Road Traffic
The idea of introducing the traffic studies, study course: road traffic, is a founder's
answer and way of meeting the society's demand for the corresponding profile of
the personnel that is now more obvious than ever, not only in CB Canton but also
in other parts of the country.
If we take into account the study of Traffic Engineering, the CEPS College is researching
the transport phenomena in the field of traffic technology and recognizing the need
for the establishment and validation of quality within this field of action.
Scientific and technological research in the field of traffic technology with scientific
and applicative contributions must include an integrated systematic approach and
formalized description of the studied system that was obtained by using a systematic
methodology. It is especially important to identify the interest groups which usually
determine the quality of the transport system and services generated in the transport
market.
Contribution of the students' work must clearly and unambiguously reflect connection
of interest groups and definition of business excellence as their development strategy
that integrates three aspects: technical aspects and efficiency, harmony of time
and reliability, and transportation safety and security. Certain actions aiming
at the achieving of business excellence in the field of traffic engineering must
be defined within the class activities.
In that sense, Road traffic Studies include research, development, knowledge transfer
and training and education of scientific and engineering staff.
Railway Traffic
Rail transport has a number of competitive advantages over other comparable ways
of transport, in and out of the country. Systemic integration of subject matter
disciplines (railway transport, road transport, etc.) provides education of professionals
that are capable of solving complex traffic related problems. The development of
trans-European transport networks requires local expertise and scientific resources
that can successfully operate in regard of planning, construction and maintenance
of such systems. In addition, each company or civil service must have experts who
can plan, develop and maintain systems necessary for conducting business and other
economic and non-economic activities. The purpose of this study course is ensuring
sustainable, effective, efficient and ethical education of students who can then
successfully carry out their professional duties in the designated area and who
can be thoroughly trained when it comes to lifelong learning and improvement. The
proposed curriculum performed by this Institution is aligned with the strategic
objectives and guidelines for the development of the European Higher Education Area
and European Research Area (EHEA, ERA).
After completing undergraduate studies graduate students are trained to apply acquired
knowledge in the railway system analysis based on various criteria, select appropriate
analytical methods for solving the technological processes problems in passenger
and freight traffic, analyse railway sub-systems and technological processes in
passenger and freight traffic by applying the acquired knowledge and solve complex
problems, analyze and explain the impact of the management on the effectiveness
of rail transportation, apply simulation methods to solve operational problems in
rail traffic as well as to analyse and explain the results of simulations, using
appropriate laboratory equipment and implementation of the laboratory results etc.
Final degree
After completing undergraduate studies, which lasts for three academic years (6
semesters), upon graduation, graduate acquires a total of 180 ECTS credits and a
degree: Bachelor Engineer of Road Traffic.
After completing undergraduate studies, which lasts for four academic years (8 semesters),
upon graduation, graduate acquires a total of 240 ECTS credits and a degree: Bachelor
Engineer of Road Traffic.
After completing undergraduate studies, which lasts for three academic years (6
semesters), upon graduation, graduate acquires a total of 180 ECTS credits and a
degree: Bachelor Engineer of Railway Traffic.
After completing undergraduate studies, which lasts for four academic years (8 semesters),
upon graduation, graduate acquires a total of 240 ECTS credits and a degree: Bachelor
Engineer of Railway Traffic.