Skill Acquisition in Goaltending: Are We Leaving Saves on Table?
- Distinguish between implicit memory (automatic save reactions) and explicit memory (tactical decision-making) to design smarter goalie practices.
- Skill transfer to gameplay is the true measure of any goalie training session — not just performance in practice.
- Motor skills become automatic and effortless only when practice methods are aligned with how the brain actually encodes movement memory.
- Goaltenders use both conscious and unconscious memory systems simultaneously during a game, requiring coaches to train both.
- Brandon Thibeau, a physiotherapist and former CHL goaltender, applies motor learning science to identify gaps in conventional goalie development.
This article in our Goaltending Science series is from Brandon Thibeau, inspired by his work as the founder of the IQ Goalie e-digest newsletter series. Instagram: @IQ_Goalie
Thibeau is a former Canadian Hockey League and Canadian University goaltender. He has a Bachelor’s degree in Psychology and a Master’s of Science degree in Physiotherapy. He is currently coaching U18 in Nova Scotia and is a Scout in the QMJHL.
Whether we are training tracking, movement, positioning or tactics, the goal of any practice is to improve a goalie’s skills so that they can be transferred to gameplay.
As goalies and coaches, can we say we are always practicing in a way that optimizes skill development and transfers to game situations?
To find the answer to this question, we must first understand how the brain and body learns new skills.
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