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>Magister Scientiae - MSc / This is an exploratory study that aims to find out how computer-based tutorials can be conducted effectively for large first year Statistics classes. The study focuses on the student's perceptions, advantages of being able to access tutorials anywhere, anytime and lastly the challenges of implementing the system. More specifically for the University of the Western Cape (UWC) environment, without sufficient staff, the effectiveness of learning in this initial stage is focused on the experience whereby students can do extensive problem-solving anytime and anywhere. Data were collected at UWC using first-year introductory Statistics students, during the first and the second semester. Structured questionnaires (self-completed) were used to measure student's perceptions and learning experiences. The results pointed to a positive overall perception towards computers and feelings about computers amongst all groups of first year students. The major advantage with these randomly generated computer-based tutorials is the fact that one could access the questions anytime, anywhere. The challenge now remains with educators to provide an environment where new methods of learning and delivering information can be accessed effectively.

This diploma work deals with the program Cabri II Plus and its opportunities as for the application into the lessons of Physics at elementary and high schools, grammar schools and also into particular seminars at colleges with a study program focused on the applied science (statitcs). This work is aimed mainly for tutors as a mean of both efficiency and students engagement enhancement. For these particular purposes the set of sample assignments has been created. The contribution of the work will be examined right within the lessons of Physics at L. Kuba Elementary School in České Budějovice and in particular seminars at the Department of Applied Physics and Technics at the Faculty of Education at the University of South Bohemia.

The aim of this graduation theses is to explore one of the theme of the contemporary educational reform in Czech republic what is development of creativeness at the basic school education. This question is outlined in general terms in the firs part of the theses and subsequently developed on the subject of physics education. Special emphasis is placed on the comparing of standard creativeness developing instruments and usage of computing technologies by computer supported education what is another essential item of current education. Significant part of this thesis deals with the software for the basic school physics education and its evaluation. The theses ends with the experiment with pupils of a basic school that should compare these two creativeness developing instruments mentioned above and give impetus to another research in this subject.