OAE Physical Education (034) study materials
OAE Physical Education (034) study resources

OAE Physical Education (034) key terms

OAE Physical Education (034) · Get comfortable with the vocabulary.

Cephalocaudal and proximodistal principles

Patterns describing the direction of motor development: cephalocaudal means control progresses from head to trunk to legs, while proximodistal means it moves from the body's center outward to the extremities. Teachers use these patterns to anticipate the sequence of skill emergence in young children.

Related: Fundamental motor skills, Developmental sequences
Fundamental motor skills

Basic movement patterns such as running, hopping, throwing, catching, kicking, and striking that form the foundation for more complex sport and lifetime skills. They are typically classified as locomotor, nonlocomotor, or manipulative and are refined through practice and instruction.

Related: Cephalocaudal and proximodistal principles, Developmental sequences, Motor competence
Developmental sequences

Ordered, predictable stages through which a movement pattern progresses, such as the initial, elementary, and mature stages of throwing. Teachers observe these stages to match feedback and task difficulty to a student's current movement form rather than chronological age alone.

Related: Fundamental motor skills, Motor competence
Motor competence

A person's ability to perform a wide range of motor skills proficiently and confidently, including coordination and control across locomotor, manipulative, and stability tasks. Higher motor competence is associated with greater participation in physical activity and lower injury risk.

Related: Fundamental motor skills, Perceived motor competence
Perceived motor competence

A learner's self-belief about how capable they are at movement and sport tasks. Low perceived competence can cause children to withdraw from activity even when actual skill is adequate, so teachers build confidence through achievable challenges and specific praise.

Related: Motor competence, Self-efficacy
Motor learning stages

Progressive phases of skill acquisition, commonly described as cognitive (understanding the task), associative (refining the pattern), and autonomous (performing with little conscious attention). Instruction and feedback should shift from explicit guidance to independent practice as learners advance.

Related: Feedback (intrinsic and extrinsic), Practice variability, Transfer of learning
Feedback (intrinsic and extrinsic)

Information a learner receives about performance. Intrinsic feedback comes from the performer's own senses, while extrinsic (augmented) feedback is supplied by a teacher or device and can describe the movement or its outcome. Effective feedback is specific, timely, and limited in amount.

Related: Motor learning stages, Knowledge of results and knowledge of performance
Knowledge of results and knowledge of performance

Two types of augmented feedback: knowledge of results describes the outcome of an attempt (for example, where a ball landed), while knowledge of performance describes the movement itself (for example, the arm path used). Both guide skill correction.

Related: Feedback (intrinsic and extrinsic), Motor learning stages
Practice variability and specificity

Practice variability means rehearsing a skill under varied conditions, such as different distances or speeds, which supports adaptable performance. Specificity means practice should resemble the target performance context. Together they guide task design for transfer.

Related: Transfer of learning, Motor learning stages
Transfer of learning

The influence of prior practice on learning a new skill or performing in a new setting. Positive transfer helps, as when overhand throwing practice improves tennis serving; negative transfer interferes. Teachers design tasks to maximize helpful transfer.

Related: Practice variability and specificity, Motor learning stages
Locomotor, nonlocomotor, and manipulative skills

A classification of movement: locomotor skills move the body through space (running, skipping), nonlocomotor skills move body parts in place (bending, twisting), and manipulative skills involve handling objects (dribbling, catching). The categories organize lesson planning and assessment.

Related: Fundamental motor skills, Space awareness
Space awareness

Understanding of where the body moves in relation to self, objects, and others, including personal space, general space, levels, directions, pathways, and extensions. It supports safe movement in crowded gyms and efficient positioning in games.

Related: Effort and flow, Locomotor, nonlocomotor, and manipulative skills
Effort and flow

Movement concepts describing how the body moves: effort includes time (fast/slow), force (strong/light), and flow (bound/free), while flow refers to the continuity of movement. These qualities help students vary and control movement expression and intensity.

Related: Space awareness, Laban movement analysis
Laban movement analysis

A framework describing movement through body, space, effort, and relationships. Physical educators use it to teach movement concepts systematically and to design creative and expressive movement tasks across grade levels.

Related: Effort and flow, Space awareness
Biomechanical principles of force and motion

Concepts such as Newton's laws, force production, and impulse that explain how the body and objects move. Applying them, teachers help students generate force with large muscles and sequenced body segments for more effective performance.

Related: Summation of forces, Levers and torque
Summation of forces

The sequential use of body segments, from large proximal muscles to smaller distal ones, so their forces combine to produce maximum speed or power, as in throwing or striking. Teaching this sequence improves performance and reduces reliance on a single joint.

Related: Biomechanical principles of force and motion, Transfer of weight
Levers and torque

The body's bones act as levers and joints as axes, with muscles applying force to create rotation. Torque depends on force and the length of the lever arm, which explains why bending a limb can change the speed and ease of a movement.

Related: Biomechanical principles of force and motion, Center of gravity and base of support
Center of gravity and base of support

The center of gravity is the point where body weight is balanced, and the base of support is the area beneath and between contact points. Stability increases when the center of gravity is lower and stays over a wider base.

Related: Levers and torque, Balance (static and dynamic)
Balance (static and dynamic)

Static balance is maintaining a stable position while stationary, while dynamic balance is maintaining stability during movement. Both depend on sensory input, muscle control, and the relationship between center of gravity and base of support.

Related: Center of gravity and base of support, Health-related fitness components
Health-related fitness components

The five dimensions linked to health outcomes: cardiorespiratory endurance, muscular strength, muscular endurance, flexibility, and body composition. Physical education programs target these through regular moderate-to-vigorous activity and structured fitness instruction.

