AI-Powered Autonomous Drone Swarm Systems for Environmental Damage Detection
IEEE VSSUT Student Branch in collaboration with IEEE VSSUT CASS Chapter
IEEE VSSUT Student Branch, in collaboration with the IEEE VSSUT CASS Chapter, presents an insightful webinar on “AI-Powered Autonomous Drone Swarm Systems for Environmental Damage Detection.”
The session will feature innovative speakers from Brazil, Nícolas Auersvalt Marques and Beatriz Kobayashi, Chair and Vice Chair of the IEEE Student Branch UTFPR respectively, who will share their expertise in autonomous drone systems, embedded artificial intelligence, and intelligent environmental monitoring technologies.
Participants will explore the rapidly evolving field of AI-driven drone swarm systems, including topics such as NVIDIA Jetson platforms, OpenCV, YOLO-based object detection, embedded AI systems, and real-time environmental damage detection. The webinar will highlight how intelligent aerial technologies can assist in ecosystem monitoring, disaster detection, and environmental protection through advanced autonomous systems.
The event aims to provide students and technology enthusiasts with exposure to cutting-edge developments in artificial intelligence, computer vision, embedded systems, and drone-based environmental applications.
Register- https://lnkd.in/gTwhEYWh
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Speakers
Nícolas Auersvalt Marques of IEEE Student Branch UTFPR
AI-Powered Autonomous Drone Swarm Systems for Environmental Damage Detection
A technical webinar focusing on autonomous drone swarm systems, embedded artificial intelligence, computer vision, and real-time environmental damage detection using intelligent aerial technologies.
Biography:
Nícolas Auersvalt Marques serves as the Chair of the IEEE Student Branch UTFPR and is actively involved in projects related to embedded artificial intelligence, autonomous drone technologies, computer vision, and intelligent systems. His technical interests include AI-powered automation, environmental monitoring systems, and real-time aerial data processing using modern embedded platforms and machine learning frameworks. Through collaborative innovation and research-driven initiatives, he contributes toward the development of advanced technological solutions for real-world environmental and engineering challenges.
Address:IEEE Student Branch UTFPR, , Curitiba, Parana, Brazil, 80000
Beatriz Kobayashi of IEEE Student Branch UTFPR
AI-Powered Autonomous Drone Swarm Systems for Environmental Damage Detection
A technical webinar focusing on autonomous drone swarm systems, embedded artificial intelligence, computer vision, and real-time environmental damage detection using intelligent aerial technologies.
Biography:
Beatriz Kobayashi serves as the Vice Chair of the IEEE Student Branch UTFPR and is actively engaged in initiatives related to embedded systems, artificial intelligence, robotics, and intelligent environmental technologies. Her areas of interest include computer vision, autonomous systems, AI-assisted monitoring solutions, and emerging smart technologies for sustainable applications. Through technical collaboration, leadership, and innovation-focused activities, she contributes to the advancement of intelligent engineering solutions and interdisciplinary research initiatives.
Address:IEEE Student Branch UTFPR, , Curitiba, Parana, Brazil, 80000
Agenda
▪️ Introduction and Welcome Address
▪️ Speaker Introduction
▪️ Fundamentals of Autonomous Drone Swarm Systems
▪️ Embedded AI and NVIDIA Jetson Applications
▪️ OpenCV and YOLO-Based Environmental Detection
▪️ Real-Time Ecosystem Monitoring and Disaster Detection
▪️ Interactive Q&A Session
▪️ Closing Remarks
Artificial Intelligence • Autonomous Systems • Environmental Innovation