Digital transformation has brought significant advancements to the aviation sector as a result of the rapid progress in information and communication technologies. It has become one of the fundamental pillars contributing to the development of aviation engineering technologies and the improvement of their efficiency. This transformation relies on the integration of digital systems, advanced software, artificial intelligence, data analytics, and the Internet of Things (IoT) into aircraft design, operation, and maintenance. Digital technologies have contributed significantly to the development of aircraft design processes through the use of engineering modeling and simulation software. These tools enable engineers to test systems and components in virtual environments before moving to actual manufacturing stages. This approach helps identify potential problems at an early stage, improve design accuracy, and reduce the time and costs associated with development and testing processes. Digital transformation has also played an important role in advancing aircraft maintenance methods. Modern sensors can continuously monitor the performance of aircraft components and systems, while data analytics enables engineers to identify early indicators of potential failures and predict faults before they occur. This approach helps reduce aircraft downtime, lower maintenance costs, and enhance operational safety and reliability. Artificial intelligence has become an important tool in aviation engineering technologies due to its advanced capabilities in analyzing large volumes of data, diagnosing faults, and supporting technical decision-making. In addition, Digital Twin technology has enabled the creation of virtual models that simulate actual aircraft systems and components, allowing engineers to monitor their performance, test them under various operating conditions, and investigate potential problems without affecting the actual systems. The impact of digital transformation is not limited to aircraft design, operation, and maintenance; it also extends to education and training. Simulation and virtual reality technologies provide safe training environments that help students and engineers understand aircraft systems and practice operational and maintenance procedures, as well as respond to different scenarios without the risks associated with direct practical training. Despite these advantages, the implementation of digital transformation in the aviation sector faces several challenges. These include the high cost of adopting modern technologies, the need for highly qualified personnel with specialized engineering and digital skills, as well as cybersecurity challenges related to protecting systems and data. Therefore, it has become essential to prepare aviation engineering technology professionals with a combination of engineering knowledge and digital competencies to meet the requirements of the modern aviation industry. These developments are also aligned with the United Nations Sustainable Development Goals (SDGs), particularly Goal 4: Quality Education, Goal 9: Industry, Innovation and Infrastructure, and Goal 12: Responsible Consumption and Production. Digital transformation contributes to these goals by supporting technical education, encouraging innovation, and promoting the development of more efficient and sustainable systems. In this context, Al-Mustaqbal University, ranked first among private universities in Iraq, seeks to keep pace with modern scientific and technological developments and enhance knowledge of digital technologies and their applications in engineering fields. These efforts contribute to preparing qualified professionals capable of meeting labor market requirements and adapting to the future development of the aviation industry. In conclusion, digital transformation represents a fundamental stage in the future development of aviation engineering technologies. It offers significant opportunities to improve aircraft design, maintenance, and training while enhancing efficiency, reliability, and safety. With the continued advancement of artificial intelligence, the Internet of Things, data analytics, and Digital Twin technology, digital applications in aviation are expected to expand further, making digital skills an essential requirement for future aviation engineers. Asst. Lect. Hiba Hussein Abdul Abbas