Major units include:
Adaptations
In this life science unit, students learn about Charles Darwin and his theory of natural selection. They investigate several examples of the fascinating structures and behaviors of organisms related to their varying environments. Students use their knowledge to then design and create a futuristic animal that must fit and survive on new planets with unique climates.
Structures – Integrated STEM Unit
The students design, build and test various structures in relation to strength and purpose. Local and nationally recognized bridges and other structures are also used to investigate basic engineering principles. Students are presented with an engineering challenge to design and construct a truss style bridge out of Popsicle sticks and glue. They use West Point Bridge Builder software to first design and test a model before constructing their final bridge. Bridges are load tested, then analyzed.
Earth’s Structure and Plate Tectonics
In this unit, students begin by getting to know the earth inside and out through an investigation into the structure of the earth. They will learn about Earth’s constantly changing surface and develop an understanding of what causes the ground to shake violently, volcanoes to erupt and great mountain ranges to rise to incredible heights through a study of plate tectonics.
Chemistry
Atomic Structure, the Periodic Table of Elements, the Law of Conservation of Mass, phases of matter, simple chemical reactions and pH levels are topics covered in this introductory chemistry unit. Students follow the scientific method to conduct various chemistry experiments to explore physical and chemical changes.
Genetics
In this life science unit, students learn about the basics of hereditable traits. Students take an inventory of their own observable traits and compare them with the population of their classmates. They investigate dog DNA and through random selection, interpret genotypes to create dogs with varying phenotypes.
Super Science Experiments
As a final science project at Tenacre, students independently investigate a science topic in which they are interested. After researching the topic, the student selects a question to answer through experimentation, designs the experiment, records and analyzes results and draws conclusions.