1. Develop a Dynamic Urban Air Traffic Management Solution:

Create a system that integrates existing air traffic management methods for airports into the urban airspace environment, aiming to enhance the operational efficiency of individual air traffic management operators.

2. Integrate Augmented Reality for Enhanced Situational Awareness:

Use augmented reality to dynamically incorporate future urban air traffic controllers into the operational environment. This will provide an advanced Human-Machine Interface (HMI) to improve situational awareness and facilitate real-time assessments of route planning, adjustments, and rerouting within the complex urban context.

3. Create a 4D Urban Space Modeling Platform:

Develop a dedicated platform that models urban airspace in four dimensions and simulates various operational scenarios. This will allow operators to visualize and interact with urban air traffic dynamically, improving both planning and operational efficiency.

4. Facilitate Training through Simulation:

Implement a simulation environment within the platform for training air traffic controllers. This will enable effective and comprehensive training, reflecting the hours required by law for controllers, and ensuring they are well-prepared for managing urban air traffic scenarios.