Social & Natural Science
Start
Basketball inside the School Curriculum
Learning sessions
The consortium has designed three activities related to the BaskEUball project to acquire and apply science knowledge and skills in a meaningful way.
Each learning session includes the initial situation where the activity is introduced, the learning goals, an assessment proposal, a step-by-step activity description and the required materials.
get started
Bounce Through Time: The History and Culture of Basketball
Slam Dunk Sustainability: How Basketball Impacts Our Planet
Hoops for Health: Exploring the Benefits of Basketball
Bounce Through Time: The History and Culture of Basketball
Age Group: 8-10 years old
Initial situation (10 minutes)
You’ve noticed that lately, students are playing basketball during their break time. This sparked your curiosity: why basketball? Is it just fun, or is there more to it? So, you bring to class a collection of photos showing children playing basketball in schoolyards, streets, and courts from around the world. You pose the question: Why do you think basketball is played in so many places around the world? Do all players play the same way? Where did this game even come from? Let pupils share their first thoughts in an open conversation. Then say: Let’s investigate how basketball became such a global sport, and how different cultures have made it their own.
Learning Objectives
Assessment
Activity development and material
Bounce Through Time: The History and Culture of Basketball
Learning Objectives
Assessment
S1. Wonder Wall & Mind Map (20 minutes): Give students colour-coded Post-its (e.g., yellow: what I know, pink: what I wonder, green: how I've seen it played). Let them post freely on a "Basketball Around the World" wall or create a large collaborative mind map together on the board. Invite spontaneous discussion and begin grouping ideas into categories (Origins, Rules, Global Reach, Famous Players, Culture, etc.). S1.&S2. Team Research and Visual Creation (45 minutes duiring each session): Form six groups of 3-4 students based on interest areas from the mind map. S2. Gallery Walk Presentation (30 minutes): Instead of formal presentations only, set up a gallery walk where groups display their infographics and stand beside it. Invite teachers and other class-groups and rotate every 10 minutes (so two groups visitis others' work each time). Provide question cards (simple sentence starters) to guide peer itneractions. S2. Reflect & Connect (15 minutes): In a closing circle ask: - How does basketball connect people across cultures? - What would you still like to find out?
Material
Goals
Learning Objectives
Knowledge
Skills
Values
Basketball origin and evolution (rules).
Research and information selection.
Creativity and critical thinking.
Basketball and cultural identity.
Multimodal (text and image) presentation of ideas .
Collaboration and peer to peer feedback.
Legends and landmarks in basketball history.
Responsability and accountability.
Presentation and communication skills.
Evaluation criteria
Assessment
The Bull’s Eye Assessment is a co-assessment tool that allows students to reflect on their work while receiving feedback from both their teacher and a peer, all within the same worksheet. This creates a balanced evaluation process that encourages self-awareness, peer learning, and teacher guidance. Myself: Students rate their own work by answering key reflection questions and selecting a score (1-4) for each category. A Peer: A classmate from the another group reviews the infographics and provides a different perspective by scoring the same categories. Peers can offer constructive feedback about strengths and areas for improvement. My Teacher: The teacher completes the final section by evaluating the work using the same criteria. The teacher’s feedback validates, adjusts, or expands on the self- and peer-assessment.
To maximize learning, use the Bull’s Eye Co-Assessment to foster self-reflection, encourage peer collaboration, provide balanced feedback, strengthen critical thinking, and enhance overall evaluation quality.
+Info
Slam Dunk Sustainability: How Basketball Impacts Our Planet
Age Group: 10-12 years old
Initial situation
Pupils are highly engaged in basketball, using both the school gym and outdoor courts. However, issues like lights being left on, dripping water fountains, and overflowing waste bins are becoming increasingly noticeable. These habits have real environmental costs. How can we use our love for basketball to create a more sustainable sports environment?
Learning Objectives
Assessment
Activity development and material
Slam Dunk Sustainability: How Basketball Impacts Our Planet
Learning Objectives
Assessment
S2. Quickfire Presentations (20 minutes): Each group presents their issue and proposed specific action in a 3-minute pitch.
