• microscope

     
  • The SPS Science curriculum offers progressive learning in all three major fields of scientific study:  physical, earth, and life sciences.  Key subject areas are revisited annually with increasing complexity as students advance in grade level.  A dedicated STEAM committee explores new avenues each year for additional learning in the areas of Science, Technology, Engineering, Arts & Math.

    Curriculum highlights include:

    • Mastery of the Scientific Method:  Inquire, Research, Hypothesize, Experiment, Analyze and Conclude.
    • Discrepant demonstrations to introduce new science concepts and challenge student knowledge of scientific principles
    • Introduction of Science in Kindergarten
    • Weekly labs in the higher grades designed to promote mastery of key science concepts
    • Progressively more complex hands-on projects and experiments beginning in the Lower Grades.  Examples include:
      • Grades 1-4
        • Major organ introduction through “Paper People”
        • Building and study of various models including animal habitats, human bones and lungs, plant & animal cells, and amusement parks (to study gravity and potential and kinetic energy)  
        • Plant Web Quest highlighting growth, survival and reproduction
        • “Hurricane" tracking using latitude/longitude coordinates and hurricane "safe house" modeling to analyze the effects of water and wind on house strength
        • Experiments demonstrating electrical circuits, static electricity, magnetism, liquid density, force, buoyancy, changing states of matter, and friction’s effect on moving objects 
      • Grades 5-8:
        • Hydroponic lab activities
        • Bone density experiments
        • DNA modeling
        • Rocket construction, launch and analysis
        • Sound wave study
        • Trebuchet and catapult testing
        • Hot air balloon experiments (study of gas laws)
        • "Tower of Power" experiments (study of tensile and shearing forces) 
        • Fossil casting
        • Study of internal organs using life-size human model