The Integrated Education of Transportation Engineers in Fields of Computer Graphics, Descriptive Geometry and Technical Drawings
The application of computer graphic methods, particularly dynamic analysis of images like automatic vehicle classification (AVC), automatic vehicle identification (AVI) thru automatic license plate recognition (LPR), automatic incident and accident detection (AID), monitoring and characterization of linear traffic flows (road traffic) or stochastic traffic movements (pedestrian movements, ski slopes) etc. is widely spread in the transportation engineering and is becoming more and more important.
On the other hand, the classical way to present and express vector based technical information, like construction of projections, shading, design of curves etc., are still required in the engineering practice and the classical contents of descriptive geometry is still needed. The conversion from raster image into vectorised objects is the most important process in the transportation engineering practice (pattern recognition, character recognition, recognition of objects, assessment of object movements etc.)
On the basis of an analysis of study programs in European faculties we established that in the education of transportation engineers there are separated lectures of:
- descriptive geometry and technical drawing (with predominantly vector approach),
- computing, informatics and computer graphics (with predominantly raster graphic approach).
The article presents a new model of integrated education of transportation engineers in which geometric and graphic contents are united.
KeywordsEurope Transportation Promet
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- 1.LEP, M., TEžAK, S.: Geometrijsko modeliranje: Podlage za spremljanje predavanj 2005/2006: Fakulteta za gradbeništvo, Maribor; Geometric modeling: Bases for monitoring of lectures 2005/2006: Faculty of civil engineering, MariborGoogle Scholar
- 2.TASIč, J., BURNIK, U., ZALETELJ, J.: Emerging visual communication technologies in transport systems, 14. international symposium on electronics in traffic - Proceedings, Ljubljana, April 2006;Google Scholar
- 3.TEžAK.S., LEP.S., RODOšEK.V.: Renovation of “Transportation engineering”study programmes in Faculty of Civil Engineering in Maribor: Promet in globalizacija (Transportation and globalization) / 10th International conference on Traffic Science – ICTS 2006, Portorož, December 2006 ;Google Scholar
- 4.TEžAK.S.: Monitoring skiers by means of the visual-computer system and ski run 3D model application: Geodesy – yesterday-today-tomorrow, 2nd international expert meeting: Maribor 2000Google Scholar
- 5.Voga za pridobitev soglasja k študijskemu programu Fakultete za gradbeništvo Univerze v Mariboru: Akreditacija dodiplomskega univerzitetnega študijskega programa Prometno inženirstvo, Maribor, maj 2006 Request for agreement to course of study programme of Faculty of civil engineering, University of Maribor: Undregraduate study programme of Transportation engineering, Maribor May 2006Google Scholar