Introduction Imagine a commercial aircraft cruising smoothly at 37,000 feet. The sky appears clear, the weather radar shows no major storm ahead, and the cabin crew begins serving meals. A few minutes later, the aircraft enters an area of unexpected turbulence. Passengers who are not wearing seat belts may be thrown from their seats, service … Read more
Introduction Weather can change the safety, timing, route, fuel requirement, and overall efficiency of a flight. Pilots, flight dispatchers, meteorologists, airport operators, and air traffic controllers therefore need accurate and timely weather information. Artificial intelligence is improving aviation weather prediction by analysing large quantities of radar, satellite, airport, aircraft, and historical data more quickly. It … Read more
Introduction Weather is one of the most important factors affecting aviation safety, efficiency, and passenger comfort. Pilots, flight dispatchers, airport teams, meteorologists, and air traffic controllers depend on timely weather information before and during every flight. Artificial intelligence is adding a new layer of support by processing large volumes of radar, satellite, aircraft, and historical … Read more
Introduction Aircraft design has always been one of the most advanced fields of engineering. Every aircraft must be safe, strong, lightweight, fuel-efficient, comfortable, and reliable. Designing such a machine takes years of research, testing, calculations, simulations, and expert decisions. Today, Artificial Intelligence is changing how aircraft are designed. AI helps engineers study large amounts of … Read more