International Cooperation and Mobility

Familiarize students with the principles of airport system planning and organization. Define and analyse the passenger/baggage, cargo/mail and aircraft ramp handling. Elaborate the correlation between airport capacity and delays. Establish principles of land use and environmental control

Teach students for critical analysis of problems in the domain of traffic and transport technology, and recognition of similarity, irregularities and patterns in data using known scientific approaches from the area of big data analytics with the use of software tools for solving those problems

The course aims to introduce students to the area of automation and its implementation in railway systems.

Teach the student the basics of working in relational databases, which includes user
requirements analysis, working in a database management system, creating a
relational database and the basic use of the SQL language

To acquaint students with the stages of road design outside urban areas, from the study level in which the traffic projects are extremely important (traffic study), through the conceptual design of the road and implementation solutions that include equipment and road protection, to the user-use level that includes road maintenance and determination of the useful features of the road

Economy, economic, transport economics and their basic concepts and determinants. Economic growth conditioned by economic policy. Transport system contemporary determinants through the implementation of important systems theory phenomena, the interconnectedness of elements of the transport system and traffic interaction with his environment. The importance of transport policy, the structure of the transport system and the advantages of modern transport technologies, and the importance of cooperation transport sub-systems on the market of transport services. The ownership structure of companies specialized in the creation of optimal conditions for their management. Transport costs managing, basic criteria for their divisions, specific transportation costs, control operations, and performance indicators. Elements of the transportation infrastructure, operational infrastructure policy objectives and methodology for assessing the economic feasibility of the construction of transport infrastructure. Investment projects evaluation, their role, determining the costs and benefits of investment projects and methodology of selection of investment projects.

Provide knowledge on all grammatical constructs and then practice them, practice reading, writing and translating, mastering the vocabulary in the profession

Provide knowledge on all grammatical constructs and then practice them, practice reading, writing and translating, mastering the vocabulary in the profession

Enable students to acquire 4 basic language skills (reading, writing, listening, speaking).
To provide the knowledge necessary for meaningful and grammatically correct expression on aviation topics using professional vocabulary

Improve the students” knowledge and cognitive and psycho-motoric skills which are required for ergonomic assessment of the traffic and work environment in the system “human – transport means – traffic environment”, necessary for achieving the humane and economical work of drivers and other traffic participants, during the management of the existing and/or design of new traffic and transport processes, with the long-term goals: reducing the number of traffic accidents, as well as increasing the safety and reliability of transport processes

Introduce students to the basic features of intelligent transport systems, their importance in the technology of traffic and transport, the scientific foundations on which is based, the features of development and use of various services within ITS and etc.

Provide students with theoretical knowledge to define requirements in the design of intelligent transport systems, methods of measuring their effects and evaluation procedures.

Train students to think critically in terms of the choice or conceptual design of a particular ITS subsystem, service, and the like.

The course aims to introduce students to the area of artificial intelligence and its implementation in train and traffic control processes.

Adopting knowledge of mathematical modelling logistic problems and optimizing logistic systems.

Developing skills of implementing linear programming and heuristic methods in solving logistic problems, by using software tools.

Introduce students to the basics of linear algebra, differential and integral calculus of functions of one variable with emphasis on their applications

Introduce students to matrix calculus, solving systems of linear equations, partial derivatives and integrals of functions of two variables, and linear differential equations of the first and second order, with emphasis on their applications

To familiarize students with the basics of collecting, interpreting, and presenting data in road traffic

To educate students on how to plan, develop, and implement platform-independent applications, creating source code that meets and follows compatibility standards with modern browsers, devices, and operating systems

Acquaint students with advantages and disadvantages of the simulation methods, the methodology of conducting simulation studies of logistic systems and processes, and ways of evaluating and presenting the results of simulation experiments. To apply the acquired knowledge in solving real logistic problems by using simulation software tools.

• Provide knowledge and information for understanding parking systems and parking infrastructure facilities – on-street and separate parking lots as well as parking garages
• Provide knowledge and information for understanding service and other facilities in transport system
• Develop the knowledge and skills needed for the construction of various types of parking surfaces

The course aims to introduce students to the principles of railway operations, timetable planning and construction.

To familiar students with: the methodology of planning; transport planning, the processes of designing and organising the transport system; the objects in the function of water transport.

Acquisition of competences for work in the fields of analysis the transport market, innovation of technological processes and technical equipment, planning, design, improvement of technology and organisation in maritime and river ports, docks and terminals, planning and organisation of the system and work in state administration.

