Multi-disciplinary integrated city aviation
Mobility Core Technology Development Center
Multi-disciplinary integrated city aviation
Mobility Core Technology Development Center
Urban air mobility (UAM) is attracting attention as an alternative to solving congestion caused by increased ground traffic in the city center.
Currently, more than 400 industries and research institutes around the world are developing it, but there are few cases of actual flight success, and organic considerations in various fields should be accompanied due to the specificity of urban operation.
Therefore, this center intends to develop elemental technologies for each field that can be applied as the core of urban aviation mobility development.
Development of optimal shape design based on machine learning (electric propulsion, noise, aerodynamics, structure, vibration)
Development of an artificial intelligence-based autonomous flight and flight control safety evaluation tool
Integration of high-precision interpretation of aerodynamics/noise/structure/vibration for the shape of urban aviation mobility
Development of multi-field integrated digital twin simulations capable of organic high precision, high-speed analysis/design by field, prototype production, and verification through experiments
