Applying training principles to a specific sport: HSC PDHPE Improving Performance

Syllabus dot point

“Application of training principles to a specific sport: integrating progressive overload, specificity, reversibility, variety, training thresholds, warm-up and cool-down into a coherent sport-specific program”

6 min readUpdated 2 Jun 2026

Quick answer

A good program applies all seven training principles to one sport's demand profile: specificity drives the exercise choices, progressive overload shapes the trajectory, thresholds set intensities, and variety, reversibility and warm-up/cool-down round it out.

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Worked example 1: A 19 year old rugby league forward in pre-season
Worked example 2: A 17 year old swimmer preparing for state championships
Worked example 3: A 20 year old javelin thrower
What these examples share
How to use this in HSC extended responses
Exam-style questions

Legacy syllabus. This page covers the former PDHPE Stage 6 syllabus (listed by NESA as PDHPE Stage 6 (2012)). The last PDHPE HSC exam was held in 2025. From the 2026 HSC, students sit Health and Movement Science 11-12 (2023) instead: see our HSC Health and Movement Science hub. Use this page only as background or for older revision material.

The Core 2 dot point on principles of training covers what the principles are. This dot point covers what they look like when applied to specific athletes in specific sports. Strong HSC extended responses always work through a specific sport rather than discussing principles in the abstract.

Worked example 1: A 19 year old rugby league forward in pre-season

Goal: Improve repeat-sprint capacity, contact strength, and aerobic base before round 1.
Time available: 4 days per week field, 3 days per week gym, plus skills.
Principle application

Progressive overload. Weekly running volume rises from 15 km in week 1 to 30 km in week 6. Strength training loads rise from 70% 1-RM to 90% 1-RM across the same period. Wrestling and contact volume rises week-on-week. The progression is built around training response - if the athlete shows signs of under-recovery, the rate slows.
Specificity. Strength training emphasises compound lifts (squat, deadlift, bench press, pull-ups) that build the full-body strength used in tackling and scrum work. Running training is intermittent (sprints with short rest) rather than continuous, matching the demands of a rugby league match. Skills are practised in conditions that resemble match play.
Reversibility. Off-season was structured with maintenance training to limit detraining. The athlete returned to pre-season at around 80% of competition fitness rather than starting from zero.
Variety. Mix of field sessions, gym sessions, contact sessions, conditioning games. Recovery activities (pool, sauna, walks) interspersed.
Thresholds. Aerobic intervals run at 85-90% HRmax. Anaerobic intervals at near-max. Strength sessions at appropriate percentage 1-RM.
Warm-up and cool-down. Standardised 15-minute warm-up before field sessions including dynamic stretching, sport-specific movement, and acceleration drills. Cool-down post-session including light aerobic and stretching.

The training week in week 6:

Monday. Field: position-specific drills + small-sided games. Gym: heavy lower-body strength.
Tuesday. Field: speed and sprint work. Gym: upper-body strength.
Wednesday. Recovery: pool, mobility, light skills.
Thursday. Field: contact and tackling drills + game simulation. Gym: power and plyometrics.
Friday. Light field session: skills and tactical work.
Saturday. Rest or active recovery.
Sunday. Trial match or extended skills session.

Worked example 2: A 17 year old swimmer preparing for state championships

Goal: Improve 100m and 200m freestyle times.
Time available: 9 swim sessions per week (mostly early morning), 3 gym sessions, plus dryland strength.
Principle application

Progressive overload. Swim volume rises from 30 km/week early base to 50+ km/week in build. Interval intensities rise across the macrocycle. Strength loads progress to peak training in the gym before tapering.
Specificity. All energy systems trained - aerobic via long sets, threshold via 200m repeats, lactate tolerance via 100m repeats at race pace, ATP-PC via 25m sprints with full rest. Stroke-specific drill work. Race-pace work in the build phase.
Reversibility. Tapering before championships reduces volume substantially but maintains race-pace work, balancing recovery with preserved race-readiness.
Variety. Different sets (drill, kick, pull, full stroke, race-pace), different intensities, different sub-strokes. Open-water sessions for variety where possible.
Thresholds. Aerobic sets at heart rate around 150-160 bpm. Lactate threshold sets at 170-180 bpm. Race-pace sets at near-max.
Warm-up and cool-down. Each session has a structured warm-up (300-500m easy + drill + build) and cool-down (300-500m easy).

A swim session in build phase:

400m warm-up choice.
4x200m drill/swim alternating.
16x100m freestyle on 90 seconds (descending - first 4 at 1:15, second 4 at 1:10, third 4 at 1:08, fourth 4 at 1:05).
8x50m kick at strong effort.
400m cool-down.

Total around 4,000m.

