§-Syllabus dot point

NSWHealth and Movement ScienceSyllabus dot point

How is a training program designed, monitored and adjusted to meet a performance goal?

Apply a needs analysis, the FITT principle and the principles of training to design, sequence, progress and evaluate a training program for a specific athlete and goal

A focused HSC Health and Movement Science answer on the program-design process: completing a needs analysis (goal, demands of the activity, current fitness, constraints), applying FITT and the principles of training, selecting training methods, sequencing and progressing load, then evaluating and adjusting the program.

Generated by Claude Opus 4.810 min answerUpdated 2026-06-02

Reviewed by: AI editorial process; not yet individually human-reviewed

Have a quick question? Jump to the Q&A page

What this dot point is asking

NESA wants you to run the whole program-design process for a specific athlete and goal: complete a needs analysis, turn it into a FITT prescription governed by the principles of training, pick training methods that match the goal, sequence and progress the load safely, then evaluate the program against re-test data and adjust it. The thread that ties it together is screening to testing to program: clear the athlete, set a baseline, then design.

In plain English

Designing a training program is like a personal trainer building YOU a plan, not handing out a generic photocopy. First they screen you for safety (any injuries or red flags?), then they test you to see where you are starting from. Then they ask four questions: what do you want (the goal), what does your sport actually demand, where are you now, and what gets in the way (only free on Tuesdays? bad knee? no gym?).

Once they know all that, they fill in a simple recipe called FITT: how often (Frequency), how hard (Intensity), how long (Time) and what kind of training (Type). The principles of training are the rules that keep the recipe sensible - match it to your sport, push a little harder over time, leave room to recover.

Then comes the part most people forget: they re-test you a few weeks later. If you improved, great, keep going and push a bit harder. If you did not, they figure out why - too easy, or you were too tired and run-down - and they change the plan. Designing a program is a loop, not a one-and-done.

The answer

A training program is built, not guessed. The process is a sequence you can name in the exam, and each step feeds the next.

Step 1 - screen, then test (the foundation)

Before any program is written, pre-exercise screening clears the athlete and flags contraindications, and fitness and performance testing sets a baseline. These two have their own dedicated topics; for program design, the point is the order: you screen for safety, you test to know the starting point, and only then do you design. A baseline score is also the benchmark you re-test against later, so testing is both an input and the yardstick for evaluation.

Step 2 - the needs analysis (match demands to the athlete)

A needs analysis answers four questions:

What is the goal? Make it SMART (Specific, Measurable, Achievable, Relevant, Time-bound), e.g. "cut the 3 km time-trial by 30 s in 10 weeks", so success is testable.
What does the activity demand? The dominant energy systems, fitness components, muscle groups, movement patterns and velocities of the sport (this drives specificity).
What is the athlete's current fitness? Their baseline test scores and training history - where the gap is.
What constraints apply? Available days, equipment, injury history, training age, age and competing commitments (e.g. exam-period time pressure).

The needs analysis is the bridge: it converts the gap between "what the activity demands" and "what the athlete currently has" into the goal the program must close, inside the constraints.

Step 3 - apply FITT and the principles of training

FITT turns the needs analysis into numbers:

Frequency - how often (sessions per week).
Intensity - how hard (percent HRmax / VO2max / RPE for aerobic; percent 1RM or a repetition-maximum load for resistance).
Time - how long each session (or work-to-rest density for intervals).
Type - the kind of training, matched to the activity.

The principles of training (covered in full in the separate principles-of-training topic) are the rules that keep FITT sensible: specificity decides Type; progressive overload decides how Intensity/Time/Frequency climb; individuality means Intensity is set from the athlete's own baseline; recovery and variety shape Frequency and method choice so adaptation can occur.

Step 4 - select methods, sequence and progress

Selecting the training method is the practical face of Type: continuous, fartlek or interval training for aerobic/anaerobic goals; resistance methods (hypertrophy, maximal-strength, power) for strength goals; plyometrics for power; mobility work for flexibility. Match the method to the goal and the dominant energy system (see energy-systems-and-training-types and strength-power-speed-and-flexibility-training).

Sequencing within a session follows quality before fatigue: warm-up, then skill / speed / power work while fresh, then strength, then endurance/conditioning, then cool-down. Progressing load across the program means raising one variable at a time, gradually (the "10 percent rule" is a common illustrative ceiling), and tapering before competition. The season-level plan (macro, meso and microcycles, peaking) is periodisation and is detailed in the separate yearly-training-program-periodisation topic; a single optimal session is covered in designing-a-training-session.