S1. Basketball Facility Walk (15 minutes): Take pupils to the basketball facilities with clipboards and a simple observation checklist. Encourage children to take notes and photos (if possible), noting both strengths and areas for improvement. S1. Situation Analysis & Brainstorm (15 minutes): Back in the classroom, students work in small groups (3-4) to complete a "Sustainability Snapshot" worksheet. Each group shares 1–2 key insights with the class. Create a class summary table with all observed issues, categorizing them into energy, water, and waste. S1.&S2 Problem-Solution Research (30 minutes during each sesssion): Each group picks (or is assigned) one category from the table (energy, water or waste). Using books, tablets or computers they research how does these systms work and sustainable alternatives or habits that could help. Then, they proposo a realistic change.
S2. Reflection Circle (20 minutes): Guide a closing discussion with prompts like:
- Which idea feels easiest to start doing today?
- How cuould we involve the school in these changes?
- Why does it matter taht we think about sustainability in spaces we care about?
extension ideas
Material
Goals
Learning Objectives
Knowledge
Skills
Values
Collaboration and responsability.
Water/energy/waste system.
Work in a team to observe and analyse a real situation.
Creativity and critical thinking.
Environmental impact of sports facilities.
Use research to find solutions to enviornmental problems.
Environmental awareness and a commitment to sustainability.
Sustainable practices in sport facilities.
Communication skills.
Assessment
Teacher Assessment: Teacher's feedback is both formative (during the activity) and summative (on the final result). The teacher observes the process and assesses based on the following:
Peer-to-Peer Feedback: Students evaluate collaboration and participation by giving two stars (things their teammates did well) and one wish (something to improve) to their group members.
Self-Reflection: At the end of the activity, each pupil completes an Exit Ticket individually.
- Participation in group work
- Quality of observations during the visit
- Relevance and feasibility of the solution proposed
- Communication skills during the presentation
Bounce, Aim, Score! Exploring Forces and Motion Through Basketball
Age Group: 8-12 years old
Initial situation
Basketball fever is in the air, and your students can’t stop talking about dribbling, shooting, and perfecting their layups. To build on this excitement, you introduce a lesson that takes them inside the science behind the sport. You want them to understand that every bounce, pass, and shot is a real-life example of forces, energy, and motion. By linking what they love—basketball—to natural science concepts, you help them see physics as something fun, relevant, and part of their everyday lives. This lesson will let them experiment, reason, and discover how science makes the game possible.
Learning Objectives
Assessment
Activity development and material
Bounce, Aim, Score! Exploring Forces and Motion Through Basketball
Learning Objectives
Assessment
S1. The Science Behind the Game (30 minutes)Ask students to sit in groups of four. Give each group an envelope containing a brief, child-friendly news-style article on a scientific aspect of basketball . Each group reads the article, highlights key scientific ideas, and discusses:
- What scientific concept appears in the article?
- How does it relate to basketball?
- Have they experienced something similar while playing?
Each group presents a 2–3 minute oral summary to the class.
S2. Court Experiments: Testing the Science (35 minutes) Move to the gym or outdoor court. Students complete short experiments in groups:
Shooting Angle
Force and Dribble Control
Bounce Height
Students try shooting from different angles (45°, more vertical, more horizontal) to see which is easier.Before: Students write predictions about what they think will happen. After: They write observations and initial conclusions.
Students drop a basketball from three heights (e.g., 30 cm, 60 cm, 90 cm) and measure the bounce height. Guiding questions:
- Does the bounce height increase proportionally?
- Why?
Students dribble softly, normally, and strongly.They note how the ball responds and whether it stays under control.
S1. Reflection & Discussion (20 minutes): Using the ideas extracted from the news texts, guide an inductive reasoning discussion . Support this with a short slideshow illustrating: applied force, gravity, energy transfer, friction, and trajectory and angle while students take notes or sketch diagrams in their notebooks.
S2. Session Highlights and Reflection (15 minutes) Back in class, sit in a circle. Pass a basketball around; each student shares one thing they learned, then sits down.
Material
Goals
Learning Objectives
Knowledge
Skills
Values
Basic concepts of motion (speed, trajectory, energy transfer).
Experimental reasoning and prediction.
Collaboration and participation.
Types of forces involved in basketball (gravity, friction, applied force).
