The new Junior Cycle syllabus
is termed “Innovation and Identity” by its authors the National Council for
Curriculum and Assessment (NCCA) – a wonderful new organisation grown out of
the Department of Education and Skills. The NCCA has created a new vision for
secondary school education where the current focus is on Junior Cycle Reform
and on Project Maths at Leaving Certificate levels.
The key skills that the new
Junior Cycle seeks to embed in our young pupils are:
Managing
Information and Thinking
Managing
Myself
Working
with others
Communicating
Being
creative
Staying
well
As President of Engineers
Ireland two years ago I was very critical of the old Junior Cycle at Second
Level Education.In my school days, it was known as the Intermediate Certificate
Examination later changed to the Junior Certificate Examination.
In 2009 I was Vice President
of Engineers Ireland and was asked to chair a Task Force to investigate the
teaching of Maths and Science at Second Level. This resulted from many senior national and international
industry figures making negative comments about falling numeracy levels in
Irish schools. This was just as the new Project Maths was being rolled out to
24 pilot Secondary schools countrywide.
The principal concern at the
time was the relatively low % of students (16 - 19 %) taking Hons Maths at
Leaving Cert. Because of the importance of Leaving Hons Maths to future careers
in engineering and technology there were cries from industry to government to
try to correct this deficiency. We published the Engineers
Ireland Report in February 2010 making many recommendations most of which
were taken on board by the Dept of Education and Skills.
The Engineers Ireland Task
Force was well representative of industry, academia, teachers and Engineers
Ireland. Vice Chair of the Task Force was President of NUIG Professor Jim
Browne a Past President of Engineers Ireland. We set to work in late 2009 and
it wasn't long before we realised that the principal challenge for Maths was
not at Leaving Cert but earlier at Junior Cycle.
One of the key issues is that
most Second Level Maths teachers had no sufficient qualification in Maths. They have a degree in
an allied subject like Biology, Physics or Chemistry or another numerate
language like Accountancy or Music. They may be excellent teachers in their
core subjects but with no particular love or passion for Maths. These ‘out of
field’ Maths teachers were invariably assigned to the Junior Cycle classes by School
Principals whereas more qualified Math teachers were assigned to Leaving Cert
classes.
Secondly we found that there
was no 'joined up thinking' between Primary and Secondary education in Ireland.
There was and still no national assessment of students at the end of Primary
level and therefore no 'report card' for pupils to bring onto their new
secondary school teachers. The respective primary and secondary teachers never
meet. I thought this whole lack of asset management of the primary school
student to be quite extraordinary and a systemic failure in the 'duty of care'
we owe to our children. I understand that the new Second Level curriculum now deals
with the necessary overlap with Primary Level.
With regard to the then falling interest in Hons Maths at Leaving Cert this was found to be unsurprising as only about 40% were taking Hons at Junior Cycle level so it was inevitable that less than half that number would go on to take Hons at Leaving Cert.
With regard to the then falling interest in Hons Maths at Leaving Cert this was found to be unsurprising as only about 40% were taking Hons at Junior Cycle level so it was inevitable that less than half that number would go on to take Hons at Leaving Cert.
In 2010 bonus points were
introduced for grades at or above D in Leaving Cert Hons Maths. As a
consequence the numbers taking Hons at both Junior and Leaving Cert level have
swelled at least temporarily. While this may well prove to be simply a temporary
'quick fix', it does not deal with the fundamental problem of the need for better
teaching and a more in depth understanding of the role that Maths has in creating
the innovation agenda that will drive economic
growth and jobs in the future.
The new Project Maths is based on a
contextual understanding of how maths helps to solve the problems of everyday
life. This is best illustrated by engineers who intuitively use maths every day
to solve the problems of traffic, water supply, telecommunications, energy, smart phones and
so on. It is therefore a long term project which will take a generation to
embed in students who will eventually filter into the employment world. While
some rote learning is needed from an early age (eg 5 or 6 times tables) Project
Maths is more graphical than before and shows an increasing everyday relevance
to everyday life.
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