@juliangrenier@ThinkingMaths@elresearchsch 1. Day two of our considered response to the above blog by @juliangrenier and @ThinkingMaths.
LONG THREAD (but not quite as long as yesterday!) More tomorrow. Please see yesterday's attached to the blog on automatic recall.
This thread is about working memory...
@juliangrenier@ThinkingMaths@elresearchsch 2. Working memory: We would argue manipulatives and jottings reduce the cognitive load, not increase it. You can only retrieve what has been learned, so manipulatives, meaningful contexts and playful experiences are part of how the maths is learned that is later remembered....
@juliangrenier@ThinkingMaths@elresearchsch 3. Additionally, facts are not simply retrieved to support memory, they should be applied or elaborated (which is why rote learning does not lead to long term memory benefits). Clearly, a child having learned so well that something has become automatic is a good thing. ...
@juliangrenier@ThinkingMaths@elresearchsch 4. Our concern is that automaticity of abstract number facts should not be an ELG. The danger is that a pedagogy of automaticity means the important conceptual learning stage will be skipped over and only rote memorisation will be used (evidenced in the EEF pilot). ...
@juliangrenier@ThinkingMaths@elresearchsch 5. A rote memorisation approach is particularly worrying for children who have limited access to context & play-based maths outside of school as they will not achieve the ‘learning to automaticity’ of the special case of Abby, cited in the blog; instead ‘learning OF automaticity’
@juliangrenier@ThinkingMaths@elresearchsch 6...
Automatic recall may be an aspiration, but cannot be an expectation for all children at the end of the Reception year. It is understanding that should be the longterm aim.
Thread ENDs for today.
More tomorrow.
Thank you for reading this. Please circulate and discuss.
• • •
Missing some Tweet in this thread? You can try to
force a refresh
@juliangrenier@ThinkingMaths@elresearchsch Good afternoon everyone!
This is Day 3 of our thoughts as a result of a reading the above blog by @juliangrenier and @ThinkingMaths. Today we focus on spatial experiences, pattern, shape, space and measures. We will tag in days 1&2 at the end of today's thread ...
@juliangrenier@ThinkingMaths@elresearchsch 2 ... Despite the lack of evidence about causal effects on number of teaching spatial reasoning, especially in terms of randomised control trials, overall, we need to better understand the relation between spatial skills & wider maths, especially before children begin school...
@juliangrenier@ThinkingMaths@elresearchsch 3 ... The overwhelming predictive evidence suggests we would be foolish not to try to teach children's spatial visualisation. Hawes & Ansari (2020 p466) cite Mix & Cheng (2012): ...
@juliangrenier@ThinkingMaths@elresearchsch 1/
What follows are our thoughts as a result of a reading the blog by @juliangrenier and @thinkingmaths. LONG THREAD! Day One: Automatic recall.
More tomorrow.
The ECMG believes it is great for children to be fluent with number facts, but, as there is no evidence ...
@juliangrenier@ThinkingMaths@elresearchsch 2/ ... that this is possible for all 4s & 5s in reception, it is misleading to make this an ELG. We think it is the ability to apply these confidently to problems in a range of contexts, which should be the focus. It is understanding, not just recall, which is the aim...
@juliangrenier@ThinkingMaths@elresearchsch 3/ The EEF evaluation of the pilot showed teachers' concerns about the phrase 'automatic recall' (implying knowledge of number facts without understanding) alongside teachers reporting a decline in teaching these facts through exploration, & ...