predict the flight paths of aircraft, improving airspace utilization and enabling smoother traffic flow. Operators like airlines are reducing fuel consumption by using AI algorithms to optimize their flight routes and schedules.”
Going forward, AI will become an integral part of aviation education. “Through virtual and augmented reality technologies, AI will play a significant role in training pilots and air traffic controllers,” said Briceno. “Even today, AI algorithms are used and developed to analyze weather conditions, air traffic, and aircraft performance to optimize flight routes, saving fuel and time.”
And if this isn’t enough, AI will even affect how the aircraft of tomorrow will be created and flown. “On the design side, AI helps with weight and strength optimization of parts, wire routing, aerodynamic optimization,” Sikorsky Innovations’ Cherepinsky said. “With these advances, expect to see aircraft that are much more fuel efficient and contain fewer parts, i.e. are easier to maintain. On the operational side, as AI takes on more flying tasks, we expect pilot training requirements will be reduced. We expect humans to continue to be the managers of the mission, but actual flying will eventually be done by the machine.”
Finally, AI will transform the relationship between crewed and uncrewed aircraft. “In flying, we will see more teaming between aviators and uncrewed systems,” said Church. “That may mean a single ground-based pilot overseeing multiple uncrewed aircraft in flight, or uncrewed vehicles co-operating with crewed vehicles to accomplish a shared mission.”
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