Brain Structure Overview

Lesson Details

• Year Group: Year 10
• Duration: 60 minutes
• Class Size: 13 students
• Unit: Mind and Behaviour Exploration (Lesson 2 of 8)
• Curriculum Links:
  • KS4 Science Programme of Study (Biology - The Human Nervous System)
  • PSHE (Understanding the brain’s impact on behaviour and mental health)
  • GCSE Combined Science - Biology (Nervous System and brain structure)

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Learning Objectives

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

• Identify and label the major parts of the brain: cerebrum, cerebellum, and brainstem.
• Describe the basic functions of each brain part and explain their role in behaviour and bodily functions.
• Demonstrate an understanding of how brain structure relates to behaviour, linking to mental processes and physical coordination.
• Use diagrams and 3D models to visualise and explain brain anatomy confidently.

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National Curriculum Links

• Biology (KS4): Describe the structure and function of the nervous system, including how the brain coordinates voluntary and involuntary actions.
• PSHE Education: Explore how brain functions can influence behaviour and emotions, supporting students’ mental health awareness.
• Working Scientifically: Develop observational and explanatory skills through diagram labelling, model interaction, and group discussion.

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Resources

• High-quality anatomy diagrams (colour-coded brain regions) printed for each student.
• 3D brain model(s) for tactile exploration (physical or digital, e.g. via an educational app on tablets).
• Projector to display labelled images and short animations showing brain functions.
• Large blank brain template for group labelling exercise.
• Colour markers, sticky notes.
• Student notebooks or workbooks.
• Timer for activity pacing.

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Lesson Structure

1. Introduction and Starter (10 minutes)

• Engagement: Show a short (1-2 min) animation depicting the major brain parts working during daily activities (walking, thinking, balancing).
• Think-Pair-Share: Pose the question: “Why do you think the brain is divided into different parts?” Students discuss briefly in pairs and then share key ideas with the class.
• Connect to prior knowledge: Recap briefly the role of the nervous system from lesson 1, linking to the brain as the control centre.

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2. Direct Teaching and Visualisation (15 minutes)

• Present key brain parts using the projector: cerebrum, cerebellum, brainstem.
  • Cerebrum: Largest part; controls thinking, memory, voluntary movement.
  • Cerebellum: Coordinates balance and fine motor skills.
  • Brainstem: Controls automatic functions (breathing, heartbeat).
• Highlight each with clear, labelled diagrams and colour coding.
• Pass around the 3D brain model for tactile exploration, encouraging students to locate the named parts.
• Teacher models how to label the blank brain template projected on screen, linking each part to function.

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3. Interactive Group Activity (15 minutes)

• Group Task: Split the class into groups of 3-4. Each group receives a large blank brain template and sets of sticky notes.
• Students write one function or fact about each brain part on sticky notes and place them in the correct brain region on the template.
• Groups then present for 1-2 minutes each on their labelled brain, explaining their reasons.

Inclusion tip: Provide sentence starters or fact prompts for less confident students.

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4. Application and Higher-Order Thinking (10 minutes)

• Pose a linking question: “How might damage to each part of the brain affect behaviour or body functions?”
• Use scenarios for each brain part (e.g., injury to cerebellum causing coordination issues).
• Students discuss briefly in pairs or small groups and write a short explanation in their books.
• Share responses with the class to consolidate learning.

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5. Plenary and Reflection (10 minutes)

• Quiz game: Use a rapid-fire oral quiz or online quiz platform (if available) with simple questions about brain parts and functions. Students raise hands to answer or write on mini whiteboards.
• Reflective question: “Why is understanding the brain important for understanding behaviour?” Students write one sentence in their books.
• Teacher summarises key points and links forward to next lesson: exploring brain hemispheres and lateralisation.

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Differentiation

• Support: Provide labelled handouts, sentence starters, and visual aids. Use physical models for kinaesthetic learners.
• Challenge: Invite students to research or hypothesise additional brain areas/functions as a take-home task or enrichment activity.
• Assessment for Learning: Use group presentations and quizzes to identify misconceptions and support accordingly.

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Assessment Opportunities

• Informal formative assessment through discussions, group presentations and quizzes.
• Written explanations in books during application activity to monitor understanding.
• Observation of students’ ability to correlate brain structures and functions.

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Extension Ideas

• Incorporate a virtual reality or augmented reality brain anatomy app for richer immersive experience.
• Invite a neuroscientist or health professional for a follow-up session or Q&A.
• Integrate creative arts by having students design a "brain superhero" focused on one brain part and describe its powers.

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Teacher Notes

• Ensure clear pronounciation of complex terminology (cerebrum, cerebellum, brainstem).
• Link content to real-life experiences and mental health topics (e.g., stress effects on brain functions).
• Encourage curiosity and questions to foster engagement.
• Respect confidentiality and sensitivities around brain injuries or mental health conditions.

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This detailed plan integrates visual, auditory, and kinaesthetic learning tailored to UK Year 10 learners, encouraging active engagement, scientific thinking, and personal connection to complex concepts about brain structure and behaviour.