Teaching methods in physical education

In short

A teaching method is the organised way a physical education teacher presents an activity so that pupils learn a skill, a rule or a habit; a technique is the smaller device used inside it (demonstration, verbal cue, question, drill). The subject covers the principles of teaching, the main methods (command, demonstration, imitation, part, whole, whole–part–whole, project, problem-solving, discussion, assignment, station and circuit teaching), Mosston's eleven teaching styles, presentation technique, class formations, teaching aids and the factors that decide which method fits a given class. It carries high marks in B.P.Ed and B.Sc Sports Science papers on "Methods in Physical Education" and in UGC-NET Physical Education, and is the core of practical teaching examinations and lesson observation. In interviews — school PE teacher posts (CBSE, Kendriya Vidyalaya, Navodaya, state boards), academy and Khelo India centre coaches, SAI/NSNIS coaching diplomas, fitness and sports-education companies — candidates are judged almost entirely on how they would teach a skill to 40 children with two balls.

Explained

Method, technique and the principles behind both

• Teaching method: the overall plan of presentation and practice — command, part, project and so on. Teaching technique/device: the tool inside it — demonstration, explanation, questioning, visual aid, drill, correction.
• Teaching aids are material supports: audio-visual (video, projector, charts, skeleton, models), equipment aids (markers, cones, ladders, modified balls) and the teacher's own body as a model.
• Standard principles of teaching, all examinable: readiness (match the task to maturity), proceed from known to unknown, simple to complex, easy to difficult, concrete to abstract, particular to general, definite to indefinite, whole to part (gestalt), activity/learning by doing, individual difference, motivation and reinforcement, repetition with variety, feedback and correction, and safety first.
• Maxims of presentation: short explanation, correct demonstration, immediate practice, specific feedback, progressive difficulty.
• Factors deciding the method: nature of the skill (continuous/serial/discrete, open/closed), age and ability of pupils, class size, time available, equipment and space, weather and surface, safety risk, teacher's own competence, and the objective of the lesson (skill, fitness, recreation, competition).

The main teaching methods

1. Command (direct/dictatorial) method: teacher decides everything; class responds together to commands. Pattern: preparatory command ("Squad —") then command of execution ("Attention!"). Best for marching, mass drill, formal activities, large classes and safety-critical moments. Advantage — control, discipline, time economy, uniformity. Limitation — no initiative, no individual pace, little creativity.
2. Demonstration method: the skill is shown as it should look. Rules: demonstrate at normal speed first, then slowly, from the angle the class needs, repeat two to three times, keep the sun/light behind the class, use a skilled pupil if the teacher cannot perform, point to one or two key cues only.
3. Imitation (mimetic) method: pupils copy the model with no implement or ball — shadow practice of a bowling action, a smash or a swimming stroke on land. Useful when equipment is short or the skill is dangerous.
4. Part (progressive-part) method: the skill is broken into parts, each learnt and then chained. Suits long, serial, complex skills (triple jump, gymnastics sequence, swimming). Variants — pure part, progressive part (1, then 1+2, then 1+2+3), repetitive part.
5. Whole method: the skill is practised in its entirety. Suits short, simple, continuous, highly organised skills (running, throwing, cycling, a basketball lay-up) where parts are interdependent.
6. Whole–part–whole method: teach the whole, isolate the weak part, return to the whole. The method most recommended in school teaching because it keeps the feel of the skill while fixing errors.
7. Project method (Kilpatrick): pupils plan and execute a purposeful undertaking — organising an inter-house tournament, preparing a fitness profile of the class, marking a 400 m track, building a health exhibition. Develops planning, cooperation and responsibility; needs time and supervision.
8. Problem-solving method: the teacher poses a movement problem ("find three ways to pass the ball past a defender") and pupils experiment. Builds decision-making and tactical understanding; slow and needs a mature class.
9. Lecture, discussion and lecture-cum-demonstration: for rules, officiating, anatomy, health and theory lessons; discussion suits senior classes, officiating interpretation and post-match analysis.
10. Assignment and supervised-study methods: written or practical tasks done out of class (home fitness log, rule study, skill filming).
11. Observation and self-check methods: pupils watch video or a peer against a checklist and correct themselves.
12. Station (circuit) teaching: several task stations; squads rotate on signal. Solves shortage of equipment and raises activity time sharply.
13. Teaching Games for Understanding (TGfU): a modified game first, then tactical awareness, decision-making, skill execution, performance — game sense before technique. Widely used in modern school curricula and in sports-for-development programmes.
14. Set-play / drill method and lead-up games: small, graded games (dodge ball before basketball) that carry the main skill.
15. Inclusion techniques: STEP (change Space, Task, Equipment, People) to include children with different abilities; for children with disabilities this is reinforced by the Rights of Persons with Disabilities Act, 2016, which requires access to sports and physical activity.