Step 5 - evaluate and adjust (close the loop)

Evaluation re-tests the athlete against the baseline and the goal, and reads monitoring data (session RPE, wellness, adherence). Two questions decide the verdict: did performance move toward the goal, and did the athlete stay healthy and adherent? If a target stalls, diagnose from the data - if the stimulus was too low, apply more progressive overload; if monitoring shows overreaching (poor wellness, rising fatigue), add recovery. The re-test results then feed the next block's needs analysis, which is why design is a loop, not a one-off. This evaluation strand connects to monitoring-recording-and-evaluating-training.

Worked exam answers

Worked example 1 - data/stimulus response (6 marks)

Question. Athlete profile - Maya, 17, state netball Centre. Needs analysis: demands = repeated high-intensity efforts with short rests plus an aerobic recovery base; current fitness = Yo-Yo level 16.4 (squad target 18.2), 20 m sprint 3.35 s (target 3.20 s); constraints = only 2 free conditioning slots a week, returning from a cleared mild ankle sprain. Goal = reach squad targets in 10 weeks. Prescribe a FITT outline for one conditioning priority and justify it.

Model answer. Priority: repeated-sprint ability with an aerobic finisher, because both the Yo-Yo and the 20 m sprint sit below target and netball's Centre role demands repeated efforts. FITT - Frequency: 2 sessions a week (the only free slots), spaced from court work for recovery. Intensity: near-maximal 20 to 30 m sprints, work-to-rest about 1:4 tightening to 1:2, volume progressed about 10 percent per week (illustrative), plus an aerobic finisher at 70 to 80 percent HRmax. Time: about 20 to 25 minutes of sprints plus an 8 to 10 minute finisher. Type: repeated-sprint and agility, starting straight-line before adding change-of-direction to protect the healing ankle. Justification: Type and Intensity hit the ATP-PC and glycolytic demands the profile names; the finisher closes the Yo-Yo gap; Frequency respects the two-slot constraint; the straight-then-cutting progression respects the ankle and individuality.

Marker's note: full marks need a priority justified by the DATA (the named gaps), a complete FITT outline, and justification tied to the SPECIFIC constraints (two slots, the ankle). Generic FITT not anchored to Maya's numbers caps at half.

Worked example 2 - short answer (4 marks)

Question. Explain why a coach must complete a needs analysis before writing a FITT prescription.

Model answer. FITT only produces sensible numbers once the goal, the activity's demands, the athlete's current fitness and their constraints are known - these are exactly what the needs analysis establishes. Without it, Type might target the wrong energy system (breaking specificity), Intensity might be set from a generic load rather than the athlete's baseline (breaking individuality), and Frequency might exceed the days the athlete can actually train (ignoring a constraint). The needs analysis converts the gap between the activity's demands and the athlete's current fitness into the goal the FITT numbers must close, so it has to come first. Prescribe-then-assess is backwards.

Marker's note: markers reward the explicit logic that FITT numbers depend on needs-analysis inputs, with at least one named consequence of skipping it (wrong Type, wrong Intensity, or an unworkable Frequency). Merely defining a needs analysis caps at 2.

Common traps

Prescribing FITT before the needs analysis: Writing "4 sessions a week at 80 percent" before you know the goal, demands and constraints is guessing. State the needs analysis first, then derive FITT from it.
Confusing the principles of training with FITT: They are not the same: the principles are the rules; FITT is where they are applied as numbers. A strong answer says "specificity (principle) sets Type (FITT variable)".
Designing a program with no evaluation step: A program that is never re-tested cannot be judged. Always include re-testing against the baseline and a decision rule for adjusting.
Ignoring constraints: Prescribing 5 gym days to an athlete with 2 free slots and no gym access fails on contact with reality. Constraints are part of the needs analysis for a reason.
Listing weeks instead of justifying: In a "design and justify" question, every FITT choice must trace back to a line of the needs analysis or a named principle - an un-justified weekly grid sits mid-band.

Exam technique

Name the process steps in order - screen, needs analysis, FITT plus methods (governed by the principles), sequence and progress, evaluate and adjust - it shows the marker you have a framework, not a guess. In a "design and justify" question, justify every choice: tie each FITT number to a specific line of the athlete's profile or a named principle. Use the athlete's data: quote their test scores and constraints back at them; a generic program caps mid-band. Always close the loop with a named re-test and a decision rule ("if Yo-Yo stalls, add overload or recovery"). Keep FITT and the principles distinct in your wording. Where a sub-topic has its own page (screening, testing, periodisation, the single session), reference it rather than re-teaching it - markers reward focus on the question's verb.

Practice questions

Original practice questions graded from foundation to exam level, each with a full worked solution. Try them before revealing the solution.

foundation3 marksOutline the four questions a coach answers when completing a needs analysis before designing a training program.

