commercial drones that are locked into proprietary systems, the X650 features a fully modular, open-platform design, supporting third-party thermal cameras, HD video systems, and onboard processing.
This innovative project aims at the development of a Drone-Based Environmental Monitoring and Disaster Management System. This system aims to leverage advanced drone technology for real-time environmental monitoring, natural disaster assessment, and emergency response coordination in support of local Institutions.
High-speed police pursuits remain one of the most dangerous routine activities in modern law enforcement, contributing to thousands of injuries, deaths, and costly property damage each year. Existing methods to intervene, such as spike strips, PIT maneuvers, or roadblocks - often escalate the risk to officers, suspects, and civilians. To address this challenge,
Dronette is an innovative semi-autonomous drone system designed to deliver essential medicines and medical supplies to remote and hard-to-reach regions of Kazakhstan. The project addresses urgent logistical, ecological, and healthcare challenges, aiming to improve access to vital medical care while reducing environmental impact and ensuring early detection of environmental threats such as fires and pollution.
DRT-Sand™ is a novel materials innovation that transforms previously unusable desert or coastal sand into a functional construction-grade substrate through an advanced nanobonding process. Developed by Doctor T Company in Thailand, the system introduces a proprietary coating (TPoxy™) that binds each grain with a nanoscale film, resulting in engineered sand that is water-resistant, dust-suppressed,
Understanding how cells behave and change within living tissues is essential for advancing medicine-whether it's studying how tumors grow, testing the effectiveness of new drugs, or exploring how the immune system responds to infection and injury.
Our team has created a new powerful imaging platform called dSLAM (deep and dynamic simultaneous label-free imaging of autofluorescence and multiharmonic).
This study presents a groundbreaking Dual Adaptive Propeller System designed to overcome the inherent limitations of current propulsion technologies in UAM and VTOL applications through innovative thrust modulation and aerodynamic control mechanisms.
As urban air mobility (UAM) and vertical take-off and landing (VTOL) systems evolve, propulsion technologies must adapt to the demands of compact designs, agile maneuverability,
The Dual-Engine Airplane is one of the Best General Aircraft in 2024 and they can greatly save on energy. It can reduces dependency on one energy source and cause a unified sources of energy to preserve power. This is our answer to the Academy of Engineers, which we were gladly accepted into because of our innovation.
The idea is to have pipelines running along the chassis of a vehicles. One end of the pipeline is connected to the drain holes of the engine, etc. The other end of the pipeline is attached to valves. The valves and the outlets of the pipelines are located along the perimeter of the vehicles. By doing so,
Our "HidraThor" grounding system is a revolutionary invention that is placed vertically at 1.4m depth in the ground to minimize the risk of death by electrocution due to accidental electrical discharges, currently 2.4m rods are used that are buried almost 3m deep, our system is different because it is less deep but with a larger diameter,
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