What can be done to improve attitudes towards maths?
What can be
done to improve attitudes towards maths?
There is a
stigma around Mathematics and as children get older they tend to lose interest in
the subject, females in particular (Anon, 2008, p.9). Parents play a big part
in their children’s attitudes as some parents may stereo type and influence their
children into what subjects, roles and paths that they should pursue (Anon,
2008, p.9) and socialisation from the home is the primary form so they will
imitate their parents, see them as role models and have the same beliefs and
adapt the same way of thinking as their parents Baumeister (1986) notes that
family socialisation gives a child an identity, when a child is young they are easily
influenced, therefore primary socialisation is the most effective to them.
Math anxiety is also something that people are unaware of which also needs to be
helped in order to change attitudes towards maths. Kirkland experienced Math
anxiety with one of her students and she found that it was a lot of panic and
fear as soon as the change of subject she felt the student became a complete different
person (Kirkland, 2016, p.11) which fit into the description of math anxiety, “a
feeling of tension, apprehension, or fear that interferes with mathematics
performance’’ (Ashcraft, 2002). “The key to enthusing pupils about
problem-solving is removing the main barrier that prevents independent thought,
and that is fear’’ (Tiley-Nunn, 2014, p.10), this fear of not understanding a
maths problem, not being able to keep up with the work, stuck on a question but
too afraid to ask for help or embarrassed to be the only one to not understand this
is very common as I experienced this myself and from talking to many peers this
is the same for them also but in that moment of fear and anxiety feeling alone.
To support these students Kirkland believed having teachers trained in order to
help with such issues and also having the students be observed would be a good
way to monitor the situation as it can be difficult to understand or be aware
for teachers to see who is struggling sometimes (2016, p.12).
In the National Curriculum in England, teachers should
develop pupils’ numeracy and mathematical reasoning in all subjects so that
they understand and appreciate the importance of mathematics and treat it as any
other subject (DfE, 2014), as teachers may put a stigma on maths themselves without
realising thinking it will be a least favourite as my teachers would say, ‘Sorry
guys, time for an hour of maths now’ making the children instinctually have a
negative thought about maths.
The subject must be taught to students as it contains important
life skills, they can relate their ‘understanding of probability to the notions
of risk and uncertainty, also understand the cycle of collecting, presenting
and analysing data’ (DfE, 2014) These skills can be applied to every day life
as well as their structured life of work or education and help give multiple
solutions of problems and make something complex a lot simpler, which is how
teachers should implement their approach when teaching maths so the pupils can
see the relevance maths has on their lives.
Wales have developed the Literacy and Numeracy Framework to
help in the educational attainment in these areas of study improve as on the
PISA tests Wales is the worst in the UK the OCED found that Wales were nearly 30
points of the average score in maths with the other countries ahead in all
three core subjects in Maths, English and Science (Hume, 2016).
The aims for numeracy help to increase student’s confidence
in maths and developing their mathematical reasoning (DfE, 2013, p.9). The Literacy
and Numeracy Framework wants to help develop the pupils, measuring, data and
everyday possible sue of maths skills and to help and ensure the absorption of
these skills Wales have adapted a cross curricula approach allowing numeracy
along with other subjects and other skills be taught along with all subjects (Welsh
Government, 2014).
When I was taught maths in school I found it very
uninteresting, difficult and didn’t understand the reason behind being taught a
lot of the stuff therefore I did not pay full attention. I now regret being
more interested in maths and paying more attention to maths, as I am now an
adult I use maths in a lot of my life, in work, in university, at home, when I
cook and the list can go on, I also now have to redo my maths GCSE as I need a
B in it to get onto my one of my university courses. Michael Gove MP believes, ‘Mathematical
knowledge is the most precious gift an education can bestow’ (Vorderman et al, 2011),
I now understand the importance of maths and if this guidance and this
information is given to students they will be more interested also the key to
have pupils engaged is to make it more enjoyable by adding games, making it
competitive, having rewards also even changing environments to help the lesson
be more stimulating and attractive to the students. Using games and relevant
context the pupils can relate to is also a very good way to keep them engaged,
games such as basing work sheets on popular movies, games and characters,
playing celebrity top trumps, matching the cards and using percentages (Drabble,
2013) this can also portray to the students how maths is used in every day life
as these little activities showcase a numerous amount of different maths topics.
Outdoor learning has been proving to be very stimulating for the child and has received
very little attention
(2014). Sandseter
(2007) says that we should allow children to play in “physically and
emotionally stimulating and challenging environments.” The developmental affects
are very good for the pupils and being outside allows the child to experience and
see different ways maths can be sued again and the teacher is there to
highlight this to the children and make them understand this as, The natural
environment allows children to understand the real world and gives them the
capacity to solve problems. (Staempfli, 2009).
Reference
List
Ashcraft, M. H. (2002) Math anxiety: Personal, educational,
and cognitive consequences. Current Directions In Psychological Science, 11,
No.5, 181- 185.
Anonymous
(2008) Parent Attitudes Influence Their
Children's Attitudes Toward Math and Science: Gifted Child Today; Thousand
Oaks. Vol 31:2, p.9
Baumeister,
R. (1986) Identity as adaptation to social, cultural, and historical context: Journal of Adolescence. 19,
405–416.
Department for Education. (2013) Mathematics programmes of
study: key stages 1 and 2 National curriculum in England. Available at: https://assets.publishing.service.gov.uk/government/uploads/system/uploads/attachment_data/file/335158/PRIMARY_national_curriculum_-_Mathematics_220714.pdf
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[Accessed April 2019]
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Tiley-Nunn,
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London: Independent Thinking Press.
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E. B. H. (2007). Categorizing risky play – How can we identify risk-taking in
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C. Gove, M. Budd, C. Dunne, R. Hart, M. Porkess, R (2011) A world-class mathematics education for
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