Show worked solution →

A needs analysis matches the demands of the activity against the athlete before any training is prescribed. The four questions:

What is the goal? The specific, measurable performance target (e.g. improve repeated-sprint ability for the next season).
What does the activity demand? The dominant energy systems, fitness components, muscle groups and movement patterns of the sport.
What is the athlete's current fitness? Baseline test scores and training history (their starting point).
What constraints apply? Available days, equipment, injury history, age and competing commitments.

Marking criteria: 1 mark for the goal, 1 mark for the demands of the activity, 1 mark for current fitness (and constraints). A bare list of fitness components with no link to a needs analysis caps at 1.

foundation4 marksDefine each letter of the FITT principle and give one example of how you would express it for an aerobic endurance program.

Show worked solution →

FITT is the prescription tool that turns a goal into concrete training numbers.

Frequency = how often: e.g. 4 sessions per week.
Intensity = how hard: e.g. 70 to 80 percent of HRmax (or RPE 6 to 7 out of 10).
Time = how long each session: e.g. 40 minutes of continuous running.
Type = the kind of training: e.g. continuous aerobic running, matched to the activity by specificity.

Marking criteria: 1 mark per letter correctly defined AND exemplified for an aerobic program (4 total). Defining the letters without an aerobic example caps at 2.

core5 marksExplain how the principles of training (specificity, progressive overload, individuality and recovery) shape the FITT variables when designing a program. Use one FITT variable per principle.

Show worked solution →

The principles of training are the rules; FITT is where they are applied as numbers.

Specificity shapes Type. Type must match the activity's energy system, muscles, movement pattern and velocity (SAID), so an 800 m runner trains anaerobic-glycolytic intervals, not only long slow distance.
Progressive overload shapes Intensity (or Time/Frequency). The chosen variable is raised gradually (commonly about 10 percent a week, illustrative) so the stimulus stays above current capacity and adaptation continues.
Individuality shapes Intensity prescription. Intensity is set from the athlete's own baseline (their percent 1RM or HRmax), not a generic load, because response rate and training age differ.
Recovery shapes Frequency. Frequency leaves enough rest between hard sessions for super-compensation; adaptation happens during recovery, so back-to-back maximal days are avoided.

Marking criteria: 1 mark for each principle correctly linked to a FITT variable with a justification (max 4), plus 1 mark for an explicit statement that the principles govern the FITT numbers (not the other way round). Naming principles with no link to FITT caps at 2.

core5 marksA coach has an athlete's baseline test data and a goal but jumps straight to prescribing FITT numbers, skipping the needs analysis and pre-exercise screening. Explain two problems this creates and how completing screening and a needs analysis first would fix them.

Show worked solution →

Sequencing matters: screen for safety, test to set a baseline, complete the needs analysis, then prescribe FITT.

Problem 1 - safety. Without pre-exercise screening, a contraindication (e.g. an uncleared cardiac risk or unhealed injury) goes undetected, so a high-intensity prescription could harm the athlete. Screening first flags this and clears them (or refers them) before any load is set.
Problem 2 - mismatched prescription. Without a needs analysis the FITT numbers are not anchored to the activity's demands, the athlete's current fitness or their constraints, so the program may target the wrong energy system or prescribe more days than the athlete can train. The needs analysis matches demands to current fitness and constraints, so FITT is built on the right foundation.

Re-state the correct order: screen (cleared) to test (baseline) to needs analysis (gap and constraints) to FITT (prescription) to monitor and re-test (evaluate).

Marking criteria: 1 mark per problem identified, 1 mark per correct fix linked to the skipped step (max 4), plus 1 mark for re-stating the correct screening to testing to program sequence. The separate pre-exercise-screening and fitness-and-performance-testing topics cover the tools themselves.

core6 marksSTIMULUS. Athlete profile - Maya, 17, plays state-level netball (Centre). Needs analysis notes: activity demands = repeated high-intensity efforts with short rests (ATP-PC and glycolytic systems) plus an aerobic base for recovery, agility and change of direction; current fitness = Yo-Yo intermittent recovery level 16.4 (below squad target 18.2), 20 m sprint 3.35 s (squad target 3.20 s); constraints = 3 court sessions per week already scheduled, only 2 free conditioning slots, returning from a mild ankle sprain (cleared). Goal = reach squad targets in a 10-week pre-season. Using this profile, prescribe a FITT outline for ONE conditioning priority and justify it against the needs analysis.

Show worked solution →

Read the profile, pick the biggest gap, then prescribe FITT that respects the constraints.

Priority chosen. Repeated-sprint ability (the Yo-Yo and 20 m sprint gaps point to anaerobic power plus aerobic recovery), which suits netball's demands.

FITT outline (fits the 2 free slots, post-ankle-sprain).

