@Namenic
OP - I do agree that with the general point that the school system doesn’t suit everyone. But it is effective for some people.
In at least some eastern countries - the emphasis is far more on traditional academia, rote learning and high stakes exams. I grew up there. Negatives are mental health issues and maybe more conformity. Positives are that more people have technical skills and go into stem. It may have helped v rapid development of countries and living standards.
The issue with the 56% statistic is that you are comparing 2 different populations: general U.K. pop vs doctor pop. There are many reasons why these demographics are not comparable - so it would not be valid to apply the 56% to the doctor pop. My guess is that most doctors would know basic arithmetics, percentages etc - as this is involved in dosage calculations and post grad exams. Maybe stuff like trig they may have forgotten.
Horses for courses - are they going to replace btecs with something - T levels or some other alternative? I hope they can cater for different learning styles.
Good observations.
The problem with eastern countries is although they have very high technical skills, that usually comes at a cost, creativity, originality, critical thinking, logic etc. Its no wonder that countries like China have built an industry on usurping other countries IP. Its a very extreme form of education might I add.
With regards to doctors and statistics, we agree. Why do doctors have a higher probable numeracy rate ? is it because they learnt it at school or because they want to be doctors and so numeracy is something they learn to accompany their understanding?
This is precisely my argument, teach them the bare minimum and then let them explore, and don't assume that knowledge comes to an end when you hit 21, it's a life long journey and growth is till the grave.
Also, doctors operate a wide array of functions. Some doctors may have to use math extensively, but other doctors may not be using much math, if any at all. There is also age and experience with dosing - as you become more accustomed to the process you can guess with reasonable accuracy what patient X needs, thereby diminishing the utilisation of mathematics and increasing the likelihood they will forget it.
But even then, the other statistics could still be attributed to doctors, for example, not knowing basic grammar, because functionally, there is no need to know such distinctions. So in the end, it still levels out and is reasonably accurate even if the deviation is sightly higher.
You notice this problem with all complex fields really, no one person can encompass the entire depth and breadth of their respective fields, hence specialisations, and I have intimate knowledge of this personally too.
Good pointers nonetheless.