Musculoskeletal Injuries & Illnesses

Curriculum Links

Subject: Health and Physical Education
Year Level: 11
Curriculum Area: Personal, Social and Community Health – "Understanding Movement" (ACARA)
Specific Content Descriptor:

• "Examine the impact of physical activity and sport on individuals and communities, including their role in addressing health issues"
• "Investigate and apply biomechanical, psychological, and physiological principles to refine movement skills and performance"

---

Lesson Objectives

By the end of this lesson, students will be able to:

1. Identify common musculoskeletal injuries and illnesses.
2. Understand their causes, symptoms, and treatment options.
3. Engage in hands-on, problem-solving activities to apply knowledge.
4. Relate injuries to real-world scenarios, including sports injuries in Australian athletes.

---

Equipment & Resources

• Interactive skeletal & muscular system model (poster/3D app/model)
• Sporting equipment (e.g., resistance bands, basketballs, ankle weights)
• Scenario cards (injury-based problem-solving activity)
• Whiteboard & markers
• QR code handouts (to access injury treatment infographics)

---

Lesson Structure

Introduction (5 mins) – ‘Injury in Action’

1. Quickfire Discussion:
   • Pose an engaging question: “What’s the worst injury you or someone you know has had?”
   • Get students to briefly share experiences.
2. Video Clip (1 min):
   • Show a short video clip of a famous Australian athlete experiencing a musculoskeletal injury (e.g., an AFL player tearing an ACL).
   • Ask: “What do you think happened here? What part of the body is affected?”

Main Activity (25 mins) – ‘Anatomy in the Field’

Part 1: Injury Stations (15 mins)

Students rotate through four interactive stations, diagnosing different musculoskeletal injuries. Each station includes a realistic injury scenario, hands-on demonstration, and problem-solving activity.

1. Bone Fractures & Dislocations

   • Examine a model skeleton with a simulated fracture.
   • Discuss causes (e.g., contact sports, falls).
   • Apply ‘first responder’ techniques.

2. Sprains & Strains

   • Use resistance bands to simulate overstretching muscles.
   • Discuss the most common sports where sprains occur (e.g., netball, football).
   • Role-play basic RICER treatment (Rest, Ice, Compression, Elevation, Referral).

3. Tendinitis & Overuse Injuries

   • Analyse footage from an elite tennis player with tennis elbow.
   • Discuss how repetitive movements lead to overuse injuries.
   • Use light weights to demonstrate poor vs correct form when lifting objects.

4. Chronic Musculoskeletal Illnesses (e.g., Osteoporosis, Arthritis)

   • Students wear weighted vests to experience the mobility challenges of arthritis.
   • Investigate lifestyle factors that influence bone density.

Part 2: Injury Specialist Role-Play (10 mins)

• Students regroup and are assigned roles as “Sports Injury Specialists”.
• They work together to assess a new injury scenario card, diagnosing and recommending treatment.
• Class-wide discussion follows, comparing different groups’ findings.

Conclusion (10 mins) – ‘Survivor’s Advice’

1. Speed Quiz: Teacher asks rapid-fire injury-related questions.
2. Reflection Questions:
   • “If you were a coach, how would you prevent these injuries in your team?”
   • “How can young Australians reduce their risk of chronic musculoskeletal illnesses?”
3. Exit Ticket: Each student writes one thing they learned and hands it to the teacher as they leave.

---

Assessment Opportunities

✔ Formative Observation: Teacher assesses participation in group tasks.
✔ Verbal Responses: Evaluate understanding during discussions.
✔ Exit Ticket Reflection: Gauge individual comprehension.

---

Teacher Notes & Adaptations

• Differentiation: Pair students with mixed abilities for support.
• Inclusivity: Substitute activities where necessary for students with existing injuries/mobility difficulties.
• Real-World Connection: More focus on AFL, NRL, and basketball injuries for relevance to Australian students.
• Technology Integration: Optional use of AR apps for deeper skeletal system exploration.

---

Extension/Homework

Students research an Australian athlete’s musculoskeletal injury, write a short case study, and explain their recovery process.

---

This lesson is designed to be engaging, hands-on, and interactive, ensuring students grasp musculoskeletal injuries beyond theory, making it practical, relevant, and memorable! 💡🔥