Frequency: 2 conditioning sessions per week (the only free slots), spaced from court sessions for recovery.
Intensity: repeated 20 to 30 m maximal sprints at near-100 percent effort with short rests (work-to-rest about 1:4 early, tightening to about 1:2), progressed about 10 percent in volume per week (illustrative).
Time: 20 to 25 minutes of sprint work plus an aerobic finisher (e.g. 8 to 10 min at 70 to 80 percent HRmax) to build the recovery base.
Type: repeated-sprint and small-sided agility drills with change of direction (specificity to Centre demands), starting on straight-line running to protect the healing ankle before adding cutting.

Justification against the needs analysis. Type and Intensity target the dominant ATP-PC and glycolytic demands the profile names; the aerobic finisher addresses the Yo-Yo gap; Frequency respects the constraint of only two free slots; the straight-then-cutting progression respects the ankle constraint and the principle of individuality.

Marking criteria: 1 mark for selecting a priority justified by the data (the named gaps), up to 3 marks for a complete, sensible FITT outline (all four letters), up to 2 marks for justifying choices against the SPECIFIC profile (demands, the two-slot constraint, the ankle). Generic FITT not tied to Maya's data caps at 3.

exam10 marksDesign and justify a 10-week pre-season training program for Maya (the state netball Centre in the stimulus above), then explain how you would evaluate and adjust it. Refer to the needs analysis, FITT, the principles of training, sequencing/progression and evaluation.

Show worked solution →

This is a 10-mark extended response. Markers reward a JUSTIFIED design (every choice tied back to the needs analysis and a principle) plus a genuine evaluate-and-adjust loop, not a bare weekly grid.

Band 6 PLAN.

Thesis: a program is only sound when each FITT choice is justified by the needs analysis and the principles of training, sequenced for quality and progressed safely, then evaluated against re-test data and adjusted - design is a loop, not a one-off prescription.
Line 1 - Screen and needs analysis: Maya is cleared (post-ankle-sprain) by pre-exercise screening; the needs analysis names the gaps (Yo-Yo 16.4 vs 18.2; sprint 3.35 vs 3.20 s) and the binding constraint (only 2 free conditioning slots), which set the goal and the design envelope.
Line 2 - FITT and principles: Type = repeated-sprint, agility and an aerobic base (specificity to Centre demands); Frequency = 2 slots (recovery and the constraint); Intensity progressed about 10 percent per week (progressive overload), set from Maya's own baselines (individuality); Time split between sprint quality and an aerobic finisher.
Line 3 - Sequencing and progression: within a session, quality before fatigue (warm-up, speed/agility while fresh, then conditioning, then cool-down); across the 10 weeks, build straight-line volume first, add change-of-direction once the ankle tolerates it, taper the last week; recovery and variety programmed deliberately.
Line 4 - Evaluate and adjust: re-test Yo-Yo and 20 m sprint at week 5 and week 10 against the squad targets; monitor session RPE and ankle response weekly; if a target stalls, diagnose from the data - raise overload if the stimulus was too low, or add recovery if monitoring shows overreaching.
Synthesis: judge success by both performance (re-test scores moving toward 18.2 and 3.20 s) AND athlete health/adherence, and close the loop by feeding the re-test results into the next block's needs analysis.

Model paragraph (design and justification). Because Maya's needs analysis names repeated high-intensity efforts as the Centre's dominant demand and flags a Yo-Yo score below the squad target, the program's Type centres on repeated-sprint and agility work with an aerobic finisher, satisfying specificity while still closing the aerobic-recovery gap. Frequency is fixed at the two free conditioning slots - the binding constraint - and these are spaced from court sessions so adaptation can occur during recovery. Intensity is set from Maya's own baselines (near-maximal sprints, an HRmax-based finisher) rather than a generic load, honouring individuality, and is raised by roughly 10 percent per week so the stimulus stays above current capacity without exceeding a prudent injury ceiling on a recently sprained ankle. The early weeks run straight-line before change-of-direction is added, a progression that justifies itself against the ankle constraint. None of these numbers is arbitrary: each is traceable to a line of the needs analysis or a principle of training, which is exactly what separates a designed program from a generic template.

Marker's note: top-band answers (1) tie every FITT choice to a SPECIFIC line of Maya's profile or a named principle, (2) sequence within and across sessions (quality before fatigue; progression and taper), (3) include a real evaluate-and-adjust loop with named re-tests and a decision rule, and (4) judge success on performance AND health/adherence. A generic netball program that ignores the two-slot constraint and the ankle, or that lists weeks without justification, sits mid-band. Detailed periodisation belongs to the separate yearly-training-program-periodisation topic; here, show the design-evaluate loop.