a level h2 math tuition

Improve 2 Grades Or More

Our JC H2 Math tuition builds a solid foundation in concepts and problem-solving techniques. Learn how to apply formulas effectively and tackle challenging questions with clarity and precision.

Worried about not doing well in H2 Math?

H2 Math Tuition, is it needed? In Odyssey Math, in addition to focusing on students’ mathematical concepts and the difficulties they faced understanding mathematics, Mr Tan will always try his best to motivate his students and at the same time identify weaknesses and gaps in his students’ mathematical understanding. The key to teaching is not only to just go through mathematics during the 2 hours class but also to be genuine in helping students during and even after lessons. Mr Tan seeks to work with his students and provide them the necessary support as much as possible. For H2 Math, the key to doing well is to apply the right concepts and do enough practice questions to hone their math foundation.

Math tuition that provides
FREE e-learning for enrolled students

Affordable, no hidden charges, no registration and administrative fees.

First lesson is a free trial. No obligations to continue!

Math resources for all the math help you need

Free online math videos (see below!) for our enrolled students, totally free.

Small class size of 6 to 8, no such thing as large classes.

We ensure that even after tuition, students still get their questions answered.

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Hours of Development, Specially Curated For Our Math Students

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Math Topical Videos, Topical Mock Papers, Exams and Crash Courses for Secondary Math (G2/G3/IP)

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Math Topical Videos, Topical Mock Papers and Exams For H2 Math

Why H2 Math Tuition is Important

H2 Math is rigorous and fast-paced, requiring more than just memorization. Students must master concepts, apply them to complex problems, and explain their reasoning clearly. Without the right guidance, many struggle with the steep jump from O-Level to JC math.

Common Struggles Faced by Students

Many JC students face challenges transitioning into H2 Math. Some common issues include:

Our Teaching Approach

We go beyond rote learning. At Odyssey Math Tuition, we focus on deep understanding, targeted practice, and step-by-step guidance tailored to each student’s needs. Lessons are structured to simplify tough concepts, build confidence, and improve performance.

What We Offer

Break down complex topics into manageable steps

Save time and improve retention with focused notes

Timed and topical questions to build exam readiness

Learn proven methods to tackle tough questions under pressure

1,000
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1) Secondary 3 Additional Mathematics (yearly access)

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2) Secondary 4 Additional Mathematics (yearly access)

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3) Secondary 3 Elementary Mathematics (yearly access)

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4) Secondary 4 Elementary Mathematics (yearly access)

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5) Free A/E Math Mini Course (Login to Enroll For Free)

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7) Secondary 1 Mathematics (yearly access)

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8) Secondary 2 Mathematics (yearly access)

H2 Math Tuition

H) H2 Math Question Bank (Pure Math + Statistics)

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results oriented

Why Odyssey Math?

Our aim is to ensure that students do well for secondary 1 mathematics. Here in Odyssey Math, so long as students follow our guidance and make use of our resources, doing well for math is definitely possible. Being results oriented means to constantly encourage and motivate our students to never give up in mathematics. Sometimes, a little encouragement goes a long way. Students putting in the necessary effort and stick with our plan will be able to do well for math.

Experienced and Qualified Math Tutor

Mr Tan has 11 years of math coaching experience with a math degree (distinction) from NUS in 2018. Ever since he finished his national service, he started to provide 1 to 1 math tuition to students. Whether is it students who failed mathematics or students who are already good in mathematics, Mr Tan has handled all of them. He understands students’ frustrations when it comes to learning mathematics. Sometimes, lessons in school can be too quick for students to handle. Mr Tan will be able to manage the pace of the lesson and explain math concepts simply so that his students can learn math better. 

Our H2 Math Tuition Structure

Our H2 Math Tuition structure is broken down into 4 phases below. Students will gain conceptual understanding of topics, thereafter practice in class and will be assigned homework to be reviewed in subsequent lessons. Topical tests will be given to test their aptitude in the topics learnt after which we will review with them and resolve misconceptions and weaknesses in concepts.

