• +64 21 232 6753
  • alisonshouldbewriting@gmail.com
  • Dunedin, New Zealand

Pedagogical Strategies

Talk Moves

Reading to

Shared reading

Guided reading

Independent reading

Reciprocal teaching

Literature circles

Presentation

Making connections (Tūhono)

Arranging for learning

Building on students’ thinking

Explicit team learning

Encouragement

Facilitation

Description / Describing

Demonstration

Modelling

Shared problem-solving

The helping circle

Positioning oneself

Grouping

Listening

Questioning

Suggestion

Telling or instructing

Prompting recall

Feedback

Scaffolding

Co-construction

Thinking Aloud [Modelling]

Questioning and explanations [Modelling]

Inquiry-Based Learning (IBL)

Further Reading

McNaughton, G., & Williams, G. (2004). Techniques for teaching young children: Choices in theory and practice. Frenchs Forest, NSW, Australia: Pearson Education Australia.

Active Learning: The students are actively engaged in watching a video, taking notes, and completing a worksheet.

Inquiry-Based Learning: The students are encouraged to think critically and ask questions about gravity and its effects, as demonstrated by the list of questions provided.

Differentiated Instruction: The use of an open-topic book allows students to explore gravity and related concepts at their own pace and level of understanding.

Collaborative Learning: While not explicitly stated in the information provided, it is possible that the students are working together in pairs or small groups to complete the worksheet or discuss their notes.

Active learning (Worksheets):

Worksheets provide students with an opportunity to actively engage with the material. By completing the worksheet, ākonga are actively processing the information and applying it to specific tasks or questions.

Exhibits

Demonstration

Drill and Practice

Tutorials

Games

Story Telling

Simulations

Role-playing

Discussion

Interaction

Facilitation

Collaboration

Debate

Field Trips

Apprenticeship

Case Studies

Generative Development

Motivation

Mentoring

https://literacyonline.tki.org.nz/Literacy-Online/Planning-for-my-students-needs/Effective-Literacy-Practice-Years-1-4/Approaches-to-teaching-reading

Health & Wellbeing

Effective Pedagogy:

Effective Pedagogy in Social Sciences/Tikanga ā Iwi: Best Evidence Synthesis Iteration (BES) identifies four ‘mechanisms’ that facilitate learning for diverse students in social sciences: connection, alignment, community, and interest. Each of these mechanisms provides a lens through which we can examine our current practice. Each is backed by evidence that we can use when deciding what to do next.

1. Make connections to students’ lives

This mechanism involves:

  • drawing on relevant content
  • ensuring inclusive content.

Students’ understanding of important ideas and processes is enhanced when the teacher:

  • encourages them to use their own experiences as a point of comparison when learning about other people’s experiences in different times, places, and cultures
  • uses language that is inclusive of all learners and their experiences
  • selects resources that make diversity visible and avoid biased and stereotypical representations.

2. Align experiences to important outcomes

This mechanism involves:

  • identifying prior knowledge
  • aligning activities and resources to intended outcomes
  • providing opportunities to revisit concepts and learning processes
  • attending to the learning of individual students.

Student understanding of important ideas and processes is enhanced when the teacher accesses relevant prior knowledge, using it to minimise duplication of what is already known and address misunderstandings that could inhibit new learning. If important outcomes are to be achieved, activities and resources need to be aligned to them.

Teachers optimise alignment when they make it transparent to their students, design learning opportunities that are sequenced in response to ongoing assessment, and provide opportunities to revisit important content and processes.

Students need:

  • time to explore key concepts in depth
  • opportunities to approach key concepts in different ways and from more than one perspective
  • opportunities to revisit key concepts in a variety of contexts.

3. Build and sustain a learning community

This mechanism involves:

  • establishing productive teacher–student relationships
  • promoting dialogue
  • sharing power with students.

4. Design experiences that interest students

This mechanism involves:

  • meeting diverse motivational needs
  • maximising student interest
  • using a variety of activities.

Student understanding of important ideas and processes is enhanced when the teacher:

  • makes learning as memorable as possible by deliberately designing learning experiences that are sensitive to students’ differing interests, motivations, and responses
  • provides a variety of experiences that become memorable anchors for learning and subsequent recall
  • helps students draw the learning from these experiences.