CAPEPS: French EPS teaching foundations common mistakes
CAPEPS: French EPS teaching foundations · Understand the traps and how to avoid them.
When asked to classify a skill (e.g., open vs closed, discrete vs continuous vs serial, gross vs fine), the candidate labels it with a single category and ignores the other continua, or mislabels a serial skill as continuous because it 'flows'.
Classification axes describe different features. A single tennis serve is commonly treated as discrete, while a routine linking several distinct skills can be serial; submovements do not automatically make every skill serial.
What to do instead
State the level of task analysis and classify environmental predictability, continuity, muscular involvement and pacing separately. Justify a serial classification using linked distinct skills rather than the mere existence of smaller body movements.
Describing a motor-learning stage or feedback type by name only (e.g., 'she is in the associative stage') without stating the observable behavioural evidence the stage predicts.
Textbook summaries present stages as labels, so candidates reproduce the label and assume the marker will infer the evidence; they have not linked each stage to observable features such as consistency, error detection, reliance on external feedback, or attention demands.
What to do instead
Build a three-column table for each stage (cognitive, associative, autonomous) with columns: performance characteristics, type of feedback needed, attentional focus. In answers, always pair the label with at least two observable indicators from the scenario and explain what the absence of those indicators would mean.
Confusing the three main feedback functions/timing distinctions, e.g., treating knowledge of results as knowledge of performance, or recommending immediate concurrent feedback for a learner trying to build an internal error-detection mechanism.
The terms overlap in everyday language ('results' vs 'performance' sound similar), and candidates do not connect feedback timing to the stage of learning or the retention/transfer goal being tested.
What to do instead
Distinguish outcome information from movement information using the actual example. Choose timing, frequency and precision for the learner, task and retention goal; more immediate feedback is not automatically better, and reduced feedback is not universally best.
Describing psychological strategies such as goal setting, imagery, or arousal regulation by name and claimed benefit, without specifying the mechanism, the conditions for effectiveness, or how it would be implemented in the scenario.
Candidates learn strategy-benefit pairs from summaries and reproduce them; they do not link the strategy to the psychological construct (self-efficacy, attentional focus, arousal level) or to the individual's stage and context.
What to do instead
Connect the strategy to a proposed mechanism, an observable task and a way to evaluate it. Imagery can use internal or external perspectives depending on the aim; no one perspective or vividness rule guarantees success for every performer.
Answering sociocultural questions with individual-level explanations (e.g., 'she lacks confidence') when the prompt concerns participation patterns, access, or equity, and ignoring the influence of factors such as gender, socioeconomic status, culture, or media.
Candidates default to psychological or personal attributions because those are more familiar, and they do not practise distinguishing individual, interpersonal, and structural levels of explanation.
What to do instead
Before writing, classify the prompt's level of analysis: individual, interpersonal, organisational/structural, or societal. For sociocultural prompts, require at least two structural factors (e.g., cost, facility access, transport, cultural norms, media representation) and explain the mechanism by which each affects participation. Use a template: factor, mechanism, population affected, and one evidence-based intervention.
Listing health benefits of physical activity without specifying the dose-response relationship (frequency, intensity, time, type) or distinguishing physical, mental, and social dimensions of well-being as the question requires.
Candidates treat 'exercise is good for health' as a complete answer and do not connect guidelines to the dimensions of health or to the population in the scenario (e.g., older adults, adolescents, people with a chronic condition).
What to do instead
Identify the population and the dimensions named in the task. Use the applicable current guideline when a dose is required, distinguish association from a causal claim and consider access and medical context without inventing a universal prescription.
Describing projectile motion or lever mechanics qualitatively ('a higher release gives more time') without applying the relevant principle, formula, or quantitative relationship the question's data supports.
Candidates learn the vocabulary of biomechanics but avoid calculation and principle-application under time pressure, so they write plausible-sounding prose that never uses the given values or names the principle.
What to do instead
Name the model, relevant quantities and units before substituting. Maximum rise above the release point is proportional to squared initial vertical speed under constant gravity without air resistance; that is not a universal claim about total height or range.
Treating the summation of forces or the stretch-shortening cycle as a single event, e.g., saying 'the legs push off' without sequencing the phases, force contributions, or the role of the eccentric phase and elastic energy.
Candidates describe the visible outcome rather than the underlying mechanical sequence, and they have not practised ordering the phases of a movement (preparatory countermovement, eccentric loading, amortisation, concentric propulsion) or attributing force to specific joints and segments.
What to do instead
Describe the observed preparation, eccentric action, transition and concentric action, relating muscle and joint behavior to the task. Elastic and neural contributions depend on timing and conditions; do not promise a particular increase in force from a phase label alone.
Naming an energy system as 'the' system used for an activity without addressing the contribution of all three systems and the time course of the dominant one.
Simplified tables assign one system per duration, and candidates treat the boundaries as absolute; they also overlook that the systems overlap and that intensity, not just duration, determines the mix.
What to do instead
Explain overlapping ATP pathways in relation to the supplied intensity, duration and task. Use predominantly only when justified. Do not invent energy-system percentages or a precise crossover time when the question supplies no defensible measurement.
Confusing training principles or applying progressive overload without specifying the variable changed, or misidentifying which principle a scenario illustrates (e.g., calling specificity 'reversibility').
The principles are described in similar language, and candidates answer with the definition rather than matching the definition to the scenario's evidence.
What to do instead
Write a one-sentence operational test for each principle (specificity: does the training replicate the movement, energy system, and intensity of the goal?; reversibility: does performance decline after a break?). For overload questions, always name the variable and direction of change (volume, intensity, frequency, or density) and the expected adaptation. Practise by matching short scenarios to principles and justifying with the evidence in the scenario.