Observation and measurement.
Curiosity and inquiry.
How surface types and force intensity affect the bounce of the ball.
Appreciation of physical activity.
Inductive reasoning.
Assessment
Self-Reflection: At the end of the lesson, students reflect on their scientific understanding, using a reflection card aligned with the learning objectives.
Peer-to-Peer Feedback: Students sit in small groups (4–5). Each student gives feedback to another group member following a rotating structure. Instead of evaluating everyone, each child provides input to only one assigned peer, making it focused, manageable, and meaningful. Contribution: Something you did that really helped our group today was… Communication Skill: One way you communicated or collaborated well was…Next Step: One thing you could try next time to make our teamwork even better is….
Teacher Assessment: During the experiments and final discussion, the teacher evaluates how well students demonstrate knowledge, skills, and values while working on the basketball science tasks with a simple observation checklist.
Team Research
Each group reseraches one them using books, tablets or pre-curated digital sources (you can act as a guide or provide QR code links). Provide a simple template or structure for creating a digital or paper infographic (include titile, main ideas, fun facts, images, and sources). Encourage students to incoporate intercultural comparisons and answer: How is this topic seen or lived in different parts of the world? Are there any cultural adaptations or influences?
More questions
- What’s one new thing you learned about basketball or its history?
- What surprised you about how basketball is played in other places?
- What did your group do well? What would you improve next time?
- How did your group decide what to include in your infographic?
Material
- Photos of children playing basketball around the world
- Post-its (different colours)
- Pencil, sharpener and eraser
- Group member role tags (optional)
- One or two computers or tablets with Internet access per group
- Canva (infographics)
- Infographics content template
- Notebook
- Question cards
Material
- Observation sheet
- Sustainability snapshot worksheet
- Group member role tags (optional)
- One computer or two with Internet access per group
- Notebook
- Pencil, sharpener and eraser
Material
- Highlighters
- Pen/Pencils
- Notebook
- Computer
- Projector
- Basketballs
- Measuring tape
Other
- Scientific texts
- Slideshow
- Worksheet
- Evaluation Rubric
Collaborative Class Summary
The physics of basketball
Still in the same groups, hand each one a sheet labeled with a topic:
- Applied force
- Gravity
- Friction
- Trajectory
- Energy transfer
- Speed and motion
Groups write a brief explanation of how the concept appears in basketball, then pass the paper to the next group. Continue until all groups have contributed to all papers.
Optional Extension Ideas
- Create posters to promote sustainable habits in the gym.
- Propose one of the actions to school leadership (e.g., student-led campaign to reduce plastic bottle use).
- Design a simple prototype (e.g., a bin label system or light reminder sign).
Natural and Social Science
Anna Ferrarons
Created on April 8, 2025
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Transcript
Social & Natural Science
Start
Basketball inside the School Curriculum
Learning sessions
The consortium has designed three activities related to the BaskEUball project to acquire and apply science knowledge and skills in a meaningful way.
Each learning session includes the initial situation where the activity is introduced, the learning goals, an assessment proposal, a step-by-step activity description and the required materials.
get started
Bounce Through Time: The History and Culture of Basketball
Slam Dunk Sustainability: How Basketball Impacts Our Planet
Hoops for Health: Exploring the Benefits of Basketball
Bounce Through Time: The History and Culture of Basketball
Age Group: 8-10 years old
Initial situation (10 minutes)
You’ve noticed that lately, students are playing basketball during their break time. This sparked your curiosity: why basketball? Is it just fun, or is there more to it? So, you bring to class a collection of photos showing children playing basketball in schoolyards, streets, and courts from around the world. You pose the question: Why do you think basketball is played in so many places around the world? Do all players play the same way? Where did this game even come from? Let pupils share their first thoughts in an open conversation. Then say: Let’s investigate how basketball became such a global sport, and how different cultures have made it their own.
