This project focuses on the development of an Automated Unmanned Aerial Vehicle (UAV) for Aerial Surveillance and Monitoring Applications. The aim is to create a UAV equipped with advanced automation technology to efficiently collect data…
Read MoreThe project thesis focuses on the design and analysis of lightweight composite materials for aircraft structures. Researchers aim to develop materials that are strong and durable, yet lighter in weight than traditional materials like metal.…
Read MoreThe project thesis focuses on the development of an innovative adaptive wing structure that aims to improve aircraft performance. By designing a wing structure that can adapt to different flight conditions, such as changing speeds…
Read MoreThe project aims to design and construct an unmanned aerial vehicle (UAV) using advanced composite materials to improve its performance and durability. By utilizing lightweight and strong materials, the UAV will have increased efficiency, extended…
Read MoreThe project thesis focuses on designing and optimizing a lightweight aircraft wing using advanced composite materials and additive manufacturing techniques. By incorporating these innovative technologies, the aim is to improve the overall performance and efficiency…
Read MoreThe project thesis focuses on the development of a Smart Maintenance System for Predictive Maintenance of Aircraft Engines. By utilizing advanced data analytics and machine learning algorithms, the system aims to predict potential issues in…
Read MoreThe project thesis focuses on the design and analysis of advanced lightweight materials for aircraft structures. It aims to explore innovative materials that are both strong and lightweight, with the goal of improving the performance…
Read MoreThe project thesis focuses on the development of advanced composite materials for aircraft manufacturing to enhance performance and fuel efficiency. Advanced composites offer unique properties such as high strength-to-weight ratio and durability, making them ideal…
Read MoreThe project thesis focuses on the extension of the service life of aircraft components by using advanced fatigue analysis and predictive maintenance techniques. By leveraging these tools, the goal is to enhance safety, efficiency, and…
Read MoreThe project thesis aims to develop lightweight composite materials for aircraft structures that offer enhanced performance characteristics. By utilizing advanced manufacturing techniques and optimizing material properties, the goal is to create materials that are both…
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