DEPARTMENT OF TRANSPORT ENGINEERING AND LOGISTICS SYSTEMS
The Department of Transport Engineering and Logistics Systems is an academic and research unit of the university that provides training for a new generation of specialists in the transport industry and logistics sector.
Mission: To develop engineering and intellectual potential capable of solving complex problems in transport engineering, logistics, and transportation organization using digital technologies, artificial intelligence, and modern management methods.
Goal: To provide high-quality education aimed at training professionals with innovative thinking, strong competencies, and the ability to independently solve practical and scientific problems in transport engineering, vehicle operation, and logistics process management.
The department provides training at the bachelor’s, master’s, and PhD levels, integrating engineering knowledge, digital skills, and practical experience.
🎓 Bachelor’s Programs
- 6B07106 “Transport, Transport Engineering and Technologies”
- 6B11302 “Logistics (Transport)”
Graduates of Transport, Transport Engineering and Technologies are able to:
- assess and analyze the technical condition of vehicles and equipment;
- apply innovative maintenance, repair, and modernization technologies;
- calculate operational costs and efficiency of transport enterprises;
- design handling and transport machinery, systems, and components;
- use digital modeling, CAD/CAM systems, AI and visualization tools.
Graduates of Logistics (Transport) gain competencies in:
- managing transport and logistics processes and supply chains;
- optimizing material, financial, and information flows;
- applying ERP, WMS, TMS systems and digital platforms;
- designing and analyzing logistics routes;
- evaluating risks and developing efficiency strategies.
🎓 Master’s Programs
- 7M07104 “Transport, Transport Engineering and Technologies”
- 7M11302 “Logistics in Supply Chain Management”
Master’s students acquire research, analytical, and management competencies, as well as skills in digital simulation and modeling.
🎓 Doctoral Programs (PhD)
- 8D07102 “Transport, Transport Engineering and Technologies”
- 8D07107 “Innovations in Transport” (Industrial Doctorate)
PhD programs prepare researchers and academic specialists capable of developing innovative solutions for the transport industry. Doctoral students publish in Scopus and Web of Science journals, participate in international conferences and joint industrial research projects.
The Department of Transport Engineering and Logistic Systems is actively developing in line with modern trends in education, science, and digital transformation.
The department’s main goal is to train highly qualified specialists in automotive transport, construction and road machinery, and supply chain logistics.
Key Areas of Development
- Academic Mobility. The department implements student and graduate exchange programs with foreign universities. Participants study according to international standards and enhance their professional competencies. The department also welcomes international students, fostering a multicultural learning environment.
- International Internships.Students and graduate students undertake internships and research placements at leading international companies and research centers, gaining experience in vehicle operation, construction machinery management, and logistics process optimization.
- International Cooperation. The department collaborates with foreign universities, research institutions, and industrial enterprises. Leading international scientists and experts are invited to deliver lectures, workshops, and joint research projects.
- Professional Development of Academic Staff.Faculty members participate in international educational programs, conferences, and training courses, integrating innovative teaching methods and digital tools into the learning process.
- Innovative Research. Research is conducted on the development of intelligent transport systems, digital twins of vehicles, and predictive maintenance systems. Particular attention is given to the digitalization of supply chains and improving the efficiency of automotive and road construction machinery.