Life Science

Duration

Annual

Prerequisites

None

Requirements

None

Course Summary

In M/J Life Science, students discover the intricate features and complexities of living things and how all life on Earth is interconnected. Throughout this two-segment course, students explore topics including cells, organization of life, genetics, the human body, energy needs, and ecology. Through virtual tours and 3-D learning experiences, students dive into history and explore how living things have changed over millions of years. This course provides opportunities to build scientific models, perform research, and complete lab investigations, each of which supports the development of critical thinking and problem-solving skills. Through virtual simulations, hands-on investigations, and collaborative opportunities, students will build an understanding of life on Earth that will enhance their understanding of the world around them.

MAJOR TOPICS AND CONCEPTS

Segment One

Module 01: What Is Life??

  • Scientific investigations and the scientific method
  • Experimental design
  • The cell theory
  • Structure and function of cell organelles
  • Homeostasis at the cellular level

 

Module 02: Organization of Life

  • The Linnaean system of classification
  • Taxonomy
  • Domains and kingdoms
  • Organization of organisms
  • Data analysis


Module 03: Cell Division and Genetics

  • Function of deoxyribonucleic acid (DNA)
  • Structure and function of chromosomes
  • Heredity and traits
  • Sexual and asexual reproduction
  • Cell division: mitosis and meiosis
  • Patterns of inheritance
  • Genetic probabilities with Punnett squares and pedigrees


Segment Two


Module 04: Body Systems and Health

  • Functions of major body systems
  • Homeostasis
  • Types of pathogens
  • Cellular respiration
  • The law of conservation of energy
  • Impacts of biotechnology


Module 05: Changes Over Time

  • The scientific theory of evolution
  • Fossil evidence as support for the scientific theory of evolution
  • Differences between scientific theories and laws
  • The effect of genetic variation on changes in organisms
  • Adaptations and extinction
  • Advantages and disadvantages of biotechnology
  • Conditions required for natural selection


Module 06: Ecology and Energy Flow

  • The process of photosynthesis
  • The carbon cycle
  • Benefits and limits of scientific models
  • The roles of producers, consumers, and decomposers in an ecosystem
  • Energy transfer through a food web and trophic levels
  • The relationship between photosynthesis and cellular respiration
  • Symbiosis and organism relationships
  • Limiting factors in an ecosystem

How Life Science supports student success

In Life Science, students build subject knowledge through structured online lessons, guided practice, and regular feedback from qualified teachers. The course supports flexible study while maintaining clear academic expectations and steady progress.

Students can revisit learning materials, complete assignments at a manageable pace, and use teacher guidance to strengthen understanding. Families can follow progress while learners develop organization, independent study habits, and confidence.

  • Clear learning goals connect each lesson to the wider course.
  • Activities and assignments help students apply important concepts.
  • Assessments and teacher feedback identify strengths and next steps.
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