I have been in this game a while now. I have the great privilege of working with
mathematics educators around the world and visiting schools of all types. Invariably, whenever I meet a maths teacher or
teacher educator, I learn something new about mathematics teaching. I love this.
I am a bit of a knowledge junkie – I am absolutely addicted to learning. I also love having my views, opinions and
thoughts challenged, so that I must consider why I believe something to be true
and either change my views based on new information or defend my views because
they are well founded and right. I love
debate, love having my perspective shaken.
I read everything. As a long-term
sufferer of awful insomnia, I spend most of my nights, lying next to my snoring better
half, reading, reading and reading.
I thought it might be a useful thing to capture here (I will
continue to expand the list) a few of the people in mathematics education who
leave me in awe at their knowledge and intellect. These are the people who, without fail,
always offer new insight and make me really think. These are the people who have blown me away
at various times and helped to keep me addicted to learning more.
Please note, this blog is not intended as some kind of league table of maths educators, it is not a list of the top maths teachers nor is it meant as giving out gongs. It's just a personal list of the people who have made me think. I'm sure you'll have your own list; why not add some reflections to the comments section of the people who have made you think?
So.. in no particular order, here are some of my inspirations...
Please note, this blog is not intended as some kind of league table of maths educators, it is not a list of the top maths teachers nor is it meant as giving out gongs. It's just a personal list of the people who have made me think. I'm sure you'll have your own list; why not add some reflections to the comments section of the people who have made you think?
So.. in no particular order, here are some of my inspirations...
Margaret Brown. A
huge intellect, Margaret has a knowledge of mathematics education systems and
implementation matched by few. Her
insight into how to make mathematics teaching impactful is equally as
impressive. All communicated with a
friendliness and warmth. Working with
people like Hilary Shuard and Anita Straker, Margaret defended and massively
advanced effective systems of mathematics teaching in the late 1980s and early
1990s at a time when Ken Clarke appeared to be on the full offensive against sense. Margaret’s research and writings are of huge
importance in the canon of our profession and always add to one’s thinking.
John Mason. I know of
few people with John’s capacity to be simultaneously awe-inspiringly
intellectual and graciously humble. A
terrifically nice person, with a depth of knowledge about how to communicate
mathematical ideas. I always enjoy
speaking with John, but I recall a particular meeting 10 years or so ago in our
Soho offices, when we were beginning to create a thing called the
Mathemapaedia. The table was surrounded
by maths education heavyweights debating mathematical concepts and related
pedagogies. The knowledge in the room
was incredible. John waited patiently
for a natural pause in the debate and added just a few words, which instantly
made us all reflect and delve deeper.
This is John’s greatest skill – to make one consider one’s own thinking
and actions further and deeper.
Pete Griffin. A
gentle, thoughtful and thought-provoking intellectual. Pete not only knows a vast amount about
mathematics teaching, he also has a deep understanding of how to educate
mathematics teachers. A conversation I
had with Pete around a decade ago, in which he described the layers of learning
about mathematics education, had a profound effect on me and took my knowledge
of teacher education to a whole other level.
Richard Perring.
Richard pretends (or perhaps genuinely believes) that he is not on the
same level as some of the big thinkers in maths education. This is simply not true. I have spent many a day with Richard talking
about how to communicate new mathematical ideas to children. His genius in being able to visualise and
bring to life new ways of enabling children to learn is second to none.
Anne Watson. A
towering intellect, Anne has been responsible for adding huge amounts of new knowledge
to the canon of maths teaching. Often
working with her partner, John Mason, Anne’s work is continually surprising
and challenging. Her depth of thought is
remarkable and her commitment to maths specific pedagogies and practices make
one stop to think carefully (for example, her reminder of the errors in popularised
versions of Variation Theory, which made me reconsider the entire theory and
discover far more impactful applications to the subject of mathematics
teaching).
Hugh Burkhardt. Hugh
was a longtime collaborator of the late, great Malcolm Swan. My first experience of working with them,
some decades ago now, involved testing learning activities developed by Hugh in
the classroom and providing feedback about what happened in the pupils’ minds. Hugh’s approach to learning design is
unequaled by anyone in maths education – each ‘lesson’ taking vast amounts of
time and R&D. Together with Malcolm
and others, Hugh was responsible for the greatest work in the history of maths
education, The Shell Centre.
Bernie Westacott. And
finally, a special note for the maths educator who has had the greatest impact
on me of late. I guess because those of
us interested in maths education research and evidence all read the same books
and attend the same talks, it is rare for me to sit in a workshop at an event
and be blown away by novel, intelligent thinking. Without fail, every time I hear Bernie speak,
this is what happens. He has an
incredible insight in to early learning in mathematics and has extended and
developed ways of communicating mathematics ideas that blow my mind.
If you are involved in mathematics education, whether just starting out or long in the tooth, I would encourage you to speak to, read and learn from the people listed above. Continuing to challenge your own understanding of what makes for effective mathematics teaching won't just make your teaching better, it's also jolly good fun!