Don't Leave the Story in the Book

1. Stories are powerful tools for engaging learners and promoting quality intellectual work

Good stories stay in children's minds and hearts; the tales tell them something they need to know.

Stories spark curiosity. They provide a natural entry point for learning by tapping into children's innate desire to make sense of the world. When students are engaged by a compelling narrative, they are more likely to ask questions, make connections, and construct their own understanding.

Multiple modes of exploration. Effective teachers use stories as springboards for various activities that allow children to interact with the content in different ways:

• Dramatization and role-play
• Art and visual representation
• Discussion and debate
• Writing and storytelling
• Hands-on experiments and projects

Building bridges. Stories help bridge the gap between abstract concepts and concrete experiences. They provide context and relevance, making it easier for learners to grasp new ideas and apply them to their own lives.

2. Quality intellectual work involves constructing knowledge through disciplined inquiry

The learner must be an active agent in constructing his or her understanding.

Active learning. Quality intellectual work requires students to be more than passive recipients of information. They must actively engage with ideas, ask questions, and build their own understanding through exploration and discovery.

Characteristics of quality intellectual work:

• Construction of knowledge
• Disciplined inquiry
• Value beyond school

Scaffolding understanding. Teachers guide students through a process of structured inquiry, providing support and resources while gradually releasing responsibility to the learners. This approach helps students develop critical thinking skills and become more independent in their learning.

3. The 3 E's of learning: Engage, Explore, Evaluate

The 3 Es of Engage, Explore and Evaluate across the disciplines.

Engage: Spark interest and curiosity in the topic. This might involve:

• Presenting a provocative question or problem
• Sharing a compelling story or image
• Activating prior knowledge and experiences

Explore: Provide opportunities for hands-on investigation and discovery. This could include:

• Conducting experiments
• Analyzing primary sources
• Collaborative problem-solving activities

Evaluate: Reflect on learning and assess understanding. This might involve:

• Self-assessment and peer feedback
• Creating products or presentations
• Applying knowledge to new situations

This cycle promotes deeper learning by encouraging students to take an active role in constructing their understanding and making connections across disciplines.

4. Play is serious work: Satisfying, Intentional Problem-solving (SIP)

Play is children's work.

The power of play. Play is not just idle amusement; it is a crucial mode of learning for children. Through play, children explore ideas, test hypotheses, and develop important cognitive and social-emotional skills.

Characteristics of SIP (Satisfying, Intentional Problem-solving):

• Intrinsically motivating
• Goal-directed
• Involves critical thinking and creativity
• Allows for trial and error
• Promotes persistence and resilience

Integrating play into learning. Effective teachers find ways to incorporate playful elements into academic subjects, making learning more engaging and meaningful for students. This might involve games, simulations, role-play, or open-ended creative projects.

5. Rich texts invite multiple interpretations and deep thinking

The best stories are those in which the theme and story line pose problems that are engaging and compelling in terms of human experience and that are resolved in a genuine way that invites reflective thinking and responses.

Selecting quality texts. Teachers should choose books and stories that:

• Have complex characters and situations
• Address universal themes
• Allow for multiple interpretations
• Provoke thought and discussion

Encouraging deep reading. Guide students to look beyond surface-level comprehension by:

• Asking open-ended questions
• Making text-to-self, text-to-text, and text-to-world connections
• Exploring different perspectives
• Analyzing author's craft and choices

Fostering literary discussions. Create a classroom culture where students feel comfortable sharing their thoughts, questioning the text, and building on each other's ideas. This promotes higher-order thinking and deeper engagement with literature.

6. Mathematizing helps learners see the stories behind numbers

When problems are reduced to bare number sentences, the story gets lost—along with a strong incentive to find the answer or to see it as meaningful—or even vaguely interesting.

Contextualizing math. Present mathematical concepts within real-world contexts and stories to make them more accessible and meaningful to students. This helps learners see the relevance and application of math in their lives.

Problem-solving approach. Instead of focusing solely on computation, encourage students to:

• Identify the mathematical story in a situation
• Represent problems in multiple ways (words, pictures, symbols)
• Explore different solution strategies
• Explain their reasoning and justify their answers

Connecting math to other subjects. Look for opportunities to integrate mathematical thinking across the curriculum, such as analyzing data in science experiments or exploring patterns in music and art.

7. Science learning thrives on guided inquiry and exploration

Real-world scientific practices and discourses are done as inquiry, directed toward understanding the workings of the natural world.

Hands-on investigations. Provide opportunities for students to engage in authentic scientific practices:

• Asking questions
• Making observations
• Designing experiments
• Collecting and analyzing data
• Drawing conclusions

Guided inquiry. Structure learning experiences that allow students to explore scientific concepts while providing appropriate support and guidance. This might involve:

• Posing open-ended questions
• Providing resources and tools for investigation
• Facilitating discussions and reflections

Connecting to students' lives. Help learners see the relevance of scientific concepts by relating them to everyday experiences and real-world applications.

8. Social studies come alive through hands-on experiences with objects

Going to museums, especially living history museums like Colonial Williamsburg, can do this.

Object-based learning. Use artifacts, primary sources, and replicas to make historical and cultural concepts more concrete and accessible to students. This might involve:

• Analyzing historical photographs or documents
• Examining artifacts from different time periods or cultures
• Creating models or reproductions of historical objects

Simulations and role-play. Engage students in immersive experiences that bring history and social issues to life. This could include:

• Reenacting historical events
• Participating in mock trials or debates
• Taking on roles of different historical figures or cultural perspectives

Field trips and community connections. Extend learning beyond the classroom by visiting museums, historical sites, and community organizations. This provides students with authentic experiences and helps them make connections between past and present.

9. Cross-curricular connections deepen understanding across subjects

Just as a riot of disparate flowered, striped, or solid-colored fabrics cut into squares or triangles will come together when they are arranged in a quilt pattern, so, too, lessons involving a variety of disciplines, including literacy, math, science, and social studies can come together in an integrated curriculum.

Thematic units. Organize learning around central themes or big ideas that span multiple subject areas. This allows students to make connections and see how different disciplines interrelate.

Integrated projects. Design assignments and activities that require students to apply knowledge and skills from multiple subjects. For example:

• Writing and performing a play about a historical event (integrating language arts, social studies, and drama)
• Creating a garden and tracking plant growth (integrating science, math, and art)
• Researching and presenting on environmental issues (integrating science, social studies, and technology)

Collaborative planning. Encourage teachers to work together across subject areas to create cohesive learning experiences that reinforce concepts and skills across the curriculum.

10. Evaluation should focus on evidence of student learning and growth

Teachers who are committed to quality intellectual work make formative assessment a habit of mind and of practice.

Ongoing assessment. Regularly gather evidence of student learning through:

• Observations and anecdotal records
• Student work samples and portfolios
• Conversations and conferences
• Performance tasks and projects

Multiple modes of expression. Allow students to demonstrate their understanding in various ways, such as:

• Written explanations
• Oral presentations
• Visual representations
• Hands-on demonstrations

Reflection and metacognition. Encourage students to think about their own learning process by:

• Setting personal learning goals
• Self-assessing their progress
• Identifying areas for improvement
• Celebrating their growth and achievements

By focusing on growth and understanding rather than just grades or test scores, teachers can foster a growth mindset and promote lifelong learning.