H2 Math Topics Covered

  • Basic Vectors

  • Vector Representation in 3D

  • Vector Calculations in 3D

  • Direction Cosines

  • Collinearity

  • Ratio Theorem

  • Coplanar Vectors

  • Scalar product of 2 vectors

  • Scalar product of 2 vectors and angles

  • Angle specified with 3 points

  • Perpendicular Vectors

  • Projection Vectors

  • Cross Product of 2 Vectors

  • Cross Product of Vectors For Perpendicular Distance

  • Geometric Interpretation

  • Vector Equation of Lines

  • Vector Equation of Planes

  • Parametric Equation of Planes

  • Standard Vector Equation of Planes

  • Foot of Perpendicular to a Line and Reflection

  • Distance From a Point to a Line

  • Foot of Perpendicular to a Plane and Reflection

  • Distance From a Point to a Plane

  • Angle between 2 Lines

  • Intersection of 2 Lines in 3D

  • Perpendicular Distance Between 2 Parallel Lines

  • Angle between a line and a plane

  • Intersection of a line and a plane

  • Line lies on a plane

  • Length of projection of line onto a plane

  • Angle between 2 planes

  • Intersection between 2 planes

  • Perpendicular Distance Between 2 Parallel Planes

  • Domain and Range

  • Vertical Line Test

  • Periodic Functions

  • Composite Functions

  • Inverse Functions

  • Solving Point of Intersection of Function and its Inverse

  • Self-Inverse Functions

  • Graph of Ellipses

  • Graph of Hyperbolas

  • Graph of Rational Functions

  • Graph of Quadratic over Linear

  • Axis of Symmetry

  • Asymptotes

  • Transformations

  • System of Linear Equations

  • Solving Equations

  • Properties of Inequalities

  • Modulus Function

  • Representing Intervals

  • Solving Inequalities

  • Sequence

  • Series

  • Method of Difference

  • Standard Series

  • Convergence and Sum to Infinity

  • Arithmetic Progression and Series

  • Geometric Progression and Series

  • Complex Numbers

  • Four Operations of Complex Numbers

  • Conjugate of a Complex Number

  • Equality of Complex Numbers

  • Complex Number Equations

  • Simultaneous Equations involving Complex Numbers

  • Conjugate roots of a Polynomial Equation with Real Coefficients

  • Argand Diagram

  • Polar Form

  • Argument of z

  • Euler’s Formula

  • Multiplication and Division of two complex numbers

  • Conjugate in Polar and Exponential Form

  • Properties of Modulus and Argument

  • Differentiation from First Principles

  • Rules of Differentiation

  • Derivatives of Common Functions

  • Interpretation of First Derivative

  • Interpretation of Second Derivative

  • Nature of Stationary Points

  • Graph of Gradient Function

  • Implicit Differentiation

  • Parametric Equations

  • Parametric Differentiation

  • Tangents and Normals

  • Maxima and Minima

  • Connected Rates of Change

  • Maclaurin Series

  • Standard Series Expansion 1

  • Standard Series Expansion 2

  • Standard Series Expansion 3

  • Standard Series Expansion 4

  • Standard Series Expansion 5

  • Approximation using Maclaurin Series

  • Small Angle Approximation

  • Maclaurin Series for other functions

  • Basic Rules of Integration

  • Why is there a Modulus for ln

  • Basic Form and General Form

  • Identities and Double Angle Formula

  • Factor Formula

  • Definite Integrals

  • Integration using Substitution

  • Integration by Parts

  • Definite Integral as Limit of Summation

  • Definite Integral in Finding area under curve

  • Definite Integral in finding Volume of Revolution

  • Differential Equations

  • Solving Differential Equations

  • Solving Differential Equations by Substitution

  • Formulation of Differential Equations

  • The Addition Principle

  • The Multiplication Principle

  • Combinations

  • Permutations

  • Circular Permutations

  • Practice Questions

  • Random Experiments

  • Properties of Sets

  • Probability

  • Probability Distribution

  • Mutually Exclusive Events

  • Conditional Probability

  • Independent Events

  • Probability Tree

  • Probability Examples

  • Random Variables

  • Discrete Random Variables

  • Expectation of Discrete Random Variables

  • Functions of Discrete Random Variables

  • Variance and Standard Deviation of Discrete Random Variable

  • Linear Combination of Independent Random Variables

  • Binomial Experiment

  • Binomial Random Variable

  • Binomial Distribution

  • Continuous Random Variable

  • Normal Distribution

  • Normal Curve and its Properties

  • Normal Probabilities and GC Use

  • Inverse Normal and GC Use

  • Standard Normal Distribution

  • Properties of Expectation and Variance of Random Variables

  • Properties of Independent Normal Random Variables

  • Random Variable 2X vs X1 + X2

  • Normal Distribution Practice Questions

  • Population and Sample

  • Random and non-random sampling

  • Population mean and population variance

  • Random sample of size n and sample statistics

  • Estimates of Population Parameters

  • Use of GC to find unbiased estimates

  • Sample Mean as a Random Variable

  • The Distribution of the Sample Mean

  • Sampling from a Normal Population

  • Central Limit Theorem

  • Null and Alternative Hypothesis

  • Level of Significance

  • Test Statistics

  • Critical Value and Critical Region

  • p value

  • z value

  • Hypothesis Tests on Population Mean

  • Hypothesis Testing Practice Questions

  • Relationship between variables

  • Scatter Diagram

  • Interpreting Scatter Diagram

  • Product Moment Correlation Coefficient

  • Product Moment Correlation Coefficient Properties

  • Correlation does not imply Causation

  • Linear Regression

  • Application and Interpretation

  • Linearization of Data

What Our Students Have to Say about Odyssey Math Tuition