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Transport Logistics Technologies
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Summary of the Profile
General Description:
Objective(s) of a study programme:
To train qualified specialists capable to design, organize and control sustainable technological processes of road and rail transport logistics by applying smart technologies that enable the digitization and automation of transport logistics operations.
Learning outcomes:
Knowledge and its application: 1. To know the general laws of mathematics, physics, mechanics, materials science, and electronics; 2. To know the essential concepts of engineering sciences study field and to understand their content; 3. To know the basic and up-to-date vehicle structures, the principles of their operation and maintenance; 4. To understand the criteria for the selection of structural and maintenance materials; 5. To know logistics business management systems, information technologies and possibilities of their use; 6. To know the system structure of transport, its elements, specifics of vehicle usage and development trends. Special (engineering analysis and design) skills: 7. To analyze the technological process of passenger and/or freight transportation, to understand and interpret the results obtained; 8. To analyse and estimate passenger or and/or freight flows using appropriate methods; 9. To select vehicles considering their technical and maintenance characteristics, route peculiarities and environmental conditions; 10. To apply logistics information technologies when designing the technological process of freight or passenger transportation; 11. To solve the problems of designing the technological process of freight or passenger transportation, taking into account legal and environmental requirements and cost-effectiveness; 12. To develop sustainable freight technology, taking into account the requirements of legislation, the principles of the circular economy, and the possibilities of using artificial intelligence. Ability to carry out research and practical activities: 13. To collect and analyze data necessary for technological solutions of transport logistics problems utilizing information networks and databases; 14. To assess the possibilities of providing freight and/or passenger transportation services; 15. To have work skills with technological and laboratory equipment used in transport engineering.
16.To optimally manage the technological process of transportation by ensuring safe traffic on the road, taking into account the transportation conditions and the organization of vehicle technical maintenance; 17. To organize the loading and storage process, ensuring employee safety, business digitization principles and developing the concept of sustainability; 18. To understand and evaluate the business environment and opportunities, to plan and organize the activities of the company (branch), to control the financial flows of the company. Personal (decision-making, lifelong learning, collaboration and teamwork) skills: 19. To communicate with specialists in state and foreign languages, individually and in a team when solving professional tasks; 20. To understand the impact of transport engineering solutions on society and the environment, to be responsible for the quality of activities, to learn independently in changing professional activities.
Activities of teaching and learning:
Lecture, workshop, consultation, self-study, course paper and practice.
Methods of assessment of learning achievements:
Assessment is carried out during the whole semester and at the exam session. Ten-point criteria-based assessment system as well as cumulative assessment is applied. Outcomes of the study subject are evaluated through interim assessments during the semester (control tasks, written quizzes, examinations (theoretical and practical tasks), laboratory, individual works defense and etc.). The studies of each subject end with an examination or assessment of student's self-study work (project, course project, practical activity evaluation, etc.). Student's knowledge and skills are assessed at the exam session only after student completes the assigned interim assessment tasks during the semester. Final assessment (mark) consists of marks for interim assessments and an examination mark. Its composition is calculated according to the ratios intended in the description of the subject.
Framework:
Study subjects (modules), practical training:
Scope of the main part of study field subjects is 156 credits (including practices): Physics, Mathematics, Engineering and Exploitation Materials, Transport System, Road Vehicles, Railways, Engineering and Computer Graphics, Technical Mechanics, Logistics, Road Vehicle Technical Maintenance, Traffic Engineering, Electronics, Engineering Research, Environmental and Occupational Safety, Loading Technologies, Transport Law, Freight Transportation, Warehouses, Technological Practice, Transport Economics and Management, Intelligent Transport Systems, Passenger Transportation, Freight Transportation Practice, Graduation Practice,
Graduation Paper, Digital Logistics Technologies, Professional English / Professional Russian / Professional German, Professional Language, etc. The total duration of practices is 20 weeks: Introductory Transport Technology Practice – 2 weeks Logistics – 2 weeks Technological Practice – 4 weeks Freight Transportation Practice – 8 weeks Graduation Practice – 4 weeks
Specializations:
Optional courses:
Second foreign language (English) / Second foreign language (Russian) / Second foreign language (German) / Communication Psychology; Philosophy / Sociology Sustainable Transportation / Transport Terminals; Transportation of Dangerous Cargo / Multimodal Transportation; Customs Procedures / Expedition and Insurance; Freely elective subjects
Distinctive features of a study programme:
Engineering education in the field of transport logistics. Application of specialized logistics technologies in studies. Graduates, applying engineering solutions, digital logistics technologies, will be able to plan, organize and manage freight and passenger transportation processes via road and rail transport
Access to professional activity or further study:
Access to professional activity:
The graduate will be able to work as a technologist, operator or manager in various private or public companies conducting freight and passenger transportation by road or rail transport, bus and taxi fleets or to establish a transportation services company, to manage it and organize its work
Access to further study:
Studies can be continued at universities under the programmes of Transport Engineering field and other fields of study programmes. After completion of bridge courses or fulfilling other requirements of the accepting higher education institution, students can pursue second cycle Master's studies
