3.4 Realization of steadiness principle
This principle means an ability of students to reproduce studied material in case
of necessity and use the appropriate knowledge at their practice, i.e. steadiness is not
only the deep memory but also the ability of extract from the memory the necessary
information [9].
IT-graduates do not pass a special state examination on visual programming.
During the evaluation, process in the terms of the residual knowledge on programming
it is necessary to pay attention to the following aspects of a fulfilled practical task: an
ability to use the resource of different libraries and platforms, property knowledge,
methods and events inherent visual components.
CONCLUSIONS
Investigating the educational progress and control of educational results on the
base of abovementioned educational principles, control and multi-criteria evaluation
we have formulated five criteria for the quality training of visual; programming.
Formation of base knowledge in order to keep the consistency in the monotonous
ties with new knowledge
To teach students visual programming with the application of the method of
Problem Based Learning (PBL). At the first lessons, students introduce with the list
of main modules under the studying process of visual programming. The syllabus
describes different kinds of studying activity and some regulation principles of practical
realization. Each teaching module will consist of various activities: lectures, seminars,
laboratory works, and project realization.
Each teaching action describes the list of background necessary for base
knowledge, skills and the result we wish to get. Further, new knowledge and information
are structured and added into the knowledge base. Thus, we create the knowledge base
«Visual programming» for each student.
Simplicity of teaching and control materials
For instance, we take the project «Adaptation of visual language of the common
appointment for the use in robots programming’ includes the following modules;
– module for a selected visual language
– module for task specific features to manage robots
– module for visual language work-out
– module for design-patterns
Достарыңызбен бөлісу: |