To provide the knowledge necessary to understand the importance of traffic control devices and road equipment in road traffic and the adoption of concepts, methods, and procedures for the correct application of traffic control devices and road equipment with the aim of increasing road safety

To obtain an understanding of the principles, concepts, and practices used for the design of road traffic signalling

To understand the impact of road traffic signalling on driver’s behaviour and overall road safety

Train students to think critically in terms of the choice and design of road traffic signalling elements

Understand the importance of road traffic signalling for automated and autonomous vehicles

Providing knowledge and information necessary for understanding the structure and operation of the geographic information systems (GIS), the way of collecting, presentation, processing and publishing of geospatial data, and the possibilities for application of the geographic information systems.

Adopting the approach, methods and procedures for collecting and using of geospatial data and the efficient and effective application of the geographic information systems in the field of the traffic and transport technology

The course aims to introduce students to the area of Railway Signalling and its implementation in railway traffic management process.

The course is introducing students the transport relations and their meaning in term of business operations within the area of forwarding and particular transport fields. Main topics of the course include: Basic concepts in forwarding; National and international associations of freight forwarders; Basic and special operations in the international freight forwarding; Legal sources and types of freight forwarders; The rights, obligations and responsibilities of the carrier; Contracts (parties, reasoning, forms, fundamental elements, duration and termination); INCOTERMS; Freight rates; Customs documents, TIR Carnet, ATA Carnet, Customs procedures and responsibilities of freight forwarder; Financial operations in forwarding; Forwarding business techniques; Freight forwarder – organizer and entrepreneur of intermodal transport; Transport insurance; Logistics and role of freight forwarders as logistics operators; Freight forwarder in function of logistics operator; Stock and agency business in forwarding; The role and position of the logistics operators in the market; Information systems in the forwarding business; Legislation, Regulations and international conventions on the freight forwarding industry; The application of law and the jurisdiction of the courts

Provide knowledge, skills and information necessary for understanding container transport technology.

Provide approaches, methods and procedures for individual cargo transportation by containers.

Understanding the significant courier processes, services and technologies of courier and express services in the field of postal traffic.

Educate for the specifications and evaluation development of technological procedures in the process of receiving and transporting shipments

To familiarize students with the process of management in the process of production of transport services in passenger and freight road transport

Acquiring the knowledge and information necessary for a holistic understanding of the functioning of the passenger transportation process in road traffic.

Adoption of approaches, methods and procedures for the efficient and effective exploitation of resources in the process of transporting passengers on routes in public city, suburban and intercity passenger road traffic and tourist traffic.

Provide knowledge and information necessary for understanding goods flows and its processes.

Explain geo-traffic, social and natural factors as a factors of goods flows formation.

Present students the complexity of the global logistics concept.

To provide the knowledge and information necessary for a systematic understanding of the structure and behavior of technical systems based on artificial intelligence, and the application of methods and techniques from the domain of artificial intelligence in traffic engineering

To train students to use Matlab software modules related to the application of artificial intelligence in traffic engineering (learning neural network systems, making fuzzy regulators and decision systems, optimizing systems using the genetic algorithm)

Provide the basic knowledge needed to evaluate the possibilities of applying method from the domain of artificial intelligence within intelligent transport systems, and information and communication traffic systems

Course provides knowledge of warehouse transport and storage from the aspect of supply chain. It consists of these topics: Basics of performance measurement, Division of warehouses (I, II), Warehouse site selection factors, Definition of basic storage operations, Unit loads, Warehouse operations, Commissioning and the organization of collection of goods, Picking systems, Storage equipment, Forklifts, Organization of goods flow and storage, Automated guided vehicles, Virtual storage, Optimizing warehouse operations

To present and familiarize students with the technology of managing overall traffic systems in urban environments.

To demonstrate and prepare students, through various scenarios of traffic congestion on the network, for methods of addressing traffic on available infrastructure in urban areas, according to defined goal functions, with the support of ITS systems.

The course is divided into three main parts. Part I covers an introduction to inventory management with fundamental inventory division and a review of the characteristics of each inventory class. Part II covers the determination and calculation of the value of inventory, inventory management in the distribution chain, and its optimization. Real-life examples of inventory optimization taken from the automotive industry are covered in this part. Part III encompasses control of inventory quantity, designing the system of acquiring materials, control of the assets, the application of inventory classification (ABC and XYZ) methods in managing stocks of goods – management by exception, purchase and distribution logistics as part of the transport logistics of inventory management, safety stock, Pareto diagram, and economic quantity order.

Provide the knowledge and information necessary for systematic understanding of the procedure for evaluating projects in road traffic

familiarize students with the methodology of preparation and the basic methods of evaluating projects in road traffic. The focus is on presenting the features of selected methods, the possibilities of their specific application and the correct interpretation of the obtained results and the application of appropriate program support.

Introducing students with the application of software tools and automated services in aviation, including cyber-physical systems, human performance and aviation data monitoring systems, trend analysis and reporting systems, connecting devices via the internet, artificial intelligence, blockchain technology, robotics, simulations and predictive tools