Math Courses

Ready to see your math skills come to life? In this project-based math class, you will explore concepts from Algebra I, Algebra II, Geometry, Trigonometry, and Statistics through hands-on projects that integrate technology, robotics, and coding. You won't just solve problems on paper. You will work in teams to bring your ideas to life.

This course is designed for students to learn more about the different types of engineering through experience and hands-on activities. Students will work in groups to brainstorm and develop solutions to various engineering problems.

This course is designed for students who want to learn the math behind magic and other mysteries. Students will learn related concepts including probability, sets, topology, and other branches of mathematics.

This course is designed for students who need additional support in building foundational math skills after not meeting proficiency in 8th-grade math and the 8th-grade Math OST.

This course is the foundation for all future math courses. This course integrates algebra topics with applications, statistics, probability, and geometry. The course includes graphing lines and the study of functions, systems of equations and inequalities, polynomials, and square roots.

This course is the foundation for all future math courses. Students learn algebra topics integrated with applications, statistics, probability, and geometry.

This course will help prepare students for rigorous math concepts and content. There is a continuation of some algebraic concepts from grade nine and a traditional Algebra II course.

This course will help prepare students for rigorous math concepts and content. There is a continuation of some algebraic concepts from grade nine and a traditional Algebra II course. The honors level is designed as an accelerated academic offer whose purpose is to prepare students for college courses.

Algebra III will build on the topics taught in previous Algebra courses and include some introductory topics for pre-calculus and trigonometry.

This course will emphasize geometry and include algebraic representations in geometry. Instruction consists of a study of plane and solid geometry, and analytic geometry with an emphasis on proof, data, and probability are further developed in the areas of data collection, statistical methods, and probability.

The concept's emphasis is on geometry and includes algebraic representations in geometry. Instruction consists of a study of plane and solid geometry, and analytic geometry with an emphasis on proof, data, and probability are further developed in the areas of data collection, statistical methods, and probability.

This advanced course prepares students for the study of calculus by exploring key pre-calculus and introductory calculus concepts. Topics include limits, continuity, the fundamentals of differentiation, and an introduction to integration. 

This course presents integrated topics in algebra and trigonometry in preparation for a later course in calculus. The central theme is a study of functions: polynomial, exponential, logarithmic, and trigonometric, emphasizing practical applications wherever possible.

This course is designed for students who plan to study science, mathematics, engineering, and/or architecture in four-year institutions. Students will study skills dealing with trigonometric functions and analytical geometry.

This course is designed to examine different problem-solving strategies. Emphasis will be placed on the “how.” Students will explore problem-solving styles, including guess-and-check, eliminating possibilities, making lists and charts, and logic-type problems.