Discovering Science

Overview

Grade Levels: 1-7 (adaptable for each grade within the age-appropriate Alberta Science Curriculum)
Duration: 30 minutes
Class Size: 2 students
Unit: Exploring the Wonders of Science
Lesson 1 of 10
Lesson Title: Introduction to Science

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Alberta Curriculum Alignment

Relevant Programs of Study

• Grades 1-3: Science - Understanding Life Systems & Exploring Structures and Materials
  • General Outcome: Develop an awareness of science as inquiry.
  • Specific Outcome: Understand that science is about exploring, observing, and asking questions about the natural world.
• Grades 4-7: Science - Understanding Structures and Forces, Understanding Life Systems, Understanding Matter and Energy
  • General Outcome: Demonstrate an understanding of science as a way of knowing and exploring the world.
  • Specific Outcome: Identify branches of science and their areas of study and relate scientific knowledge to everyday life.

Competencies Addressed

• Critical thinking (Planning and Conducting Investigations)
• Communication (Oral and visual communication of ideas)
• Personal and Social Responsibility (Understanding the role of science in society)

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Learning Objectives

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

• I can explain what science is in my own words. (Grades 1-7 – varying language complexity)
• I can name at least three branches of science.
• I can explain why science is important in everyday life.

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Success Criteria

• Students can correctly define science as exploring and learning about the natural world.
• Students can list three branches of science (e.g., Biology, Chemistry, Physics) using simple and clear examples.
• Students explain one way science affects daily life (e.g., understanding plants, weather, or materials).

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Materials Needed

• Large print, colour-coded branch of science cards (Biology – green, Chemistry – blue, Physics – red, Earth Science – brown, etc.)
• Visual posters showing examples of each branch in real life (with images and keywords)
• Hands-on items related to branches (e.g., leaves for biology, simple chemical mixing kits, magnets for physics)
• Dyslexia-friendly reading materials with increased spacing, font size 16+, and sans-serif fonts
• Whiteboard or chart paper with markers
• Timer or clock

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Lesson Sequence

1. Introduction (5 minutes)

• Welcome students warmly; briefly ask: What do you think science is?
• Explain: Science is all about exploring the world around us by asking questions and finding answers.
• Use simple “I can …” phrases to frame the learning. Example:
  • “I can ask questions about the world.”
  • “I can find answers through exploring and experiments.”

2. Direct Instruction and Visual Exploration (10 minutes)

• Show the colour-coded cards for the branches of science. Briefly explain:
  • Biology (green) – the study of living things like plants and animals.
  • Chemistry (blue) – understanding materials and how they change.
  • Physics (red) – how things move and interact (like magnets and light).
  • Earth Science (brown) – the study of the Earth, weather, and rocks.
• Associate each branch with hands-on objects or pictures to engage tactile and visual learners.
• Relate branches to everyday examples, e.g., how biology helps us grow healthy food.

3. Guided Practice (8 minutes)

• Invite each student to pick one science card and share what they see or feel on the card or with the object.
• Use a simple matching game: match the branch cards to everyday examples or pictures on the board.
• Ask: “Why do you think this type of science helps us?” Encourage thoughts like "Biology helps us understand animals," etc.

4. Independent Expression & Questioning (5 minutes)

• Students take turns completing the sentence: “Science is important because…” with your support.
• Write their responses on a whiteboard or chart paper in large print (colour-coded by branch).
• Reinforce vocabulary with colour and shape-coded sentence strips for dyslexia support.

5. Wrap-up and Reflection (2 minutes)

• Review: “Let’s remember three branches of science we learned today.”
• Ask students to say one thing they will remember about science.
• Preview the next lesson briefly (e.g., “Next time, we will do a fun experiment to see science in action!”).

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Differentiation Strategies

• For students requiring support: Use colour-coded visuals, hands-on manipulatives, and repeat key words with multi-sensory approaches. Write sentences with large print and highlight keywords in colour.
• For students with dyslexia: Provide all reading materials in dyslexia-friendly font and format; use bold headings; keep instructions short and clear; use oral instructions and demonstrations over lengthy text.
• For ELL (English Language Learners): Use simplified vocabulary, more visuals, and repeat key phrases. Pair vocabulary cards with pictures/icons.

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Extension Activity (for advanced learners)

• Research a chosen branch of science at home or with a computer/tablet under supervision.
• Prepare a short oral or visual presentation about what makes that branch interesting.
• Encourage them to bring an example or drawing connected to that branch for sharing with the class.

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Assessment

• Formative: Observe student participation in discussions and matching activities. Note ability to identify branches and relate them to daily life.
• Checklist:
  • Can the student name three branches of science?
  • Can the student explain why science is important?
• Exit Ticket: Students state aloud or draw one branch of science and one way it helps people.

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Teacher Reflection Notes

• Were students engaged with the hands-on materials? Did colour-coding aid understanding?
• Did the dyslexia-friendly materials and differentiated instructions make the content accessible?
• How well did students link science branches with real-life examples?
• Adjust subsequent lessons based on student feedback and interests.

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Thank you for pioneering innovative teaching practices with this engaging and accessible approach to science!