Learning Objectives
Assessment
Activity development and material
Bounce Through Time: The History and Culture of Basketball
Learning Objectives
Assessment
S1. Wonder Wall & Mind Map (20 minutes): Give students colour-coded Post-its (e.g., yellow: what I know, pink: what I wonder, green: how I've seen it played). Let them post freely on a "Basketball Around the World" wall or create a large collaborative mind map together on the board. Invite spontaneous discussion and begin grouping ideas into categories (Origins, Rules, Global Reach, Famous Players, Culture, etc.). S1.&S2. Team Research and Visual Creation (45 minutes duiring each session): Form six groups of 3-4 students based on interest areas from the mind map. S2. Gallery Walk Presentation (30 minutes): Instead of formal presentations only, set up a gallery walk where groups display their infographics and stand beside it. Invite teachers and other class-groups and rotate every 10 minutes (so two groups visitis others' work each time). Provide question cards (simple sentence starters) to guide peer itneractions. S2. Reflect & Connect (15 minutes): In a closing circle ask: - How does basketball connect people across cultures? - What would you still like to find out?
Material
Goals
Learning Objectives
Knowledge
Skills
Values
Basketball origin and evolution (rules).
Research and information selection.
Creativity and critical thinking.
Basketball and cultural identity.
Multimodal (text and image) presentation of ideas .
Collaboration and peer to peer feedback.
Legends and landmarks in basketball history.
Responsability and accountability.
Presentation and communication skills.
Evaluation criteria
Assessment
The Bull’s Eye Assessment is a co-assessment tool that allows students to reflect on their work while receiving feedback from both their teacher and a peer, all within the same worksheet. This creates a balanced evaluation process that encourages self-awareness, peer learning, and teacher guidance. Myself: Students rate their own work by answering key reflection questions and selecting a score (1-4) for each category. A Peer: A classmate from the another group reviews the infographics and provides a different perspective by scoring the same categories. Peers can offer constructive feedback about strengths and areas for improvement. My Teacher: The teacher completes the final section by evaluating the work using the same criteria. The teacher’s feedback validates, adjusts, or expands on the self- and peer-assessment.
To maximize learning, use the Bull’s Eye Co-Assessment to foster self-reflection, encourage peer collaboration, provide balanced feedback, strengthen critical thinking, and enhance overall evaluation quality.
+Info
Slam Dunk Sustainability: How Basketball Impacts Our Planet
Age Group: 10-12 years old
Initial situation
Pupils are highly engaged in basketball, using both the school gym and outdoor courts. However, issues like lights being left on, dripping water fountains, and overflowing waste bins are becoming increasingly noticeable. These habits have real environmental costs. How can we use our love for basketball to create a more sustainable sports environment?
Learning Objectives
Assessment
Activity development and material
Slam Dunk Sustainability: How Basketball Impacts Our Planet
Learning Objectives
Assessment
S2. Quickfire Presentations (20 minutes): Each group presents their issue and proposed specific action in a 3-minute pitch.
S1. Basketball Facility Walk (15 minutes): Take pupils to the basketball facilities with clipboards and a simple observation checklist. Encourage children to take notes and photos (if possible), noting both strengths and areas for improvement. S1. Situation Analysis & Brainstorm (15 minutes): Back in the classroom, students work in small groups (3-4) to complete a "Sustainability Snapshot" worksheet. Each group shares 1–2 key insights with the class. Create a class summary table with all observed issues, categorizing them into energy, water, and waste. S1.&S2 Problem-Solution Research (30 minutes during each sesssion): Each group picks (or is assigned) one category from the table (energy, water or waste). Using books, tablets or computers they research how does these systms work and sustainable alternatives or habits that could help. Then, they proposo a realistic change.
S2. Reflection Circle (20 minutes): Guide a closing discussion with prompts like:
extension ideas
Material
Goals
Learning Objectives
Knowledge
Skills
Values
Collaboration and responsability.
Water/energy/waste system.
Work in a team to observe and analyse a real situation.
Creativity and critical thinking.
Environmental impact of sports facilities.
Use research to find solutions to enviornmental problems.
Environmental awareness and a commitment to sustainability.
Sustainable practices in sport facilities.
Communication skills.
Assessment
Teacher Assessment: Teacher's feedback is both formative (during the activity) and summative (on the final result). The teacher observes the process and assesses based on the following:
Peer-to-Peer Feedback: Students evaluate collaboration and participation by giving two stars (things their teammates did well) and one wish (something to improve) to their group members.
