A pass reaches a teammate, so everyone calls it a good decision. A pass misses, so everyone calls it a bad one. That shortcut is understandable, but it mixes three different questions: what information was available, which option the player chose, and how well the action was carried out.
What coaches often call Soccer IQ is not one single ability. Good play can involve noticing useful information, selecting an appropriate action, and executing that action effectively under pressure.
LevelUp translates this research into a simple youth-development loop: Environment → Perception → Decision → Execution → Reflection. It is a teaching framework, not a validated diagnostic test or Soccer IQ score. The sequence is informed by research on cognition in elite soccer and by established observation approaches such as the GPAI (Oslin, Mitchell, and Griffin, 1998) and GPET (García-López and colleagues). It gives families a shared vocabulary without pretending that one clip reveals a player's intelligence.
Why the result is not the whole decision
Imagine a midfielder sees a forward run, attempts a difficult through-ball, and the pass is intercepted. The choice may have been reasonable if the team needed progression and the runner was genuinely available; the execution may simply have been too soft or too central. Now reverse it: a player tries a risky pass through two defenders, it takes a deflection, and a teammate scores. The outcome is excellent, but the decision may still have exposed the team to unnecessary danger.
The goalkeeper decision-analysis method published in PLOS One makes this distinction particularly clear: action results can depend on what opponents and teammates do next. For youth players, the lesson is not to remove risk. It is to ask whether the risk fitted the situation and whether the technique matched the chosen solution.
The five-part review framework
Available is not the same as perceived.
Film can help establish what information was present in the environment. Only behavioral evidence such as scanning, body orientation, communication, movement, or player recall can help us reason cautiously about what the player may have perceived.
1. Environment
What information existed before the action? Note pressure, teammates, space, opponent shape, score, time, and the player’s role without assuming the player noticed every available cue.
2. Perception
What evidence suggests the player acquired some of that information? Look for scanning, body orientation, communication, movement, and player recall. If the evidence is limited, write “unclear.”
3. Decision
What realistic options appear to have existed, and which one did the player select? Judge the choice against match-speed context, not a perfect freeze-frame solution.
4. Execution
How well did the player carry out the selected option? Consider touch, weight, timing, balance, technique, pressure, and whether a teammate changed the picture.
5. Reflection
What should the player keep, change, or test next? End with one observable cue, not a label such as smart, careless, or low IQ.
The four possible combinations
Decision quality and execution quality are related, but they are not interchangeable. Use these four combinations to make the conversation more precise:
| Decision | Execution | Useful interpretation |
|---|---|---|
| Good | Good | A fitting option carried out effectively. Identify the cue that made it repeatable. |
| Good | Poor | The option made sense, but technique, timing, pressure, or a teammate response reduced the result. |
| Poor | Good | The action was clean, but the choice created avoidable risk or ignored a better option. |
| Poor | Poor | Both the option and the action need work; choose one first cue rather than piling on criticism. |
How LevelUp reviews a moment
Evidence first. One trainable cue at the end.
What was happening?
Game state, space, pressure, teammates, and opponents.
What information was available?
Passing lanes, runs, pressure, and numerical advantages.
What did the player appear to perceive?
Scanning, body orientation, communication, movement, and recall.
What did the player choose?
The selected action, judged in match-speed context.
How well was it executed?
Technique, timing, weight, balance, and pressure.
What happened?
The outcome, recorded separately from decision quality.
What comes next?
One developmental cue to repeat or test.
LevelUp does not pretend one clip reveals how smart a player is. Film Room helps players understand patterns in the decisions they repeatedly make.
A free, no-score match reflection worksheet
Print this section or copy it into a notes app. It is deliberately evidence-first: there is no total, ranking, or psychometric Soccer IQ score. Complete it for three to five moments, then look for one repeated cue.
Moment review
- 1. Context: Minute, score, position, team numbers, field zone, and immediate pressure: ______________________________
- 2. Available information: What could the wide-angle footage show about teammates, opponents, space, and passing lanes? ______________________________
- 3. Perception evidence: Did the player scan, adjust body shape, communicate, or receive information from a teammate? If uncertain, write “unclear.” ______________________________
- 4. Player recall: Before showing the replay, ask what the player remembers seeing. Treat memory as one source of evidence, not perfect access to the moment: ______________________________
- 5. Options: What realistic choices appear to have been available at match speed? Do not invent an option the player could not reasonably perceive or execute: ______________________________
- 6. Selected decision: What did the player choose, and did it fit the role, pressure, game state, and available space? ______________________________
- 7. Execution: How was the touch, pass, run, tackle, shot, or recovery performed? ______________________________
- 8. Outcome: What happened next? Keep this separate from the decision judgment: ______________________________
- 9. Next cue: What is one observable experiment for training or the next match? ______________________________
Uncertainty is a valid answer. If the camera cannot show the far-side winger, or the clip begins after the player should have scanned, do not invent certainty. Mark the evidence as limited and ask what angle or replay would help. A fair review protects the player from both harsh assumptions and empty praise.
How to discuss the worksheet with a young player
Ask before telling. “What did you see?” is more useful than “Why did you pass there?” Then ask what alternatives the player remembers and whether the footage supports that memory. Separate the learning question from the blame question: “Was the choice suitable?” and “How could we execute it better?” are different conversations.
Keep the review narrow. A midfielder might choose “scan before receiving under central pressure.” A winger might choose “recognize when the fullback is square before attacking inside.” A defender might choose “delay the attacker until cover arrives.” These are testable behaviors, unlike “be smarter.” Small-sided games and representative practices can then give the player repeated decisions in a similar environment; isolated technique work may support execution, but it does not automatically recreate the perception and choice demands of a match.
For a deeper film routine, use the Game Review Checklist. When families want help organizing repeated clips and patterns, LevelUp's Film Room can make that review loop easier; it should support the player's questions, not claim access to unseen intent.
References and framework credit
LevelUp's Perception → Decision → Execution → Reflection language is a reader-friendly adaptation for youth players and families. It is not a validated assessment and does not reproduce GPAI or GPET scoring tables. The following public sources informed this article:
- Cognition in elite soccer players: a general model Madsen and colleagues, Frontiers in Psychology (2024).
- Cognition in elite football FIFA Training Centre summary of the three-stage cognition model.
- Analytic method for evaluating players’ decisions in team sports PLOS One study showing why decision and execution should be evaluated separately.
- The impact of cognitive biases on professionals’ decision making Broader psychology review describing outcome bias and related judgment errors; this is not soccer-specific research.
- Oslin, Mitchell, and Griffin (1998), Game Performance Assessment Instrument (GPAI), cited as an established observation approach.
- García-López and colleagues, Game Performance Evaluation Tool (GPET), cited as an approach that separates tactical decision and execution analysis.