Skeletal System & Movement

Learning Objectives

1. To name eight different types of joint movements and apply them to physical activity.
2. To understand four joint types and the range of movements they allow.

How This Links to Prior/Future Learning

Prior Learning:

• Students should have a foundational understanding of the skeletal system, including the names of major bones and their functions.
• Previous lessons may have introduced the basic concept of joints and movement.

Future Learning:

• This lesson will provide essential knowledge for linking skeletal movement to muscular function in upcoming lessons.
• The understanding of joint movement will support GCSE PE coursework and exam preparation, particularly in answering biomechanical application questions.

Introduction (15 minutes)

Do Now Activity (5 minutes)

• Each student receives a blank skeletal diagram.
• Task: Label as many bones as possible. Extension: Describe at least two functions of the skeleton.
• Responses discussed as a class.

Teacher Explanation (10 minutes)

• Using the PowerPoint, introduce the two learning objectives.
• Explain key concepts:
  • Movement possibilities at a joint (flexion, extension, abduction, adduction, etc.).
  • Classification of joints (hinge, ball and socket, pivot, etc.).
  • Sporting examples for different movement types.
• Short explainer video (2-3 minutes) reinforcing the theory.

Development (30 minutes)

Group Work Task (20 minutes)

• Students grouped into teams of four. Each student covers two of the eight joint movement types.

• A3 information sheets provided, including definitions, joint examples, and sporting movements.

• Individually, students research and make notes in exercise books on:

  • Name of movement and definition
  • Joint types that allow this movement
  • Body location where it occurs
  • Sporting example

• Peer Teaching Activity (10 minutes)

  • Each student teaches their two joint movements to the rest of their group without looking at notes.
  • The rest of the group listens and makes notes after the explanation.
  • By the end of the task, all students have a full set of notes on the movements.

Class Presentations (10 minutes)

• Selected groups present their findings.
• Teacher asks follow-up questions such as, "What is an example of flexion in netball?" to reinforce application in sport.

Conclusion (15 minutes)

Quick-Fire Quiz (10 minutes)

• Students use mini whiteboards to answer eight rapid recall questions.
• Example questions:
  • "What movement occurs at the elbow when performing a bicep curl?"
  • "Name a sport where abduction is used."
  • "What joint type allows for rotation?"
• Answers reviewed for immediate feedback and discussion.

Plenary Discussion (5 minutes)

• Ask students to summarise key learning points in pairs.
• Challenge prompt: How might this knowledge help in analysing an athlete's performance?
• Closing thought: How do different joints contribute to athletic ability?

How Students Will Be Assessed

• Formative assessment through Do Now Activity responses (labelling bones/functions).
• Quality of notes from peer teaching activity.
• Teacher observation during group discussions to check understanding and engagement.
• Quick-fire quiz scores provide immediate feedback on conceptual understanding.

How Some Students Will Be Challenged

• Encouraged to provide multiple sporting examples beyond simple ones (e.g. instead of football, consider gymnastics, rowing).
• Extension discussion questions on biomechanics, e.g. "How do joint movements differ between endurance and explosive sports?"
• Leading roles in presenting their group’s findings to the class.

How Some Students Will Be Supported

• Pre-prepared key vocabulary aids for students who need help with terminology.
• Peer support by pairing strong and weaker students in mixed-ability groups.
• Visual aids (diagrams of joint movement) on desks for easy reference.
• Teacher scaffolding during group discussions to reinforce key points through questioning.

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This lesson plan aligns with the OCR and AQA GCSE PE Specification, specifically covering the skeletal system and movement analysis. By integrating active learning, peer collaboration, and varied teaching strategies, this ensures engagement and deep understanding of joint types and movement possibilities in sports performance.