IB Biology is a general scientific study of living organisms. The course focuses on human biology and the impact of policies and practices as related to medicine, agriculture, pollution and genetics. IB Biology SL is well suited to the student who is interested in biology but whose principle interests are in other subjects. IB Biology SL students are expected to engage in laboratory investigations and group projects as part of the course requirements. IB Biology HL continues the IB Biology sequence by taking a deeper look at the molecular and biochemical aspects of Biology along with evolution, plant study, and genetics.

Physics is the most fundamental of the experimental sciences and a foundation for the study of the universe itself, from the smallest particles, quarks, to the vast distances between galaxies. Students study a combination of theories such as Newtonian mechanics, electromagnetism and thermodynamics; quantum mechanics and general relativity; Lap Lace's chaos theory with observation, experimentation, and scientific processes. In this course, students will learn the technological and physical aspects of the natural world and discuss the profound impact physics has had on society, including the moral, ethical, social, economic, and environmental implications of the work of physicists.

Students enrolled in the IB Environmental Systems will learn to appreciate the dynamic interconnectedness between environmental systems and societies, develop awareness of the diversity of environmental value systems, and create innovative solutions to environmental issues by engaging actively in local and global contexts. Students will also prepare for the IB ESS exam.

IB Chemistry SL ensures that the requirements of IB students who wish to enter higher education in the sciences are met. This course consists of a subject-specific core of study, in addition to the Group 4 Project. The core of study provides an excellent foundation in chemistry for all students as well as opportunities to explore chemistry within a global context. Students are challenged to consider the moral, ethical, social, economic and environmental implications of using science and technology. IB Chemistry HL builds upon the content by exploring topics in greater detail and by broadening the area of study to include theoretical aspects of chemistry and practical laboratory experiences. The course includes the study of two topics, one of which is organic chemistry. Each topic involves thirty hours (30) of study.