The latest career statistics
and economic projections emphasize the new prerequisites for
economic survival in today’s STEM-driven competitive world. Consider
the following:
·
The
2006 Program for International Student Assessment (PISA) reported that the
average mathematics score for 15-year-old U.S. students was lower than the
scores in 18 out of 24 comparison nations.
·
The
number of countries scoring higher
than the United States on the PISA science assessment increased from 6
countries to 12 over the past six years.
·
A
survey conducted by the Lawrence Hall of Science at the University of
California, Berkeley concluded that 80% of K-5 teachers in the San Francisco
Bay area spent 60 minutes or less per
week teaching science. Over 16% of them reported spending no time at all
delivering science instruction.
·
In
the 2013 Horizon Research survey, researchers found that K-2 classes spend an
average of 18 minutes per day on science, while grades 3–5 teachers were
teaching science an average of 23 minutes per day.
·
Statistics from the National Science Foundation
website indicate that STEM achievement in secondary education is also decreasing overall in American schools.
The
conventional practice of delving deeply in a study of the sciences in high
school is coming under long-overdue scrutiny. According to a 2010 report from
the International Journal of Science Education, over 65% of scientists and
science graduate students reported that their personal interest in the sciences
began before their middle school years. Building the necessary background
knowledge that is essential for success in secondary STEM courses requires an
early foundation for science beginning in the elementary grades.
Great thoughts you got there, believe I may possibly try just some of it throughout my daily life.
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