Self-Reflection: At the end of the activity, each pupil completes an Exit Ticket individually.
Bounce, Aim, Score! Exploring Forces and Motion Through Basketball
Age Group: 8-12 years old
Initial situation
Basketball fever is in the air, and your students can’t stop talking about dribbling, shooting, and perfecting their layups. To build on this excitement, you introduce a lesson that takes them inside the science behind the sport. You want them to understand that every bounce, pass, and shot is a real-life example of forces, energy, and motion. By linking what they love—basketball—to natural science concepts, you help them see physics as something fun, relevant, and part of their everyday lives. This lesson will let them experiment, reason, and discover how science makes the game possible.
Learning Objectives
Assessment
Activity development and material
Bounce, Aim, Score! Exploring Forces and Motion Through Basketball
Learning Objectives
Assessment
S1. The Science Behind the Game (30 minutes)Ask students to sit in groups of four. Give each group an envelope containing a brief, child-friendly news-style article on a scientific aspect of basketball . Each group reads the article, highlights key scientific ideas, and discusses:
- What scientific concept appears in the article?
- How does it relate to basketball?
- Have they experienced something similar while playing?
Each group presents a 2–3 minute oral summary to the class.S2. Court Experiments: Testing the Science (35 minutes) Move to the gym or outdoor court. Students complete short experiments in groups:
Shooting Angle
Force and Dribble Control
Bounce Height
Students try shooting from different angles (45°, more vertical, more horizontal) to see which is easier.Before: Students write predictions about what they think will happen. After: They write observations and initial conclusions.
Students drop a basketball from three heights (e.g., 30 cm, 60 cm, 90 cm) and measure the bounce height. Guiding questions:
Students dribble softly, normally, and strongly.They note how the ball responds and whether it stays under control.
S1. Reflection & Discussion (20 minutes): Using the ideas extracted from the news texts, guide an inductive reasoning discussion . Support this with a short slideshow illustrating: applied force, gravity, energy transfer, friction, and trajectory and angle while students take notes or sketch diagrams in their notebooks.
S2. Session Highlights and Reflection (15 minutes) Back in class, sit in a circle. Pass a basketball around; each student shares one thing they learned, then sits down.
Material
Goals
Learning Objectives
Knowledge
Skills
Values
Basic concepts of motion (speed, trajectory, energy transfer).
Experimental reasoning and prediction.
Collaboration and participation.
Types of forces involved in basketball (gravity, friction, applied force).
Observation and measurement.
Curiosity and inquiry.
How surface types and force intensity affect the bounce of the ball.
Appreciation of physical activity.
Inductive reasoning.
Assessment
Self-Reflection: At the end of the lesson, students reflect on their scientific understanding, using a reflection card aligned with the learning objectives.
Peer-to-Peer Feedback: Students sit in small groups (4–5). Each student gives feedback to another group member following a rotating structure. Instead of evaluating everyone, each child provides input to only one assigned peer, making it focused, manageable, and meaningful. Contribution: Something you did that really helped our group today was… Communication Skill: One way you communicated or collaborated well was…Next Step: One thing you could try next time to make our teamwork even better is….
Teacher Assessment: During the experiments and final discussion, the teacher evaluates how well students demonstrate knowledge, skills, and values while working on the basketball science tasks with a simple observation checklist.
Team Research
Each group reseraches one them using books, tablets or pre-curated digital sources (you can act as a guide or provide QR code links). Provide a simple template or structure for creating a digital or paper infographic (include titile, main ideas, fun facts, images, and sources). Encourage students to incoporate intercultural comparisons and answer: How is this topic seen or lived in different parts of the world? Are there any cultural adaptations or influences?
More questions
Material
Material
Material
- Highlighters
- Pen/Pencils
- Notebook
- Computer
- Projector
- Basketballs
- Measuring tape
OtherCollaborative Class Summary
The physics of basketball
Still in the same groups, hand each one a sheet labeled with a topic:
- Applied force
- Gravity
- Friction
- Trajectory
- Energy transfer
- Speed and motion
Groups write a brief explanation of how the concept appears in basketball, then pass the paper to the next group. Continue until all groups have contributed to all papers.Optional Extension Ideas