Pre-reading
STEM stands for Science, Technology, Engineering, and
Mathematics. These academic subjects are taught in the education system. There
is more of an emphasis and a push now for students to learn about subjects in
these four disciplines. Science may include classes such as biology and
chemistry. Technology may include computer science. Engineering may include robotics.
Mathematics may include algebra and geometry. STEM disciplines push students to
question and make observations more so now than before in these areas.
I think that STEM education is important because there are
many fields out there that are underrepresented with the amount of STEM
disciplinary concepts they contain. There are many fields that deal with
computer or mathematical operations like programming and even finance. There is
a lack of women in these fields and it is important to increase them in these
workforces. Because things in our world are constantly changing these fields
are becoming more and more important to help find ways to better support the growing
population and in discovering more environments outside this world. Without
STEM, the emphasis on the growth in these industries would not be a prevalent.
STEM needs to be emphasized in the public education system.
Due to a lack of females in this fields, there is a need to have new fresh
minds in those roles to help discover new and more effective possibilities for
people. STEM is what helps human beings advance as a civilization and do things
more efficiently. Without improvements in medicine and technology, we would
still be living in primitive times.
Post Reading
After further research, that there is a lack of diversity in
the workforce (Bidwell, 2015). Women and minorities are very under represented.
In the US, “we do not encourage out female students to pursue career paths in Science,
Technology, Engineering, and Math (Purcell, 2013). In addition, the current
workforce is growing older and this may stunt the growth of new ideas and innovations
to take place. I can see this being an issue because recently I had my boss ask
me to set up his email on his phone because he did not know how; he is in his
sixties. There are other times that I am asked to do something or check something
out on social media, and I have to ask one of my students how to find it, where
is it, or can you show me what they are talking about? I have noticed also that
nowadays a lot of my students are very savvy with their cell phones and cannot
seem to get it from in front of their face. The upside I see to this is any
question that I may have about social media, they can easily tell me. The new
generation is become more reliant on technology and social media and that is
something that the current workforce lacks.
With this current generation being more immersed in their cell
phones, this is something that does not always have to be seen as a negative in
the classroom and can be used to help increase their understanding in a STEM curriculum.
In the article Student Solutions to Global
Problems: STEM Education in South Carolina, students using their cells
phones had been highlighted as something that the teacher can take advantage of
as a resource to help support student learning. Technology can allow the
students to find resources to help them and they can use it to interact with
others and can allow them to get creative like the students in the article that
created a 3D Braille Printer and an app for measuring carbon sequestration.
Though I thought I knew a lot about STEM, there was still
much I did not know. After reading some articles, it seemed that there was
problem with the amount of lack of interest and the growing “age” of the
current workforce in STEM careers. This will possible halt our pace in creating
advancements and when new technology can be available. If us as teachers start
by promoting and building interest from the school years, then there may be
more input, continuing advancements. “As repetitive tasks are eroded by
technology and outsourcing, the ability to solve novel problems has become
increasingly vital” (Deangelis, 2018). STEM subjects teach life skills that
other subjects outside of STEM may not address making them also very important
to emphasis as our students go up the ladder in the public education system.
References
Bidwell, A. (2015). STEM Workforce No More Diverse Than 14
Years Ago. Retrieved from
https://www.usnews.com/news/stem-solutions/articles/2015/02/24/stem-workforce-no-more-diverse-than-14-years-ago
Purcell, K. D. (2013, March 8). 5 Ways to Get Girls into
STEM. Retrieved from
https://www.edutopia.org/blog/5-ways-girls-involved-STEM-karen-purcell
Mason, R. (2017). Student Solutions to Global Problems: STEM
Education in South Carolina. Retrieved from https://www.huffpost.com/entry/student-solutions-to-glob_b_8591808?guccounter=1&guce_referrer=aHR0cDovL3d3dy5saXZlYmluZGVycy5jb20vcGxheS9wbGF5P2lkPTE4ODM2MTQ&guce_referrer_sig=AQAAAF9cU29FAzVjU05rzvzqgfh_Z-i_NGw_JXPFAlV0vUNnp87NuJHoEIsNDBE2wNGHUnAEgLsIoEFJEXm6h6D5neIjB9qWHLhChVE6G3rrGl9XIF2V0htxd5vfI4JVnbs_Rh4IcaTwwt23moDGIUHbNTOETjjDscenxLDfzxN__KO5
Stephen F. DeAngelis, E. S. (2015). Why STEM? Success Starts
With Critical Thinking, Problem-Solving Skills. Retrieved from https://www.wired.com/insights/2014/06/stem-success-starts-critical-thinking-problem-solving-skills/