Enhancing the intelligent autonomous flight and control capabilities of unmanned aerial vehicles (UAVs) by integrating visual sensing technology. This study explores how visual sensing can improve UAVs' environmental perception, navigation, and decision-making, leading to greater autonomy and flight stability.

🚀 Cutting-Edge Technology for Intelligent Autonomous UAV Flight and Control!

🔍 Are you passionate about UAV technology? Do you want to master the latest advancements in visual sensing and autonomous flight? This project will study how visual sensing technology enhances UAVs' environmental perception, navigation, and decision-making, enabling smarter and more autonomous flight operations.

✨ Key Topics:
✅ UAV autonomous flight and control technology
✅ Applications of visual sensing and image processing
✅ AI algorithms and environmental perception
✅ Advanced navigation and obstacle avoidance systems

🌍 Wide-ranging Applications, Unlimited Opportunities! This technology is widely applicable in smart cities, agricultural monitoring, disaster response, industrial inspections, and more—placing you at the forefront of innovation!

📢 Join us now! Gain essential future-ready skills and make UAVs smarter!
✨Accommodation and Meals: Student dormitory provided, meals are self-catered.
✨Duration: At least 2 months, up to a maximum of 6 months.
✨Scholarship: Each participant will receive a monthly TEEP scholarship of at least NT$12,000.

If the participation period is less than one month, the scholarship will be granted on a pro-rata daily basis. The maximum duration for receiving the scholarship is six months (the stay may be non-consecutive).