Mosston's Spectrum of Teaching Styles

Decisions shift from teacher to learner along eleven styles; the break between E and F is the discovery threshold (reproduction styles A–E, production styles F–K).

Presentation technique and class organisation

• Steps of presenting a skill: (1) name and brief introduction, (2) demonstration, (3) short explanation with two or three cues, (4) first trial with teacher moving among pupils, (5) correction of general errors to the whole class and of personal errors individually, (6) graded practice, (7) application in a lead-up game or competition, (8) summary.
• Teacher's position: always where the whole class is visible; never with the class facing the sun, a road or a distracting activity.
• Class formations: single/double line, column, circle, semicircle, V or hollow square (good for demonstration), shuttle relay, zig-zag, scattered/free formation, squads for station work.
• Squad/group organisation: squads of 6–10 with a squad leader; leaders take roll call, collect equipment, lead warm-up — the classic way to handle 40–60 pupils with few implements.
• Signals: whistle, hand signal and voice — fixed meanings agreed in the first lesson; one long whistle to freeze, two to assemble.
• Activity time matters more than talk time: keep explanation under about a minute at a time, use the equipment-sharing and station devices, and measure ALT-PE (academic learning time in PE).
• Feedback: knowledge of results (outcome) and knowledge of performance (technique); make it specific, immediate for beginners, and gradually faded so the learner uses intrinsic feedback.
• Phases of motor learning (Fitts and Posner): cognitive (many gross errors, needs demonstration and simple cues) → associative (refinement, needs KP feedback and drills) → autonomous (automatic, needs tactical and competitive practice). The method must follow the phase.
• Practice scheduling: massed (long continuous practice — fit, mature learners, continuous skills) versus distributed (short bouts with rest — children, fatiguing or dangerous skills); blocked practice helps early acquisition, random/varied practice improves retention and transfer.

Teaching in the Indian school and institutional setting

• NEP 2020 treats sports and physical education as curricular, not extra-curricular, and promotes sports-integrated learning, bagless days and vocational exposure; NCF for School Education 2023 places Physical Education and Well-being as a curricular area with periods across stages.
• CBSE prescribes Health and Physical Education as a compulsory subject area with mandatory periods and internal assessment; Physical Education is also an elective subject at senior secondary. Exact period allotments and the assessment scheme change with circulars — follow the current CBSE curriculum document.
• Fit India school certification (Fit India School Flag/3-star/5-star), Khelo India school and academy programmes, and the Khelo India Fitness Assessment in Schools shape the content of school PE lessons; Fit India school certification is applied for voluntarily.
• Teacher qualification: B.P.Ed (two-year programme after graduation) / M.P.Ed under NCTE regulations, with four-year integrated teacher-education pathways being introduced under NEP; coaching qualifications come from NSNIS Patiala (SAI) diploma and certificate courses and from national federations.
• Safety and legal duty of care: the teacher is responsible for inspecting surface and equipment, graded progression, matching pupils by size in contact activities, spotting in gymnastics, supervision in swimming, and first aid. Child-protection obligations under the POCSO Act, 2012 apply fully to coaches and PE teachers, including mandatory reporting.
• Assessment of teaching: lesson observation scales, teaching practice (practice teaching lessons, general and particular lessons), micro-teaching cycle (plan → teach 5–6 min → feedback → re-plan → re-teach), and skill tests.

