2024 Galleries
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Galleries // 2024 Spark:Fall/Winter Student // UAM Simulation
UAM Simulation
Entrant
Competition: Spark:Fall/Winter Student
Designer: Narin Park
Design Type: Product & industrial
Company / Organization / School: Hanseo Univ.
Team Members: Jinwoo Lee, SUKHYUN LEE, YUJIN PARK
An integrated system that provides a realistic flight environment for pilot training, autonomous flight testing, and urban traffic management Pilot training and educational support Improve pilots' flying skills by simulating various flight situations through a realistic 3D flight environment. It provides a comprehensive flight scenario, including emergency response, takeoff and landing technique training, etc., to help you prepare thoroughly before the actual flight. Autonomous flight testing and technology validation Provides an environment to test and verify AI-based autonomous flight algorithms. Evaluate and optimize the performance of autonomous flight systems in a variety of urban environments and weather conditions to increase reliability for commercialization. Urban traffic management and optimization Provides simulation functions to optimize UAM operation routes and traffic flows within the city center. To solve traffic congestion problems and operate UAM efficiently, you can set optimal routes, manage landing points, and establish response plans according to weather changes. The UAM simulator is a sophisticated system that aids pilot training, autonomous flight testing, and traffic management optimization in urban air mobility. It replicates real UAM environments, enhancing pilot skills and facilitating the commercialization of A-based autonomous flight algorithms.
