Algorithm visualization in programming education

This paper introduces the theory of algorithm visualization and its education-related results obtained so far, then an algorithm visualization tool is going to be presented as an example, which we will finally evaluate. This article illustrates furthermore how algorithm visualization tools can be used by teachers and students during the teaching and learning process of programming, and equally evaluates teaching and learning methods. Two tools will be introduced: Jeliot and TRAKLA2.

A felsőoktatási képzések munkaerő-piaci szempontból (Higher education programs from point of view of labor market)

A munkaerő-piaci követelményeknek megfelelően kialakított képzések versenyképesebbek a társaiknál. A napjainkban is zajló magyar felsőoktatási reform központi elemét alkotja a képzések ennek megfelelően történő átalakítása. Mindez létjogosultságot ad egy olyan rendszernek, amely a Budapesti Corvinus Egyetem gazdaságinformatikus BSc-képzésének kompetenciaelemeit kívánja vizsgálni az állásajánlatokban megnyilvánuló munkaerő-piaci igények tükrében. Az ontológiaalapú módszertan egy egységes fogalmi kört biztosít a munkaerőpiac eltérő szemléletű oldalán kifejlesztett modellek egységesítésére és összehasonlítására. ____ Tendencies can be observed on international and domestic levels that call for restructuring of higher education according to the needs of labor market. This paper presents an information system that can investigate the compliance of education programs and current labor market needs. Competences serve as a basis for this compliance checking, which is built on ontologybased approach. Having examined the distribution of roles (developer, operator etc.) appeared in IT job offers in time and space, a prototype of this system will be showed, related to Business Informatics degree program at Corvinus University of Budapest.

Teaching Sorting in ICT

This article is aimed at considering how an algorithmic problem - more precisely a sorting problem - can be used in an informatics class in primary and secondary education to make students mobilize the largest possible amount of their intellectual skills in the problem solving process. We will be outlining a method which essentially forces students to utilize their mathematical knowledge besides algorithmization in order to provide an efficient solution. What is more, they are expected to use efficiently a tool that has so far not been associated with creative thinking. Sorting is meant to be just an example, through which our thoughts can easily be demonstrated, but - of course the method of education outlined can be linked to several other algorithmic problems, as well.