Related: Skill-related fitness components, FITT principle, Talk test and perceived exertion
Skill-related fitness components

Abilities that support sport performance: agility, balance, coordination, power, reaction time, and speed. They are distinct from health-related components and are developed through game-like and sport-specific practice.

Related: Health-related fitness components, Balance (static and dynamic)
FITT principle

A planning guide for exercise prescription: frequency, intensity, time, and type. Teachers use it to design and modify fitness activities so that students accumulate appropriate amounts of activity safely and progressively.

Related: Progressive overload, Health-related fitness components
Progressive overload

Gradually increasing the demands placed on the body, such as adding resistance, repetitions, or duration, so fitness continues to improve without excessive strain. It must be paired with adequate rest and individualized progression.

Related: FITT principle, Talk test and perceived exertion
Talk test and perceived exertion

Simple methods for gauging exercise intensity. The talk test judges whether a person can converse comfortably, and perceived exertion scales ask them to rate how hard activity feels. Both are practical for school settings without laboratory equipment.

Related: FITT principle, Health-related fitness components
Fitnessgram and criterion-referenced fitness testing

A widely used school fitness assessment battery that compares student results to health-related criterion standards rather than to peers. It emphasizes personal fitness goals and educational feedback instead of ranking students against one another.

Related: Health-related fitness components, Formative and summative assessment
Backward design

A curriculum planning approach that starts with desired learning outcomes, then determines acceptable evidence of learning, and finally designs instruction and activities. It keeps lessons aligned with standards and assessment rather than activity for its own sake.

Related: Standards-based curriculum, Formative and summative assessment
Standards-based curriculum

A curriculum organized around explicit learning standards that describe what students should know and be able to do at each grade level. Instruction and assessment are aligned to those standards, and progress is reported against them.

Related: Backward design, Formative and summative assessment
Formative and summative assessment

Formative assessment is ongoing and used to adjust teaching and give feedback during learning; summative assessment occurs at the end to judge achievement against standards. Both should use valid, reliable measures matched to lesson objectives.

Related: Backward design, Rubrics and skill checklists
Rubrics and skill checklists

Scoring tools that describe performance criteria at defined levels. Checklists record whether a component is present, while analytic rubrics rate quality on separate criteria, improving consistency and giving students clear targets for improvement.

Related: Formative and summative assessment, Motor competence
Differentiated instruction

Adapting content, process, products, or environment to meet varied learner readiness, interests, and needs within the same lesson. In physical education this may mean modified equipment, varied task complexity, or flexible grouping.

Related: Universal design for learning, Accommodations and modifications
Class management protocols

Routines and rules that establish expectations for entering the gym, gathering equipment, transitioning between activities, and stopping on signal. Clear protocols reduce downtime, increase activity time, and prevent unsafe behavior.

Related: Positive behavior support, Supervision and risk management
Positive behavior support

A proactive approach that teaches and reinforces expected behaviors, uses clear consequences, and addresses environmental triggers rather than relying on punishment. It emphasizes specific praise and consistent routines to build a safe climate.

Related: Class management protocols, Social-emotional learning
Supervision and risk management

The planning and actions taken to reduce injury risk, including inspecting facilities and equipment, positioning oneself to see all students, matching activities to ability, and having emergency procedures ready. Documentation and consistent enforcement support legal and ethical responsibility.

Related: Class management protocols, Accommodations and modifications
Universal design for learning

A planning framework that provides multiple means of engagement, representation, and action or expression so diverse learners can access the same content. In physical education it means designing tasks flexible enough to include students with varied needs from the start.

Related: Differentiated instruction, Accommodations and modifications
Accommodations and modifications

Accommodations change how a student participates without altering the learning standard, such as larger equipment or extra time; modifications change the standard itself, such as a shorter distance or alternate skill. Both should be documented and reviewed regularly.

Related: Individualized education program and 504 plan, Universal design for learning
Individualized education program and 504 plan

Legal documents that provide services and supports for students with disabilities. An IEP under special education law specifies goals, services, and placement, while a 504 plan provides accommodations for students who need them to access general education.

Related: Accommodations and modifications, Least restrictive environment
Least restrictive environment

The legal principle that students with disabilities should be educated with peers without disabilities to the maximum extent appropriate, with supplementary aids and services as needed. Physical education placement decisions should follow this principle.

Related: Individualized education program and 504 plan, Adapted physical education
Adapted physical education

Specially designed physical education instruction for students whose needs cannot be met fully in general physical education, delivered by a qualified adapted physical education specialist. It may occur in inclusive, modified, or separate settings depending on student needs.

Related: Least restrictive environment, Accommodations and modifications
Social-emotional learning

The development of self-awareness, self-management, social awareness, relationship skills, and responsible decision-making. Physical education naturally supports these through cooperative games, team challenges, and structured reflection on effort and sportsmanship.

Related: Positive behavior support, Self-efficacy
Self-efficacy

A person's belief in their capacity to succeed at a specific task, shaped by mastery experiences, vicarious models, encouragement, and emotional state. Teachers build it through small successes, credible demonstrations, and positive feedback.

Related: Perceived motor competence, Social-emotional learning
Professional ethics and advocacy

The commitment to act in students' best interests, maintain confidentiality and appropriate boundaries, model healthy behavior, and promote quality physical education to families, colleagues, and administrators. Advocacy includes communicating program value with evidence.

Related: Supervision and risk management, Social-emotional learning