IFPA PFT study plan
IFPA PFT · Give each week a clear focus.
8 weeks · About 7 hours per week
Anatomy and Physiology
Map the skeletal system by labeling major bones, joint types, and their normal ranges of motion from memory
Explain muscle origin, insertion, and primary action for the eight major movement muscles without notes
Trace the pathway of oxygenated blood through the heart and name each chamber and valve in sequence
Describe the structure and function of the nervous system divisions that control voluntary movement
Your checkpoint
A one-page hand-drawn anatomy reference sheet covering bones, joints, and the eight key muscles, self-quizzed to 90% accuracy
Anatomy and Physiology & Exercise Physiology and Biomechanics
Compare the three muscle fiber types and predict which dominates in endurance versus power activities
Explain the sliding filament theory and excitation-contraction coupling in plain language a client would understand
Identify the planes of motion and match at least two exercises to each plane
Describe the stretch-shortening cycle and its role in plyometric and ballistic movement
Your checkpoint
A written 300-word client-friendly explanation of how a muscle contracts and why fiber type matters, checked against your notes for accuracy
Exercise Physiology and Biomechanics
Diagram the three energy systems and state the duration, intensity, and fuel source of each
Calculate estimated maximal heart rate and derive three training zones from it
Explain the acute cardiovascular and respiratory responses to a single bout of aerobic exercise
Apply levers and torque to at least three common resistance exercises
Your checkpoint
A completed energy-system comparison table plus three worked zone-calculation examples with your own arithmetic shown
Exercise Physiology and Biomechanics & Fitness Assessment and Program Design
Interpret the FITT-VP principle and apply each variable to a sample aerobic and a sample resistance prescription
Describe the biomechanical faults that increase injury risk in the squat, deadlift, and overhead press
Explain progressive overload and periodization models and when to use linear versus undulating plans
Your checkpoint
A mock 4-week mesocycle for a healthy beginner, annotated to show how FITT-VP and progressive overload were applied
Fitness Assessment and Program Design
Select and justify appropriate assessments for cardiorespiratory fitness, muscular strength, flexibility, and body composition
Sequence a full client screening session including health-history review, risk stratification, and informed consent
Set SMART goals from a hypothetical client profile and convert them into measurable training targets
Design a 12-week program that regresses and progresses a single compound lift across three phases
Your checkpoint
A complete written program design for a hypothetical client, including screening notes, assessment results, SMART goals, and the 12-week progression
Nutrition and Weight Management
Explain energy balance and calculate an estimated daily calorie need using a standard equation for two sample clients
Describe the roles and recommended ranges of the three macronutrients and identify credible food sources for each
Evaluate two popular diet approaches against evidence and state which clients they may or may not suit
Outline hydration guidance and the signs of inadequate or excessive intake during exercise
Your checkpoint
A one-page nutrition guidance handout suitable for a general client, with two worked calorie calculations and clearly stated scope-of-practice limits
Injury Prevention, Safety, and Emergency Response & Professional Practice, Ethics, and Client Communication
Describe the emergency action plan steps for sudden cardiac arrest, heat illness, and musculoskeletal injury in a gym setting
Demonstrate the correct sequence for checking responsiveness, calling for help, and starting CPR and AED use
Identify high-risk exercises and environmental conditions and state the modification or precaution for each
Explain the scope of practice, confidentiality obligations, and referral duties of a fitness professional
Draft responses to three difficult client scenarios covering boundaries, unrealistic expectations, and a request outside your scope
Your checkpoint
A written emergency action plan for a sample facility plus three role-played client conversations summarized in one page each
Anatomy and Physiology & Exercise Physiology and Biomechanics & Fitness Assessment and Program Design & Nutrition and Weight Management & Injury Prevention, Safety, and Emergency Response & Professional Practice, Ethics, and Client Communication
Complete a timed 100-question mock exam and score each domain separately to expose weak areas
Re-study the two lowest-scoring domains and re-test those topics until each reaches 80%
Recite the key formulas for heart rate, calorie estimation, and load progression from memory
Review all six domain summaries and write a personal list of the ten facts you most often miss
Your checkpoint
A scored mock-exam report with per-domain percentages and a prioritized final-week review list
Milestones
Week 2: Score at least 80% on a self-made 25-question anatomy and muscle physiology quiz without notes
Week 4: Explain the three energy systems and FITT-VP aloud in under five minutes with no reference material
Week 6: Complete a full mock client program and nutrition handout that a peer reviewer rates as internally consistent and within scope
Week 8: Reach at least 75% overall on the timed mock exam with no domain below 65%