INNOVATIVE EDUCATIONAL PROGRAMS FOR THE TRAINING OF FUTURE SPECIALISTS IN THE INDUSTRY OF TRANSPORT

Abstract

Summary. The article explores the relevance of developing and implementing innovative educational programs in the field of transportation as a strategically important direction for training specialists for the dynamically evolving transport sector. The global development of transport infrastructure, integration of advanced technologies, and increasing requirements for environmental sustainability, safety, and efficiency emphasize the need for qualitative changes in the preparation of future professionals.

Particular attention is paid to the analysis of modern teaching methods focused on the application of digital technologies such as artificial intelligence, the Internet of Things, big data, and autonomous systems. The significance of interactive methods combining theoretical knowledge with practical skills is substantiated. Specifically, the use of transport system simulators, virtual laboratories, and real-case-based projects is highlighted. For instance, students work on tasks such as optimizing transport flows, planning electric vehicle routes, and implementing smart traffic lights, which contribute to developing competencies in modern transport engineering.

The role of courses aimed at developing soft skills, such as teamwork, leadership, critical thinking, and intercultural communication, is examined, as these skills are becoming critical for effective work in the globalized transport environment. It is noted that special attention is given to partnerships with industrial companies and the integration of students into real production processes, ensuring their readiness for the challenges of the modern labor market.

The article also provides examples of Ukrainian and international educational programs that are already successfully used for training specialists in the transportation field. These include programs on intelligent transport systems, environmentally friendly transportation, logistics, and digital technologies. An important component is the emphasis on environmental sustainability, which involves the introduction of clean fuels, the development of energy-efficient vehicles, and the integration of environmental management into educational courses.

The importance of a multidisciplinary approach to learning is emphasized, combining engineering, IT, ecology, and management. Special attention is given to the regular updating of programs in line with technological advancements and market demands. This enables students to acquire up-to-date knowledge and develop skills in working with the latest equipment and software.