Key points

• Method vs technique — method is the overall plan of presentation; technique is a device used within it.
• Command method — preparatory command plus command of execution; maximum control, minimum initiative.
• Demonstration — normal speed first, then slow; two or three cues only; class never facing the sun.
• Imitation/mimetic — shadow practice without implement, used when equipment is short or the skill is risky.
• Part method — for long, serial, complex skills; whole method — for short, simple, continuous skills.
• Whole–part–whole — the default school method; keeps the feel of the skill while correcting a weak part.
• Project method — purposeful pupil-planned undertaking; builds organisation and cooperation, consumes time.
• Problem-solving — teacher sets a movement problem, pupils find solutions; develops tactical thinking.
• Station/circuit teaching — squads rotate between task stations; the standard answer to shortage of equipment.
• TGfU — modified game → tactical awareness → decision-making → skill → performance.
• Mosston's spectrum — styles A to K; the discovery threshold lies between E (inclusion) and F (guided discovery).
• Fitts and Posner phases — cognitive, associative, autonomous; choose the method to suit the phase.
• Feedback — knowledge of results (outcome) and knowledge of performance (technique); specific, timely, faded.
• Massed vs distributed practice — distributed suits children and fatiguing or dangerous skills.
• Blocked vs random practice — blocked aids early learning, random aids retention and transfer.
• STEP — Space, Task, Equipment, People: the inclusion adaptation framework.
• ALT-PE — the fraction of lesson time a pupil spends in successful activity; the real measure of teaching quality.
• Squad system — groups of 6–10 with leaders; makes a 50-pupil class manageable.

Formulas and examples

• Example 1 — ALT-PE of a 40-minute period. Roll call and assembly 4 min, warm-up 6 min, demonstration and explanation 5 min, skill practice 18 min (a pupil is actually moving 13 min of it, the rest is queueing), lead-up game 4 min, closing 3 min.
  • Engaged time = 6 (warm-up) + 13 + 4 = 23 min → ALT-PE = 23 ÷ 40 × 100 = 57.5%.
  • Queue loss = 18 − 13 = 5 min. Splitting the class into three queues instead of one would recover most of that: engaged time 27 min → 67.5%.
• Example 2 — squads and rotation. Class of 52, station teaching with 6 stations, practice time 27 min.
  • Squad size = 52 ÷ 6 = 8.67 → 6 squads: 4 of 9 and 2 of 8 (= 52, one squad per station).
  • Rotation = 27 ÷ 6 = 4.5 min per station; allowing 30 s for transition, actual work = 4 min, total transition loss = 6 × 0.5 = 3 min.
• Example 3 — trials per pupil with scarce equipment. Basketball lay-up, 15 min practice, one trial + walk-back takes 20 s.
  • With 2 baskets: trials = 2 × (15 × 60 ÷ 20) = 2 × 45 = 90 → 90 ÷ 40 pupils = 2.25 trials each — far too few to learn anything.
  • With 6 practice units (2 baskets + 4 wall targets): 6 × 45 = 270 → 6.75 trials each, three times the practice from the same lesson. This is the arithmetic behind station teaching.
• Example 4 — interval teaching with a work:rest ratio. Teaching repeated 30 m sprints to Class IX: work 6 s, ratio 1:5 → rest 30 s, cycle 36 s. In a 12-min block = 720 s → 720 ÷ 36 = 20 repetitions. Tightening the ratio to 1:2 (rest 12 s, cycle 18 s) gives 40 repetitions but turns a speed lesson into an endurance lesson — the ratio, not the activity, decides the training effect.
• Example 5 — staffing and space. A school has 24 sections, each with 2 PE periods a week; a teacher's sanctioned load is 24 periods a week.
  • Periods needed = 24 × 2 = 48 → teachers = 48 ÷ 24 = 2 (plus relief for games, assembly and sports-day duties).
  • If the usable ground is 1,800 m² and a class of 50 uses it, space per pupil = 1,800 ÷ 50 = 36 m² — comfortable; two classes together (100 pupils) gives 18 m² each, which forces station work rather than a full-field game.

