STEM Teaching: The Two Roads
Introduction
Interdisciplinary
teaching is a pedagogy that integrates components of more than one subjects to
investigate a problem or an issue, (Team XQ, 2021). To get a good grip of
real-world challenges, this kind of an integrated model of teaching and
learning is required. When we process real life problems using integrative
thinking, we develop our own critical thinking skills. But we need to discuss
if interdisciplinary teaching and learning is an efficient way for teachers.
STEM: Science,
Technology, Engineering and Math
STEM stands for
Science, Technology, Engineering and Math as an integrated body of knowledge.
For example, if we need to build an underground shelter in our homes during
war, then it needs an integrative knowledge whose concepts are drawn from STEM
such as:
(a) How big should the
shelter be for the family?
(b) What kind of soil is to
be used?
(c) What should be the
design of the shelter?
(d) What equipment is
needed?
(e) Can we design it using
software and then build?
(f) How much time do we have
and need?
(g) How many people do we
need working for how many hours a day?
This kind of a problem
from STEM education integrates Science, Technology, Engineering, and
Mathematics and that helps students
connect relevant skills in real-world applications in learning contexts
(Brophy, Klein, Portsmor, & Rogers, 2008). That helps the students develop
problem solving skills in the world that they would face as they move on from the
school. In addition, since the STEM subjects are closely related to each other,
these subjects' integration helps the students develop relevant knowledge,
concepts, and skills (Tseng, Chang, Lou, & Chen, 2013). But the continued
separation of the STEM disciplines in terms of how, when, and where they are
taught continues to occur in many education set ups, for a number of
organizational reasons (Herschbach, 2011). These could be teachers, parents,
budgets, school timetable or the level of students enrolled in the school.
The teaching of
Sciences, Technology, engineering, and mathematics has been separate in education so far. However, this is a very traditional way of
teaching and learning and having these disciplines separate ignores the
connection between them with real life problem solving. The knowledge gained is
enormous but it is not necessary that it would be retrievable in real-life
contexts where problems arise, such as building a shelter for a windswept
village (Sanders,
2009).
The Blockers for STEM Integration
One of the main reasons
for the continued separation of the disciplines comes from the fact that
teachers come from different background disciplines as specialists. They are
not taught in our own schools and colleges in an integrative manner. Each
values his or her domain of knowledge as a separate area of knowledge with its
own history and curriculum practices (Herschbach, 2011). They do acknowledge
the conceptual links with the real-world links in various areas but struggle
to integrate them into a cohesive curriculum based on applications. Integration
requires starting from a project or problem-based thinking. (Herschbach, 2011)
gives an example from baking that requires a range of skills drawn from across
the STEM disciplines. Students are exposed to measurement, problem-solving,
technology tools such as electric ovens, electric beaters, mixing machines, and
a timer and finally working with others is a critical skill for
life. One of the UoP courses for STEM in middle school also had us design a
shelter to help a village during a stormy season. We pooled in our respective
knowledge around the problem to be solved.
But there are many
blockers:
(a) Are our teachers taught
in this way in their own schooling?
(b) Do we have training for
teachers to think in an integrative way?
(c) If not, then how do we
expect them to be able to learn and teach?
(d) Would the schools invest
in the training for STEM for the teachers?
These and many more
questions need answers to be able to comment on the teaching of STEM as an
integrative science or separate.
Conclusion
There is a school of thought that
suggests merging the four disciplines of STEM and teaching it as an
interdisciplinary entity. This offers greater opportunity for curricula that
has quality for it includes critical thinking around real life problems. It also positively impacts creation of global citizens by
helping the students to (a) focus on values by taking real world problems, (b)
see connection of school education with real world, (c) be critical thinkers
and challenge illogical thoughts and (d) have a community focus (Oxfam, n.d.).
On the other hand, we
have teachers who have not been exposed to this way of thinking and hence may
not be able to take the challenge to teach in an integrative fashion. School
administrators may be handicapped due to attitude or finances to give such training.
So, shall we abolish STEM? I
hope not, for this way of learning, with design at the heart of it, prepares
kids for many jobs in Science and Engineering to name a few.
The solutions are multifold and
contains, (a) training the teachers to think in an integrative fashion, (b)
involve parent community in training, (c) Have both streams run parallel – the
four independent subjects and the integrative projects for the students and
finally, (d) start STEM based projects as baby steps in the schools which can eventually
lead to an integrative way of thinking in future.
References
Brophy, S., Klein, S.,
Portsmore, M., Rogers, C. (2008). Advancing engineering education in P-12
classrooms. Journal of Engineering Education, 97(3) 369-387.
Herschbach, D. R.
(2011). The STEM initiative: Constraints and challenges. Journal of Stem
Teacher Education, 48(1), 96-122.
Manual, B. (2014,
February 11). What is STEM Education? Retrieved from Live Science website: https://www.livescience.com/43296-what-is-stem-education.html
Oxfam. (n.d.). What is global citizenship. https://www.oxfam.org.uk/education/who-we-
are/what-is-global-citizenship/
Sanders, M. (2009).
STEM, STEM education, STEM mania. Technology Teacher, 68(4), 20– 26.
Team XQ. (2021, September 12). A Guide for Interdisciplinary Teaching and
Learning. Rethink Together. https://xqsuperschool.org/rethinktogether/interdisciplinary-teaching-and-
learning/
Tseng K. H., Chan C. C.,
Lou S. J. & Chen W. P. (2013). Attitudes towards science, technology,
engineering and mathematics (STEM) in a project-based learning (PjBL)
environment. International Journal of Technology and Design Education,
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Yaşar, S., Baker, D.,
Robinson-Kurpius, S., Krause, S., & Roberts, C. (2006). Development of a
survey to assess K-12 teachers' perceptions of engineers and familiarity with
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