Worked example 3: A 20 year old javelin thrower

Goal: Reach 70m throws by Australian championships.
Time available: 5 throwing/track sessions, 4 strength sessions per week.
Principle application

Progressive overload. Throwing volume and intensity rise through pre-season. Strength training peaks before competition. Plyometric volume rises in specific phase.
Specificity. Throwing drills emphasise the release mechanics. Strength training prioritises lifts that transfer to throwing - cleans, snatches, overhead pressing, single-arm work. Sprint work for the run-up. Specific medicine ball throws that mimic the javelin movement.
Reversibility. Off-season maintains general strength and aerobic fitness so the build phase starts from a baseline.
Variety. Different lift variations, different throwing implements (lighter and heavier than competition for overspeed and overload training), different surfaces.
Thresholds. Strength work in the appropriate percentage zones. Recovery work in low heart rate zones.
Warm-up and cool-down. Extensive warm-up for throwing sessions to protect shoulder and elbow. Cool-down including stretching of throwing-arm structures.

A throwing session:

20-minute warm-up: jogging, dynamic stretching, sprint drills, light throws.
Medicine ball throws (different variations) - 5x10 reps.
Standing throws - 6 throws.
Run-up throws - 8-10 throws (the main quality work).
Single-leg balance and core work - 3 sets.
Cool-down: easy jog, static stretching including shoulder and elbow.

Three patterns appear across all sports:

The program is built around the sport's demand profile, not generic fitness.
All seven principles are present, but they have different relative weights. Specificity drives the choices; progressive overload structures the trajectory; thresholds set the intensities; variety prevents staleness; reversibility justifies maintenance training; warm-up and cool-down are baked into every session.
The athlete's individual profile shapes the specific volumes and intensities. A 19 year old has different recovery capacity than a 35 year old. A first-year competitor has different needs than a 10-year veteran.

Worked example: building a six-week microcycle for a 100m sprinter

A strong design answer shows the principles operating together across a short block, not as isolated bullet points.

Step 1: Define the athlete and goal

A 19-year-old club sprinter, current 100m of $11.2$ s, targeting $10.9$ s over a six-week specific phase.

Step 2: Apply specificity

Most quality work is short maximal sprints (the event is ATP-PC dominant), supported by heavy compound lifts and plyometrics for drive-phase power; almost no continuous aerobic work.

Step 3: Apply progressive overload and thresholds

Strength loads rise from around $80\%$ to $90\%$ 1RM; sprint volume stays low but quality rises; recovery sessions sit in low heart-rate zones to protect the nervous system.

Step 4: Round out with variety, reversibility and warm-up/cool-down

Rotate plyometric drills and lift variations (variety), maintain a baseline from off-season work (reversibility), and bake a dynamic warm-up and stretching cool-down into every session. Conclude that specificity drives the choices while progressive overload sets the trajectory.

Reciting the principles instead of applying them

The most-penalised error in this option is listing definitions ("specificity means train for your sport, progressive overload means do more") without a named athlete or concrete training decisions. Markers reward application far more than recitation. Always anchor the answer to a specific sport, athlete, goal and timeframe, then show each principle shaping a real session.

How to use this in HSC extended responses

A typical question is "Design a training program for an athlete in a sport of your choice. Justify your decisions using the principles of training."

Strong responses:

Pick a specific sport and a specific athlete (age, level, current fitness).
Identify the sport's demand profile (energy systems, fitness components).
Set a clear goal and timeframe.
Walk through each principle and how it shaped the program.
Give specific examples of session structure rather than describing in the abstract.
Recognise the program needs monitoring and adjustment.

The mistake to avoid is the abstract response - describing the principles without applying them. Markers reward the application much more than the recitation.

Exam-style questions

Questions in the style of NESA exam questions on this dot point, each with a worked answer. They are written by ExamExplained unless tagged "Past paper"; the year shows the paper a question is modelled on.

HSC 2021-style6 marks

Explain how the principles of progressive overload and specificity are applied when designing a training program for a named sport.

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A 6-mark explain needs both principles applied to one named sport with concrete training decisions.

Choose a rugby league forward. Specificity: compound lifts (squat, deadlift, bench, pull-ups) build tackling and scrum strength; running is intermittent (sprints with short rest) to match match demands rather than continuous.

Progressive overload. Weekly running volume rises (e.g. $15$ km to $30$ km over six weeks) and strength loads progress (around $70\%$ to $90\%$ 1RM), with the rate slowing if the athlete shows under-recovery.

Markers reward (1) both principles defined, (2) sport-specific training decisions for each, (3) the application showing why the choices suit the sport rather than generic advice.

HSC 2023-style8 marks

Design a training program for an athlete in a sport of your choice and justify your decisions using the principles of training.