Where it is used

• School teaching: PE teachers in CBSE, ICSE, Kendriya Vidyalayas, Navodaya Vidyalayas and state schools — daily lesson delivery, Health and Physical Education internal assessment, Fit India and Khelo India fitness activities.
• Coaching and academies: Khelo India accredited academies, SAI centres (STC/NCOE), district associations and private academies — whole–part–whole, station work and TGfU in age-group training.
• Teacher and coach education: B.P.Ed/M.P.Ed teaching-practice lessons, micro-teaching and lesson observation in LNIPE Gwalior, NSNIS Patiala, university PE departments and NCTE-approved colleges.
• Fitness and sports-education industry: curriculum designers and trainers at school sports-programme providers, gym and group-fitness instructors (cueing, demonstration, work:rest design), corporate wellness sessions.
• Adapted and inclusive PE: special schools and inclusive classrooms under the Rights of Persons with Disabilities Act, 2016, using the STEP framework; Special Olympics Bharat programmes.
• Recruitment examinations and interviews: KVS/NVS PGT-TGT Physical Education, state TET/teacher recruitment, UGC-NET Physical Education and SAI coach selection, where a demonstration lesson is often part of the selection.

Interview questions

• Q: What is the difference between a teaching method and a teaching technique? A: The method is the overall plan of presenting and practising the activity, such as the part or project method; the technique is a device used inside it, such as demonstration, questioning or a video aid.
• Q: Which method would you use to teach the triple jump, and why? A: Progressive-part, because it is a long serial skill with distinct phases — hop, step, jump — that can be learnt separately and then chained; I would finish with whole trials to restore rhythm.
• Q: You have 50 pupils and two footballs. How do you run a 35-minute passing lesson? A: Station teaching — five or six stations with wall passing, two-touch passing in pairs with any available balls, cone dribbling and a small-sided game on the two real balls, squads of 8 rotating every four minutes with squad leaders managing equipment.
• Q: What are the two parts of a command and why does it matter? A: The preparatory command names the unit and the movement and the command of execution starts it; separating them lets the class anticipate and respond together, which is what gives the command method its precision.
• Q: What is the discovery threshold in Mosston's spectrum? A: The line between style E (inclusion) and style F (guided discovery) — below it the learner reproduces known answers, above it the learner produces new ones.
• Q: When is the whole method better than the part method? A: For short, simple, continuous and highly organised skills such as a sprint start or a lay-up, where the parts depend on each other and breaking them destroys the rhythm.
• Q: How do you demonstrate a skill correctly? A: Position the class so everyone sees the key angle with the light behind them, show it at normal speed first and then slowly, repeat two or three times, give only two or three cues, and put them into practice immediately.
• Q: What is TGfU and how does it differ from the traditional drill approach? A: Teaching Games for Understanding starts with a modified game to build tactical awareness and decision-making, bringing in technique when the pupil sees the need for it; the traditional approach teaches technique first and plays the game last.
• Q: How does the teaching method change with the learner's stage of motor learning? A: In the cognitive stage use demonstration, simple cues and blocked practice; in the associative stage use knowledge-of-performance feedback and varied drills; in the autonomous stage use random practice, tactical problems and competition.
• Q: Massed or distributed practice for a Class VI gymnastics lesson? A: Distributed — children fatigue quickly, the skill carries injury risk, and short bouts with rest give better retention and safer technique.
• Q: How would you include a wheelchair user in a basketball lesson? A: Apply STEP — reduce the space, change the task to chest passes and a lower target, use a lighter ball, and pair the pupil with a partner so the activity remains the same lesson for the whole class, as required by the Rights of Persons with Disabilities Act, 2016.
• Q: What does a low ALT-PE tell you about a lesson? A: That pupils spent most of the period waiting, listening or being organised rather than practising; the fix is shorter explanations, more stations or queues, and routines that cut transition time.

Common mistakes

• Treating "method" and "style" as the same thing, and listing Mosston's styles as methods in an answer that asked for methods.
• Writing that the part method is always better for beginners — it depends on skill organisation and complexity, not on the learner alone.
• Explaining the demonstration method without the practical conditions (position, light, speed, number of repetitions, two or three cues).
• Long explanations and a single queue in a practical examination lesson — the commonest reason for low marks, because activity time collapses.
• Confusing knowledge of results with knowledge of performance, and giving continuous feedback long after the learner needs it.
• Mixing up massed/distributed (how rest is spaced) with blocked/random (how tasks are ordered).
• Calling physical education "extra-curricular" in an interview — under NEP 2020 and NCF-SE 2023 it is a curricular area.

Related topics

Lesson planning · Sports tournament organisation and fixtures · Motor learning and skill acquisition · Test, measurement and evaluation in physical education · Adapted physical education and inclusion · Principles of sports training