Artificial intelligence (AI) is making a transformative impact on the aviation industry in ways that you never imagined. From improving safety and operational efficiency to enhancing passenger experience, these advancements are positioning AI as a cornerstone in reshaping aviation—now and in the future. Last month, the US Department of Homeland Security (DHS) released the “Roles and Responsibilities Framework for Artificial Intelligence in Critical Infrastructure,” a first-of-its-kind resource with recommendations on how to integrate AI into critical infrastructure—which includes the aviation industry.

Vaughn College explores these latest advancements of AI in aviation, how they drive innovation and technology in various sectors and how these learnings can be incorporated into degree offerings.

Safety first

Before we begin, it’s important to note that safety in aviation always comes first. Due to the high stakes nature of aviation, AI systems undergo rigorous and multi-phase testing processes before being integrated into operational environments. Although advancements in AI are revolutionizing the aviation industry, thorough and continuous testing will ensure that these systems will enhance safety and reliability—and without compromising operational standards.

Homeland Security framework

In relation to the aviation industry, the framework developed by the US Department of Homeland Security focuses on enhancing security, resilience and efficiency through AI while addressing emerging risks.

Here is how AI connects to aviation within this framework:

• Air traffic management—The DHS emphasizes using AI to reduce vulnerabilities and detect potential threats in real time, thus ensuring secure management of national airspace.
• Cybersecurity in aviation systems—AI tools are being used to identify and mitigate cyber threats that target airline IT systems and communication networks, among other aviation infrastructures. The framework outlines measures to protect AI-driven systems against cyberattacks, which could potentially disrupt aviation operations.
• Operational efficiency and risk reduction—AI aids in predictive maintenance, allowing airlines to monitor real-time data, forecast repairs and schedule maintenance more efficiently. This in turn reduces operational costs and prevents in-flight failures. Robotics and augmented reality are also assisting in maintenance operations in areas such as baggage handling. Additionally, AI supports decision-making processes in logistics and scheduling, which are critical components in aviation.
• Collaboration and standardization—Creating standardized protocols is key for deploying AI safely in critical industries, including aviation. The framework calls for collaboration between government agencies and private sector entities to ensure safety across all industries.

The need for a human touch

With all this coverage of AI and robotics, one might ask if these technological advances would eliminate the need for human jobs. The answer is: “No!” In fact, human expertise is essential in an AI-driven aviation industry. This technology has created a strong demand for aviation professionals across a variety of career paths. AI systems require humans to monitor their operations and intervene, when necessary, especially in unexpected situations and human oversight is critical for ensuring that AI decisions align with ethical, regulatory and safety standards.

Vaughn has the degrees you need to succeed

AI is rapidly penetrating the career fields of engineering, technology, management, aviation and aviation maintenance and Vaughn’s degree programs will ensure you are ready to handle these evolving technological advancements.

• Pilots—Even with the increase of autopilot and advanced AI systems, pilots are still indispensable. Were you aware of the ongoing pilot shortage? Vaughn’s can have you soaring into this high-flying and in-demand career.
• Maintenance—Although AI assists in predictive maintenance by identifying potential issues, human beings perform repairs, inspections and verify system integrity. Vaughn’s aviation maintenance certificate program can be completed in as little as 16 months—having you equipped with the skills you need to jump right into the workforce. Read how the demand for aviation maintenance technicians has reached record highs.
• Engineering—AI engineers design, test and update AI systems, ensuring they meet safety and performance standards. Vaughn’s engineering and technology degree programs are just what you need to succeed in this exciting, advancing career field. Check out these engineering programs to see which one is right for you.
• Air traffic control—Although AI supports air traffic controllers by optimizing flight paths and reducing congestion, the need for humans to handle complex scenarios and communicate with pilots is critical for safety—both in the sky and on the ground. Vaughn’s Air Traffic Control Program can prepare you for being an “eye in the sky” in this in-demand, high-intensity career. The need for air traffic controllers grows increasingly crucial by the day. Read about the shortage and how the Federal Aviation Administration (FAA) is expediting the pathway at colleges like Vaughn.
• Computer engineering and cybersecurity—Although AI tools are being used to identify and mitigate cybersecurity threats, cybersecurity analysts in aviation play a pivotal role in ensuring the sector’s operational safety and resilience against threats. Vaughn’s degree programs in computer engineering and computer science can be your gateway to this exciting and in-demand career path. Read about what you need to know to land a job cybersecurity.

Artificial intelligence is the real deal, especially in connection with the aviation industry. As AI continues to grow and evolve, so does the demand for the critical jobs that go hand-in-hand. Whether you’re interested in becoming a pilot, engineer, air traffic controller, maintenance technician or a cybersecurity professional, Vaughn College has the degree programs to help you land a job in these futureproof careers. Apply today!