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Name of course:
Control and Management in Transport
Coordinator of course:
Andrzej Kochan Ph.D., D.Sc., Faculty of Transport, Division of Traffic Control and Transport Infrastructure
Type of course:
Compulsory
Level of education:
Second cycle studies
Programme:
Transport
Group of courses:
Obowiązkowe
Code of course:
TR.SMK209
Nominal semester:
2 / AY 2019/2020
Number of ECTS credits:
3
Number of hours of student’s work to achieve learning outcomes:
Lecture 30 hours Auditorium exercises 15 hours. Reading the literature 10 hours. Preparation of the design and conceptual study 18 hours. Preparation for the exam 12 hours. Consultations and agreement on the subject of the study 3 hours. Examination 2 hours. Total 90 hours - 3 ECTS points.
Number of ECTS credits on the course with direct participation of academic teacher:
Lecture 30 hours Auditorium exercises 15 hours. Consultation and agreement on the subject of the study 3 Exam 2 hours Total 50 hours - 2 ECTS points
Language of course:
polish
Number of ECTS credits on practical activities on the course:
Preparation of the design and conceptual design 18 hours Consultation and agreement on the subject of preparation 3 hours Total 21 hours - 1 ECTS point
Form of didactic studies and number of hours per semester:
  • Lecture30h
  • Exercise type of course15h
  • Laboratory0h
  • Project type of course0h
  • Computer lessons0h
Preliminary requirements:
Computer skills. Knowledge of basic concepts related to traffic engineering, and modeling of transport systems.
Limit of students:
brak
Purpose of course:
To develop knowledge of the methods and functions of traffic management and control in rail, road and air transport. Acquiring the ability to analyse and construct complex traffic management and control systems.
Contents of education:
Road traffic control. Assumptions and scope of "ITS". The role of transport policy in traffic management. Methods and means of regulation and management of road traffic. Characteristics of the traffic control system. Classification of traffic control strategies. Basic features of traffic lights. Control on strings and intersection networks - methods and measures. Advantages and disadvantages of traffic lights. Control efficiency indicators. Modern devices and measuring systems for road traffic. Central control and traffic management systems. Public transport management in agglomerations. Railway traffic control. Traffic control system, functions, human (operator) relation - machine. Control and traffic control - hierarchical systems. Requirements for modern srk devices. Internal devices, operator stations and dependency systems - requirements, functions, methods of implementation. External devices - requirements, functions, methods of implementation. Requirements and methods for assessing traffic safety and efficiency. Air traffic control. The formal and legal foundations and components of air traffic management: airspace management, air traffic services, air traffic flow management, bodies and committees. Implemented concepts: Single European Sky and EATMN, PRNAV and FAB, AMAN / DMAN, A-CDM and A-SMGCS. Air traffic safety management (standards: ESARR, ICAO), search and rescue. The content of the exercises: Presentation of analysis and design and conceptual studies in the field of management (management) and traffic control in transport.
Methods of evaluation:
Lecture: written exam. Exercises: evaluation of written work in the field of traffic management and control in rail, road or air transport.
Exam:
yes
Literature:
1. AIRBUS Flight Operations Briefing Notes. 2. Annex 2 ICAO Rules of the Air. 3. Annex 6 ICAO Operation of Aircraft. 4. Annex 9 ICAO Facilitation. 5. Annex 10 ICAO Aeronautical Telecommunications. 6. Annex 11 ICAO Air Traffic Services. 7. Annex 13 ICAO Aircraft Accident and Incident Investigation. 8. Annex 14 ICAO Aerodromes. 9. Annex 15 ICAO Aeronautical Information Services. 10. Annex 19 ICAO Safety Management. 11. D. G. Hull: Fundamentals of Airplane Flight Mechanics. Springer-Verlag Berlin Heidelberg 2007. 12. EUROCONTROL Seven-year forecast september 2017. 13. EUROCONTROL ATFCM Operations Manual. ed.21, 2017. 14. EUROCONTROL Safety Regulatory Requirement (ESARR 1 – 6). 15. EUROCONTROL European Action Plan for the Prevention of Runway Incrusion. 16. FAA Airport Capacity and Delay. AC:150/5060-5. 17. IATA Ground Handling Manual. 18. ICAO Doc 7300 Convention on International Civil Aviation. 19. ICAO Doc 4444 Procedures for Air Navigation Services — Air Traffic Management. 20. Regulation (EU) 2018/1139 of the European Parliament and of the Council of 4 July 2018 on common rules in the field of civil aviation and establishing a European Union Aviation Safety Agency. 21. Regulation (EU) 376/2014 of the European Parliament and of the Council of 3 April 2014 on the reporting, analysis and follow-up of occurrences in civil aviation. 22. Kittelson & Associates Inc., Traffic Signal Timing Manual, June 2008 23. Directive 2010/40/EU of the European Parliament and of the Council of 7 July 2010 on the framework for the deployment of Intelligent Transport Systems in the field of road transport and for interfaces with other modes of transport 24. ETSI EN 302 663 v 1.2.0 (2012-11), Intelligent Transport Systems (ITS); Access layer specification for Intelligent Transport Systems operating in the 5 GHz frequency band
Website of the course:
Notes:
O ile nie powoduje to zmian w zakresie powiązań danego przedmiotu z kierunkowymi efektami uczenia się w treściach kształcenia mogą być wprowadzane na bieżąco zmiany związane z uwzględnieniem najnowszych osiągnięć naukowych.

Effects of education

General academic profile - knowledge

Charakterystyka W01
Knows the development trends of traffic control and management functions and measures
Verification: lecture - written exam, correct answer to a question from each thematic group concerning traffic: road, rail, air, exercises - assessment of the student's study content
Field of study related learning outcomes: Tr2A_W07
Area of study related learning outcomes: I.P7S_WG, I.P7S_WK
Charakterystyka W02
He/she knows the methods and means of traffic control: - at isolated crossings, - on the routes and in the networks of crossings - fast traffic routes and motorways. He knows methods and means of individual control of motor vehicles. He/she knows the systems of central control and traffic management. He/she knows the requirements and methods of assessing the safety and efficiency of railway traffic. He/she knows the efficiency indicators of traffic control. He knows elements of queuing processes in road traffic. He knows issues connected with priorities for public transport vehicles. He/she knows hierarchical systems of control and steering of railway traffic. He/she knows methods and means of air traffic management. He/she knows human-machine relations in traffic control.
Verification: lecture - written exam, correct answer to a question from each thematic group concerning traffic: road, rail, air
Field of study related learning outcomes: Tr2A_W05, Tr2A_W08
Area of study related learning outcomes: I.P7S_WG

General academic profile - skils

Charakterystyka U02
Can perform analysis or design conceptual design in the field of traffic management and control in transport.
Verification: exercises - preliminary assessment of the proposal and final selection of the content of the student's study
Field of study related learning outcomes: Tr2A_U01, Tr2A_U04, Tr2A_U13
Area of study related learning outcomes: I.P7S_UW, I.P7S_UU, III.P7S_UW.2.o

General academic profile - social competences

Charakterystyka K01
Can think and act in a creative and entrepreneurial way
Verification: exercises - preliminary assessment of the proposal and final selection of the content of the student's study
Field of study related learning outcomes: Tr2A_K04
Area of study related learning outcomes: I.P7S_KO