1. Curriculum design. This could target: the acquiring from an early
age of the basic competencies; the holistic
proach of education, a fact which assumes the development of each child’s abilities; the use of new evaluative
ethods and their effect upon the school syllabus; the utilization of innovative pedagogic approaches as inquirybased
science
education
(IBSE)
an
d
problem-based
learning
(PBL),
in
Mathematics
and Sciences;
continuous
attention
towards
reading
during
all the
obligatory
school
levels,
and
not
only
in
the
phases
before
and during
primary
school,
and more
personalized
approaches
of
teaching
and
learning.
2. Motivation for reading competen
cies and MST knowledge. The existence of a culture of home lecture (books,
wspapers, books for children) and reading in school, the activities of early alphabetization, before the beginning
school, the parents’ readings and attitudes, the students’ interests, the self-efficaciousness and involving in lecture
activ
ities both inside and outside school proved that they have a crucial impact on the improvement of reading level.
he methods of study should better exploit children's natural curiosity towards Mathematics and Sciences from an
earl
y age. It is important to help children become autonomous and motivated lecturers, for whom lecture,
Math
ematics skills and Science competencies will become an integrant part of everyday life.
3. The impact of the new technologies on the basic compe
tencies and their utilization in supporting those who
study to become and remain motivated. The extended use of Internet and mobile technologies changed the nature
and perception
of alphabetization in the 21
st
century. The influence of the new technologies on children’s lectures
and on their competencies in Mathematics and Sciences fields should be analysed, in order to ensure appropriate
ethods of exploiting the potential of these technologies for new forms of study.