According to Statista, global spending on digital technology integration is expected to reach $ 3,99 trillion by 2027. The International Aviation Transport Association (IATA) and technology service companies' funding and promoting technology (FTP) are strategically strategic because the highest information manager of Aviation is filled with legacy applications that are financially difficult to maintain. Note that we are aware of the need to invest in.
Although it is not easy to implement, new technologies are more expensive, making profits in the main fields, such as improving efficiency and safety, improving professional training, automating air traffic management, and optimizing performance.
As reported by the International Aviation Transport Association (IATA), the number of passengers is expected to reach 5.2 billion in 2025, an increase of 6.7 % compared to 2024. The amount of cargo is expected to reach 72.5 million tons, reflecting the 5.8 % increase from 2024. 。 According to Boeing, 674,000 new pilots, 716,000 new maintenance technicians, and the current global commercial fleet will need 980,000 new cabin crews around the world. Aviation sector digitizes most processes to promote efficiency and profitability. The development of new technology is inevitable. This provides the need to develop new skills for experts, increasing demand for new occupations in the fields of cyber security, data analysis, AI development, and operation optimization.
“Aviation sector is constantly investing in digital technology and produces demand for new experts who can lead the team in an era that changes rapidly. As digitalization progresses every year, aviation experts are adaptability. It is necessary to develop new skills, such as a combination of aviation expertise and IT knowledge, “said ABDELMAGID BOUZOUGARH, CEO of Aerviva, an international aviation recruitment consultant.
Tomorrow's pilot: More powerful analysis skills and monitoring skills
One way for digitalization to support the pilot is to provide support and guidance at every stage of flight. The network of the app improves operation efficiency, improves the situation, and provides a larger collaboration ability between pilots and co -pilots, and compliance with safety protocols. AI provides Spotter data on weather, flight planning, and general conditions. However, pilots must undergo critical analysis and monitoring training to operate the AI Assist flight system. You can also use new technology to model the more accurate virtual reality simulation of pilots and develop scenario -based digital learning. Analyzing pilot performance data can help you create a personalized training plan based on human strengths and weaknesses.
The LUFTHANSA Technik's advanced AI -drive -type aircraft maintenance (AAMT) system uses AI -based flight simulators to more effectively train pilots and maintenance screws. This system integrates machine learning algorithms with real -time flight data to simulate a wide range of scenarios, from emergency to rare mechanical disorders.
Maintenance: Faster, more accurate, cost reduction
Many airlines acknowledge the difficulties of attracting and maintaining talent. According to Deloit, an accounting firm, the US commercial aerospace category is estimated to require another 123,000 technicians over the next 20 years. Digitalization helps to attract and maintain talent by optimizing labor.
The new AI technology can strengthen aircraft safety solutions and maintenance schedules, so that airlines can better understand personnel needs and improve their planning processes. Advanced detection systems analyze real -time aircraft data, provide accurate insights, proposals for predictive maintenance, optimized schedules, prevent non -planned downtime, reduces unexpected repair, and reduces operation efficiency. And contribute to improving reliability.
Airbus has developed Skywise, a cloud -based platform using AI and big data analysis, and has strengthened aircraft maintenance. Skywise Core (X) allows operators around the world to make appropriate operation decisions based on data insights. Another example is the prediction maintenance software INSIGHT ACCELERATOR, which is part of the Boeing Airplane's health management suite solution. This allows airline to avoid flight delays and cancellations, using real -time maintenance alerts to significantly reduce aircraft time (AOG) on the ground. By analyzing QAR/CPL full -fly data, the user can lead the advanced insight and create an alert algorithm unique to the operation of the airline.
The new technology incorporates big data tools, machine learning processes, and decision -making modeling systems to provide valuable information. Digital twisting is a virtual replica of a physical system that is continuously updated based on real -time sensor data. You can predict future aircraft issues so that engineers can examine potential problems in advance.
In addition, digital tools can help reduce the time spent in documentation by performing the collected information, systematization, and assignment analysis. This helps to complete the task more efficiently. Regarding maintenance and repair, the AI tools can prepare more detailed and accurate instructions, which causes work errors redundancy.
ATC: AI can improve most tasks, but human elements remain in the core.
Air Controlors (ATC) handle a lot of dynamic information and can reduce attention under heavy workloads. However, new AI -based technology can reduce workloads while increasing flight safety, efficiency and capacity. By providing real -time data, digital systems can improve the situation and minimize the risk of aerial collision. The data link system allows the controller and pilots to exchange information more accurately, limit communication errors, and release their wireless frequencies. Automating routine tasks, providing more accurate weather forecasts and passenger transportation data, calculating the most efficient flight routes, and enhancing overall efficiency can be improved with a new AI technology. Technology advances can make a big difference to the ATC field, but human elements are still indispensable.
Aviation AI Automation can be very useful, but there are some concerns. Questions about who make a decision and whether the algorithm is fair can make it difficult to know the AI system responsible. It is not clear whether AI will follow all the rules of AI because the rules of AI are still created. It is very important to confirm that AI is safe and reliable. Protecting personal information and keeping data from hackers safely is one of the main concerns. Also, AI cannot adapt well in the changing situation,
It is difficult to integrate with an old system. People's trust in AI is also important. Passengers and staff may not trust AI to make important decisions. To deal with these issues, it is necessary to carefully regulate aviation AI.
New opportunity for aviation career
However, the wrong choice of the aircraft flight representative leads to general work, especially in these eras where AI is more realistic. Specialists need to operate a lot of data and analysis and open them to new AI solutions.
As Reuters reported, the US Aerospace and Defense Great RTX Corp plans to hire more than 1,000 powerful labor in India by 2027. Boeing has hired data science and analysis experts to apply AI and machine learning to MRO operation, and strengthen efficiency and predictive maintenance. The Federal Aviation Bureau (FAA) also provides opportunities for information technology that contributed to the progress of aviation technology, such as the role of cyber security and data analysis.
“Advanced technology has more exciting career opportunities because experts can deepen knowledge in a specific field. Stressing the needs of experts who are skilled in data analysis, machine learning, and AI operations. With the expansion of the digital system, new roles include cyber security, AI experts, and analysts, all of which play an important role in aviation sector. Bosugal is explained.
Development and integration of AI technology in various aviation fields can save costs, improve the flow of passengers through the airport, and improve fuel efficiency. According to IATA and FTP, new technologies can increase environmental management and sustainable development opportunities by analyzing data and providing insights. Sustainability is becoming an important focus and leading to employment opportunities for green aeronautics.
Aerviva is a head -based international consultant in Dubai and specializes in aviation recruitment and document management. Consultant companies are trying to develop custom -made solutions for client's specific needs, leading not only deep understanding and experience in the aviation industry, but also global expertise.