Topic D Exercise Programming - Copy

Exercise Programming Overview

  • Topic D: Exercise Programming

Learning Objectives

  • Understand the components of the FITT principle.

  • Use the FITT principle to design cardiovascular and resistance exercise programs.

  • Understand the science behind flexibility.

  • Apply motivational techniques to overcome exercise roadblocks.

The FITT Principle

  • FITT Components

    • Frequency

    • Intensity

    • Time

    • Type of Training

Detailed Explanation of FITT Components

  1. Frequency

    • Refers to the number of exercise sessions per week.

  2. Intensity

    • Level of effort required expressed relative to a client’s maximum ability (e.g., heart rate, workload, Rate of Perceived Exertion).

  3. Time

    • The duration of each exercise session, typically measured in minutes, excluding warm-up and cool-down periods.

  4. Type of Exercise

    • The specific mode of exercise chosen that meets the desired fitness goals based on specificity.

Application of the FITT Principle

  • All training programs must incorporate these four components cohesively to be effective.

Cardiovascular Fitness

  • FITT formula varies among individuals based on activity level.

  • Overload principle must be applied: gradual progression in challenges as fitness improves.

    • Moderate vs. Vigorous Activity

      • Moderate activity emerges effective for low fitness levels, while vigorous activity is necessary for significant improvements.

Frequency Recommendations for Cardiovascular Fitness

  • General guidelines for frequency:

    • 3-5 days of moderate to vigorous activity per week.

    • For low fitness individuals, at least 5 days of moderate activity.

    • Extremely fit people with no evidence of joint problems may train up to 6 days a week, but most experts agree that at least 1 day off a week is beneficial.

Intensity Recommendations

  • Determined by individual fitness levels, with guidelines suggesting rates of intensity based on maximal heart rates (HRmax) or heart rate reserve (HRR).

  • Intensity levels:

    • Moderate-intensity (3-6 METS)

    • Vigorous-intensity (>6 METS)

Heart Rate Calculations

  1. Maximal Heart Rate

    • Determined via:

      • Common formula: 220 - Age.

      • More accurate: 208 - (0.7 x Age).

  2. Heart Rate Reserve (HRR)

    • HRR = Maximal HR – Resting HR.

    • More conservative formula as it takes into consideration an individual’s resting HR. A fitter person will generally have a lower resting HR.

Resistance Exercise

Types of Progressive Resistance Exercise (PRE)

  1. Isotonic Exercises

    • Involves movements where muscles exert force and change length through movements (e.g., free weights, resistance machines).

    • Provides and effective stimulus for muscle development as well as dynamic strength and muscular endurance.

  2. Isometric Exercises

    • No movement occurs; force exerted against a stationary object, suitable for rehabilitation.

    • When properly done, can build static strength or endurance.

  3. Isokinetic Exercises

    • Movement is performed on specialized machines that maintain consistent speed, allowing maximal tension.

  4. Core Training

    • Focused on stabilizing core muscles; includes various exercises such as the plank.

  5. Functional Fitness Training

    • Includes everyday movements, building strength and coordination.

  6. Plyometrics

    • Improves athletic performance through high-intensity jumps and hops.

    • Trains the muscular system for explosive speed and power.

  7. Functional Balance Training

    • Enhances balance and mobility, particularly in older adults.

Guidelines for Resistance Training

  • Equipment Used:

    • Free weights, resistance machines, and various additional devices.

  • General Recommendations:

    • Frequency: 2-3 days a week with adequate rest between sessions.

    • Intensity: Target specific percentages of one-repetition maximum (1RM).

    • Time: 2 to 5 sets per exercise based on the fitness goal.

Safety and Effectiveness in Resistance Training

  • Emphasis on proper techniques, gradual progression, balancing muscle groups, and allowing for recovery time.

Flexibility Fundamentals

  • Definition: The range of motion around a joint, influenced by joint structure, soft tissue flexibility, and individual variability.

  • Flexibility Types:

    • Static Flexibility: Achieved under stationary conditions.

    • Dynamic Flexibility: Achievable during active movements.

Factors Influencing Flexibility

  1. Age: Generally high in youth, peaks in mid-20s, declines with age.

  2. Gender: Females generally exhibit greater flexibility due to anatomical factors.

  3. Genetics: Certain families may have inherited hypermobility.

  4. Physical Activity: Regular movement helps maintain flexibility.

Benefits of Flexibility and Stretching

  • Necessary for good posture and movement efficiency, injury prevention, and rehabilitation.

Common Roadblocks to Exercise and Motivational Techniques

  • Identifying obstacles (time, motivation, energy) and strategies to overcome them (planning, choosing enjoyable activities).

  • Importance of mental health considerations in personal fitness journeys.

Conclusion

  • Consistent application of the FITT principle and awareness of factors affecting fitness improves both physical and mental health.