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Health and Movement Science · Year 11 · 40 indicative hours

The Body and Mind in Motion

How the skeletal, muscular, respiratory, circulatory, digestive, endocrine and nervous systems influence and respond to movement; the energy systems, nutrition and training that fuel performance; how movement skills are acquired and improved; and the psychology behind participation and performance.

Syllabus note: Health and Movement Science 11–12 (2023). Outcomes HM-11-03 and HM-11-04, with the skills outcomes HM-11-05 to HM-11-10 applied throughout. The depth studies draw 20 hours of in-class time from this focus area and Focus Area 1 combined, so the lesson sequence is written against less than the full 40 hours.

22lessons live
4inquiry questions
Start Lesson 1 →
1
The skeletal and muscular systems I: structure, major bones, synovial joints and joint actions
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2
The skeletal and muscular systems II: major muscles, fibre types, contractions and muscle relationships
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3
Biomechanical principles for safe and efficient movement: motion, balance, fluid mechanics and force
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4
The respiratory and circulatory systems I: structure, pulmonary and systemic circulation, gaseous exchange
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5
The respiratory and circulatory systems II: what makes the cardiovascular system efficient
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6
The digestive and endocrine systems in movement: structure, function and efficiency
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7
The nervous system and movement: structure and function
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8
The systems working together, and the role of first aid in response to movement
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9
Energy systems I: ATP-PCr and the glycolytic system — fuel, duration, intensity and fatigue
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10
Energy systems II: the aerobic system, recovery, and the interplay of the three systems
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11
Nutrition for the energy systems: macronutrient and micronutrient requirements of active people
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12
Aerobic and anaerobic training compared, for individuals and group sports
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13
Designing a training program on the FITT principle
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14
Immediate physiological responses to training: heart rate, ventilation, stroke volume, cardiac output, lactate
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15
Investigating responses to aerobic training, and debating the purpose of fitness testing
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16
Acquiring movement skills I: characteristics of learners and the stages of skill acquisition
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17
Acquiring movement skills II: characteristics of motor skills
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18
Acquiring movement skills III: practice methods, performance elements and types of feedback
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19
Researching how movement skills are acquired and improved in a sport of choice
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20
Psychology and performance I: personal identity and motivation
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21
Psychology and performance II: self-regulation and behaviour change
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22
Communities of exercise: contemporary forms, group cohesion and belonging
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