
Science Technology Society Research
Findings:
Studies in this area have become much more numerous in the past few
years.. Although most comparative studies have been performed by one
major researcher and his graduate students for children in grades
four through nine, the National Research Council’s National
Science Education endorse the inclusion of science, technology, and
society (STS) issues in curriculum at all grade levels. Furthermore,
AAAS’s Project 2061 is a national effort that illustrates the
use of the STS approach in the United States, and curriculum developers
in Canada and the United Kingdom include this approach in widely used
national curriculum projects at the secondary level. In the U.S. new
curricula have been developed by the ACS in chemistry at the middle
school and high school levels.
There is little evidence that STS increases student’s knowledge
of facts, concepts, or principles, but no evidence that it decreases
it. When STS is integrated into the curriculum as a major thrust
(not as vignettes), positive outcomes occur. These include an increase
in understanding the process of science. Such as analyzing experimental
data, designing and testing the validity of proposed explanations,
communicating experimental results, and using them for evidence
for their explanations. Students’ creativity and attitudes
toward science improve as well. An additional benefit in Canada
was improving students’ understanding sciences as a way of
knowing. In the United Kingdom, STS was found to dramatically increase
the number of Studies in this area have become students taking additional
science courses.
In the Classroom:
Educators should consider using Science-Technology-Society approaches
as a way to make science more relevant to students' lives. Although
STS issues can be included as vignettes as a small part of the curriculum,
recent studies have shown that a more effective approach is to use
STS as an entire course that has as its objectives the development
of an appreciation of the interactive nature of science, technology,
and society; knowledge of technology as the application of science;
the ability to respond critically to technology issues; or a combination
of these later goals with teaching science concepts and principles.
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