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Review and Reflect

Science • 30 • 2 students • Created with AI following Aligned with provincial curriculum standards

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Science
30
2 students
27 February 2026

Teaching Instructions

This is lesson 10 of 10 in the unit "Exploring the Wonders of Science". Lesson Title: Review and Reflection on Science Concepts Lesson Description: Students will review key concepts learned throughout the unit and reflect on their learning.

I can summarize what I have learned about science.

Success Criteria: Students can articulate key concepts and their significance.

Differentiation: Use a variety of review methods (games, discussions, etc.).

Extension: Create a science portfolio showcasing their work from the unit.

Dyslexia-Friendly: Provide a summary sheet with key points highlighted.

Grade: 1 to 7

Duration: 30 minutes

Class Size: 2 students

Unit: Exploring the Wonders of Science

Alberta Curriculum Link:

  • Science K–6:
    • K.1, 1.1, 2.1, 3.1, 4.1, 5.1, 6.1: Demonstrate awareness of characteristics of living things, materials, energy, and Earth and space systems through active participation and communication.
    • K.2 to 6.4: Demonstrate skills in communicating and reflecting on science ideas and observations.
  • Cross-curricular: Language Arts - Speaking and Listening - Outcomes related to verbal articulation and reflection.

Lesson Title

Review and Reflection on Science Concepts


Learning Objectives

By the end of this lesson, students will:

  • I can articulate key science concepts learned during the unit. (Aligned with Science K-6, Communicating and Reflecting)
  • I can explain why these science concepts are important in everyday life.
  • I can work with different review activities to reflect on my learning.

Success Criteria

Students will be successful when they:

  • Clearly describe at least three science concepts learned this unit.
  • Explain the significance of these concepts to their understanding of the natural world.
  • Participate enthusiastically in review activities (games, discussions).
  • Use their science portfolio extension to showcase their learning (optional).

Materials Needed

  • Science concept summary sheet (dyslexia-friendly, with colour-coded bullet points and simple language)
  • Whiteboard and markers
  • Printed cards for review games (e.g., matching, true/false, concept sorting)
  • Science journals or portfolio folders (for extension activity)
  • Timer or stopwatch

Lesson Structure

1. Warm-up and Introduction (5 minutes)

  • Greet students warmly, ask them verbally:
    “What is one science idea you remember and why do you think it’s important?”
  • Write their ideas on the board; help them with key vocabulary and spelling as needed.
  • Show the summary sheet of key unit concepts; read aloud together for reinforcement. (Use dyslexia-friendly fonts and colour highlights.)

2. Interactive Review Activity – Science Concept Game (15 minutes)

  • Prepare a concept card game tailored to their grade level:
GradeFocusGame Example
1-2Living things, materialsMatching pictures to words
3-4Energy, material propertiesTrue/False cards with discussion
5-7Earth and space systems, energyConcept sorting with explanations
  • Procedure:
    • Shuffle cards and take turns picking one to discuss.
    • Each correct explanation earns a point; encourage elaboration.
    • If stuck, use prompting questions: “Can you think of a time you saw this in real life?” or “Why is this idea important?”

3. Reflective Discussion (5 minutes)

  • Prompt guided reflection with questions such as:
    • “Which science concept surprised you the most?”
    • “How can you use these ideas outside of school?”
    • “What was your favourite activity this unit and why?”
  • Encourage complete sentences with “I can…” starters.

4. Extension and Closure (5 minutes)

  • Introduce the Science Portfolio option:
    • Explain that advanced learners can collect drawings, notes, photos, or summaries of their favourite concepts from this unit into a portfolio to share or save for future reference.
    • Offer scaffolding support for students who want to begin the portfolio but may need help organizing materials.
  • Summarise lesson key points on the board and review with students.
  • Reinforce their achievements: “I can talk about science ideas and why they matter.”

Differentiation Strategies

For Diverse Learners:

  • Provide visual aids and graphic organizers during the game.
  • Use simplified language and repeat instructions as needed.
  • Allow students to use assistive technology (e.g., speech-to-text for reflections if needed).
  • Small class size (2 students) enables tailored prompts and immediate feedback.

Dyslexia-Friendly Features:

  • Use dyslexia-friendly font (e.g., OpenDyslexic), line spacing, and colour-coded highlighting on the summary sheet.
  • Present verbal summaries alongside written points.
  • Allow oral expression of knowledge in addition to written responses.

Extension Ideas for Advanced Learners:

  • Create a detailed science portfolio with reflections, diagrams, and personal experiments documented.
  • Lead a mini peer-teaching session with explanations of concepts to a fictional younger student or family member.
  • Research and present a short report on a related new science concept connected to the unit.

Assessment

  • Formative: Observation during game and discussion; note student articulation and engagement levels.
  • Self-Assessment: Students reflect using “I can…” statements aloud or written in journals.
  • Extension Assessment: Evaluate completed portfolios or presentations for depth of understanding and creativity.

Teacher Reflection (Optional)

  • Did students meet the success criteria?
  • Which review methods engaged them most?
  • How effective was the dyslexia-friendly material?
  • How might the portfolio extension further support individual learning needs?

This careful structure ensures that students revisit and consolidate their science learning while fostering communication skills and self-reflection, perfectly aligned with Alberta's Science Curriculum and approaches to differentiated, inclusive education.

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