Equipment for automated collection of high-resolution transport engineering data. Critical and followed time, their impact on junction capacity. Collection of traffic engineering data. Tools for processing and displaying "big data". Fundamentals of mathematical statistics in traffic engineering. Fundamentals of measurement error theory. Fundamentals of publishing and presentation of technical texts. Presentation of the results of the semester work. Microscopic pedestrian models in traffic engineering I. Microscopic pedestrian models in traffic engineering II. Geographic information systems in traffic engineering I. Geographic information systems in traffic engineering II. Basics of publishing technical maps.

Assignment of semestral work – evaluation of critical and subsequent time. Consultation of selected site for the collection of traffic engineering data. Collection of traffic engineering data. Evaluation of acquired data and their evaluation. Consultation of measurement results. Practical evaluation of traffic engineering data I. Practical evaluation of traffic engineering data II. Presentation of the results of the semester work. Microscopic pedestrian model in the transfer node I. Microscopic pedestrian model in the transfer node II. Presentation of the transition node model. Qgis for Traffic Engineering I. Qgis for Traffic Engineering II.