Road management

Acronym
UP
Status
elective
Semester
1
Number of classes
2L + 1E
ECTS
4.0
Study programme
Civil Engineering
Module
Type of study
Master academic studies
Lecturer
Lecturer/Associate (practicals)
Lecturer/Associate (for OTC)
Prerequisite / Form of prerequisites

None.

Form of prerequisites:

-

Learning objectives

Acquiring knowledge of road management. Training for a systematic approach to road management and the application of modern methods and models of management in practice.

Learning outcomes

Design of a database, within the information system, as a basic parameter in reviewing the condition of the road network. Development of applicable models of database use. Ability to use dTIMS/VIAPMS and HDM-4 software models. Defining economic effects as the ultimate goal of traffic system management.

Course contents

Objectives of the road management system. System structures. Characteristic road conditions. Information system as the basis of management system. Road database, structure and scope of data. Database of traffic, bridges and tunnels. Road network, vehicle fleet, traffic load, traffic flow characteristics, prices. Defining the condition of the road network, damage and their development. Forecast models for predicting changes in road conditions. Calibration of the model to local conditions. Field data collection, types, methods, equipment, data presentation. Maintenance works and their effects. Alternative strategies. Model TIMS/VIAPMS. Model HDM-4 for road network development and management. Strategic analysis of the road network. Program analysis of the road network. Project analysis of the road network. Economic effects of systematic road network management.

Literature
  1. Paterson, W.D.O., Scullion, T., Information Systems for Road Management: Draft Guidelines on System Design and Data Issues, The World Bank, Washington, D.C., 1990.

    (Original)
  2. Radojković, Z., Sistemi upravljanja kolovozima, Građevinska knjiga, Beograd, 1998.

    (Original)
  3. Robinson, R., Danielson, U., Snaith, M., Road Maintenance Management, Concepts and Systems, Palgrave, Houdmills/New York, 1998.

    (Original)
  4. Bennett, C.R., Chamorro, A., Chen, C., De Solminihac, H., Flintsch, G.W., Data Collection Technologies for Road Management, The World Bank, Washington, D.C., 2007.

    (Original)
  5. Guidelines for Rod Maintenance Management (including Basis of Road Asset Management), Connecta Consortium, Belgrade, 2018.

    (Original)
Evaluation and grading

The student is obliged to attend classes and perform and defend the annual task. Knowledge tests during the semester (colloquium) are not repeated. The final exam is held within the exam deadlines. For a student who did not attend the knowledge tests during the semester or did not achieve a passing result (at least 51% of the points provided for the knowledge test), as the first part of the final exam will be organized a knowledge test that he did not attend or did not pass. If a student has more than 3 absences he must re-enroll the subject.

Teaching Methods

Classroom lectures and practical exercises. Consultations and individual work with students. Independent student work on the preparation of the annual task.

Specific remarks:

The condition for taking the final exam is that the annual task has been done and defended.