PSV Eindhoven’s academy stars are playing video games. One boy taps furiously during a gun shoot-out, while another takes aim at an array of dots on his screen.
Eric Castien, the CEO of Brainsfirst, the company behind the software, says to FFT: “We collect data on 63 different brain factors which helps us to assess brain potential. Thanks to machine learning we detect which factors are key to playing football at the highest level. You could say we’ve created a Football IQ."
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PSV and BrainsFirst have established a benchmark of the ideal brain profile needed to become a professional footballer. This, they hope, will improve their decision-making when signing and releasing players and maximise the return on their academy investment.
“Football is a complex game of space and time,” Castien adds. “That’s why elite players need some specific cognitive skills, as well as athletic ability, to be able to follow the game on the pitch and participate in it successfully."
If a youth player records an age-related test score of 0.5 or more below the elite group average, BrainsFirst say it is highly unlikely he will make it. In the event of choosing between two players to remain in the academy, they also advise the club to pick the boy with the highest cognitive score.
Unlike physical development, where someone’s growth spurt can occur quite late, Castien says if a player’s mental development is poor at a young age, they will be unable to catch up cognitively with their team-mates later on.
“We are talking about elite players who have to be outstanding at a young age.,” he adds. "Their professional career is relatively short, so if your football brain is behind as a youngster, it’ll be behind when you are 21.
“Of course you can improve by training, on and off pitch, but if your cognitive performance is considerably poorer than needed, the required improvement is too demanding to catch up. For an academy, this is very risky.”
