Most of the major topics in the course are developed through the laboratory setting. A variety of approaches are used including established laboratory investigations as well as opportunities to conduct investigations that are student-designed. Concepts studied include biochemistry, cell biology, taxonomy, physiology, genetics, ecology, homeostasis and disease. Connections are made between these biological concepts and students' lives. It is recommended that a student concurrently study at least a full year of academic or advanced algebra.
Emphasis is placed on experimentation and observation as the basis for knowledge of chemistry.
The unifying principles of chemistry are developed in a logical way, with laboratory investigations providing a basis for this development. This course is structured to build a strong scientific background in physics through a concentrated study of basic physical concepts. The study of these concepts and their applications to universal phenomena are stressed. Major topics include light and wave motion, mechanics, energy, electricity and magnetism, and modern physics. Emphasis is given to laboratory investigation as a means of developing these concepts.