🔬 MYP General Science – Comprehensive Course Summary

📌 Subject Overview

MYP General Science provides students with foundational knowledge across biology, chemistry, and physics. The course emphasizes curiosity-driven inquiry, critical thinking, and understanding the relationship between science and society.

🌟 Key Features

• 🧪 Integrated Approach: Combines biology, chemistry, and physics in a cohesive curriculum.

• 💡 Inquiry-Based Learning: Encourages exploration and scientific investigation.

• 🌍 Societal Impact: Highlights science's role in addressing global issues.

🎯 Aims and Objectives

• 🔍 Foundational Understanding: Develop key principles across core scientific disciplines.

• ❓ Curiosity and Inquiry: Foster investigative skills through experimentation.

• 🧠 Critical Thinking: Enhance critical evaluation and ethical considerations in scientific contexts.

• 🌱 Societal Awareness: Promote awareness of science's environmental and societal impacts.

📖 Curriculum Content

🧬 Biology

• Cell Structure

• Ecosystems

• Human Body Systems

• Genetics

⚗️ Chemistry

• States of Matter

• Atomic Structure

• Chemical Reactions

• Acids and Bases

⚙️ Physics

• Forces

• Motion

• Energy

• Waves

• Electricity

🔍 Scientific Methods

• Experimental Design

• Data Collection and Analysis

🌐 Global Contexts

• 🚀 Scientific and Technical Innovation: Examining science's influence on technological advancements and societal change.

• 🌿 Globalization and Sustainability: Investigating science’s role in environmental solutions.

• 🤝 Identities and Relationships: Analyzing ethical implications of scientific breakthroughs like genetic engineering.

📑 Text Types and Resources

📄 Scientific Articles and Reports

• Scientific Articles

• Research Reports

• Case Studies

🧪 Lab Resources

• Lab Manuals

• Experiment Guides

• Data Charts

📺 Multimedia Resources

• Documentaries

• Science Podcasts

• Simulation Tools

📊 Reading and Data Analysis

• 📈 Analyzing Experimental Data: Identifying trends and anomalies.

• 📉 Interpreting Visual Information: Reading graphs, tables, and diagrams.

• 🔄 Comparing Models to Reality: Differentiating scientific theories from observed phenomena.

🖊️ Writing Skills Development

• 📝 Lab Reports: Articulating clear hypotheses, methodologies, and findings.

• 📚 Research Papers: Exploring scientific innovations and impacts.

• 📔 Reflective Journals: Documenting personal reflections on scientific learning and experiments.

🎤 Oral Communication Skills

• 🗣️ Presenting Findings: Clearly communicating experimental results.

• 👥 Group Discussions: Engaging in discussions about ethical issues in science.

• 🔬 Science Fairs: Showcasing projects and experiments publicly.

📏 Assessment Criteria

• 🧠 Criterion A: Knowing and Understanding: Demonstrating mastery of scientific concepts.

• ❓ Criterion B: Inquiring and Designing: Crafting research questions and experiments.

• 📈 Criterion C: Processing and Evaluating: Analyzing data to derive conclusions.

• 🌍 Criterion D: Reflecting on Science’s Impacts: Assessing science’s social, ethical, and environmental implications.

🔗 Interdisciplinary Units (IDUs)

• 🌎 Science and Geography: Exploring climate change impacts.

• ➗ Science and Mathematics: Analyzing experiment-related statistics.

• ⚙️ Science and Design: Creating prototypes for sustainability (e.g., solar energy solutions).

🚀 Sample Projects

• ♻️ Eco-Friendly Invention: Designing and testing sustainable solutions.

• 🦠 Disease Research Report: Studying disease transmission and prevention strategies.

• 💡 Energy Efficiency Study: Comparing energy consumption across various materials and devices.

📌 Assessment Tasks

• 🔍 Lab Report: Comprehensive experiment documentation.

• 🎙️ Research Presentation: Communicating scientific discoveries.

• 📝 Scientific Essay: Critical examination of ethical dilemmas in scientific advancements.

• 📉 Data Analysis: Interpreting experimental data to inform recommendations.

✅ Summary

MYP General Science equips students with essential scientific literacy, critical thinking, and problem-solving skills, preparing them to address complex scientific questions and engage responsibly with global scientific challenges.