Ontario Curriculum
Canada's TOP Universities (including the University of Toronto, Waterloo, Western, Queens, etc.) have ultra-high admission standards for programs like Pre-Med Sciences, Engineering, Computer Science, and Business. A student is expected to have high school grades average of 90% or higher and often require Calculus and Vectors(MCV4U) and/or Advanced Functions(MHF4U).

Source: Ontario Ministry of Education Website
High School Prep
High School Prep course is designed to develop and solidify students’ understanding of numbers, algebra, and geometry. We focus on creating a strong foundation necessary for students to succeed in high school math.
What you will learn
Unit 1 : Number Sense and Operations
Unit 2 : Algebraic Expressions
Unit 3 : Equations and Inequalities
Unit 4 : Working with Data
Unit 5 : Foundations of 2D and 3D Dimensions

Grade 9
Grade 9 curriculum covers a diverse range of topics designed to build a strong foundation for higher-level mathematical understanding. Students typically explore concepts in algebra, geometry, and numeracy, delving into areas such as linear relations, equations, polynomials, and quadratic functions. The curriculum also includes the study of proportional reasoning, analytic geometry, and mathematical modeling.
* We do not cover Financial Literacy and Coding
What you will learn
Unit 1: Working with Numbers
Unit 2: Algebra
Unit 3: Linear Equations
Unit 4: Data Management
Unit 5: Linear Relations
Unit 6: Geometry
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Grade 10
In Grade 10 Academic mathematics, students continue to build upon the foundational concepts introduced in previous grades, expanding their understanding and proficiency in various mathematical domains. The curriculum typically covers various topics, including advanced algebra, geometry, and trigonometry.
What you will learn
Unit 1: Linear Systems
Unit 2: Analytic Geometry
Unit 3: Quadratic Expressions
Unit 4: Quadratic Relations
Unit 5: Trigonometry

Grade 11
In Grade 11 University mathematics, students delve deeper into advanced mathematical concepts, expanding their knowledge and skills in preparation for more specialized study in Grade 12 and beyond. The curriculum typically focuses on three main strands: Functions, Advanced Functions, and Data Management.
What you will learn
Unit 1: Equivalent Algebraic Expressions
Unit 2: Representing Functions
Unit 3: Quadratic Functions
Unit 4: Trigonometric Functions
Unit 5: Periodic Functions
Unit 6: Exponential Functions
Unit 7: Sequences and Series
Unit 8: Financial Math

Grade 12
In Grade 12 University mathematics, students comprehensively explore advanced mathematical concepts that aim to develop their analytical thinking and problem-solving skills further. The curriculum typically comprises courses such as Advanced Functions and Calculus and Vectors.
What you will learn
Advanced Functions
Unit 1: Polynomial Functions
Unit 2: Rational Functions
Unit 3: Trigonometric Functions
Unit 4: Logarithmic Functions
Unit 5: Combining Functions
Unit 6: Rates of Change
Calculus and Vectors
Unit 1: Limits and Derivatives
Unit 2: Curve Sketching
Unit 3: Optimization
Unit 4: Derivatives of Sinusoid
Unit 5: Vectors
Unit 6: Vectors Representation
Learning Through Practice
Learning Through Practice Program (LTP) aims to solidify algebraic and analytical skills covered in TMA courses through further practice. Students will use various workbooks during the sessions with a TMA teacher closely monitoring and clarifying concepts. Continued practice of skills in math helps to reduce small errors that can be costly and to foster critical thinking skills required in solving problems. Further, consistent interactions with the monitoring teacher can build communication skills needed to address any difficulties they experience as well as in advocating for themselves when back at school.