MATHEMATICS PROGRAM - Basics to Competitive 11th-12th

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MATHEMATICS PROGRAM - Basics to Competitive 11th-12th
11th & 12th 12 Month

MATHEMATICS PROGRAM - Basics to Competitive 11th-12th

Course Overview

The Mathematics Excellence Program at Alwin Academy is a vertically structured academic framework designed to develop conceptual precision, analytical reasoning, procedural fluency, and competitive readiness from foundational stages to advanced levels. The curriculum progresses systematically across academic stages, ensuring mastery of concepts before advancing toward application-based, case-based, and higher-order mathematical problem solving.

Syllabus & Key Learning Areas

? Mathematics Course Syllabus

Senior Secondary (Class 11 & 12)

Course Objective

  • Develop deep conceptual understanding

  • Build problem solving ability

  • Prepare for Board Exams + Competitive Exams

  • Strengthen logical and analytical thinking


CLASS 11 MATHEMATICS

Module 1: Sets & Relations

Topics:

  • Sets and representation

  • Types of sets

  • Subsets & power set

  • Venn diagrams

  • Union, intersection, difference

  • Complement of a set

  • Relations

  • Types of relations

Assessment:

  • Concept MCQs

  • Venn diagram reasoning problems


Module 2: Functions

Topics:

  • Definition of function

  • Domain & range

  • Types of functions

    • One-one

    • Onto

    • Into

  • Composite functions

  • Inverse functions

Assessment:

  • Domain-range puzzles

  • Graph interpretation


Module 3: Trigonometry

Topics:

  • Trigonometric ratios

  • Trigonometric identities

  • Compound angle formulas

  • Transformation formulas

  • Trigonometric equations

  • Graphs of trigonometric functions

Assessment:

  • Identity proof questions

  • Equation solving


Module 4: Complex Numbers

Topics:

  • Imaginary numbers

  • Algebra of complex numbers

  • Argand plane

  • Modulus and argument

  • Polar form

  • Square roots of complex numbers

Assessment:

  • Algebraic manipulation

  • Geometric interpretation


Module 5: Quadratic Equations

Topics:

  • Standard form

  • Nature of roots

  • Relationship between roots and coefficients

  • Formation of quadratic equations

  • Inequalities

Assessment:

  • Root based reasoning

  • Parameter based problems


Module 6: Sequences & Series

Topics:

  • Arithmetic progression

  • Geometric progression

  • Sum of series

  • Infinite GP

  • Special series

Assessment:

  • Word problems

  • Pattern recognition


Module 7: Permutations & Combinations

Topics:

  • Factorial notation

  • Permutations

  • Circular permutations

  • Combinations

  • Selection problems

Assessment:

  • Logical counting problems


Module 8: Binomial Theorem

Topics:

  • Binomial expansion

  • General term

  • Middle term

  • Greatest term

  • Properties of binomial coefficients

Assessment:

  • Expansion based problems

  • Term identification


Module 9: Coordinate Geometry

Topics:

  • Distance formula

  • Section formula

  • Area of triangle

  • Straight line equations

  • Slope concept

  • Angle between lines

Assessment:

  • Coordinate proofs

  • Geometry reasoning


Module 10: Limits & Introduction to Calculus

Topics:

  • Intuitive idea of limits

  • Standard limits

  • Continuity concept

Assessment:

  • Limit evaluation


Module 11: Statistics

Topics:

  • Measures of central tendency

  • Mean

  • Median

  • Mode


Module 12: Probability

Topics:

  • Random experiments

  • Events

  • Probability rules

  • Conditional probability


CLASS 12 MATHEMATICS

Module 1: Relations & Functions

Topics:

  • Types of relations

  • Equivalence relations

  • Functions classification

  • Composite functions

  • Inverse trigonometric functions


Module 2: Matrices

Topics:

  • Types of matrices

  • Matrix operations

  • Transpose

  • Symmetric and skew symmetric matrices

Assessment:

  • Matrix algebra


Module 3: Determinants

Topics:

  • Determinant expansion

  • Properties of determinants

  • Cofactors

  • Adjoint of matrix

  • Inverse of matrix

  • Solving linear equations

Assessment:

  • Determinant simplification


Module 4: Continuity & Differentiability

Topics:

  • Continuity

  • Differentiation

  • Derivatives of functions

  • Chain rule

  • Implicit differentiation

  • Logarithmic differentiation

Assessment:

  • Differentiation techniques


Module 5: Applications of Derivatives

Topics:

  • Increasing and decreasing functions

  • Maxima and minima

  • Tangent and normal

  • Rate of change

Assessment:

  • Real life optimization problems


Module 6: Integrals

Topics:

  • Indefinite integrals

  • Substitution method

  • Partial fractions

  • Definite integrals

  • Properties of definite integrals

Assessment:

  • Integration techniques


Module 7: Applications of Integrals

Topics:

  • Area under curves

  • Area between curves


Module 8: Differential Equations

Topics:

  • Formation of differential equations

  • Variable separable equations

  • Homogeneous equations


Module 9: Vector Algebra

Topics:

  • Vector basics

  • Dot product

  • Cross product

  • Projection of vectors


Module 10: 3D Geometry

Topics:

  • Direction cosines

  • Equation of line in space

  • Shortest distance

  • Angle between lines


Module 11: Linear Programming

Topics:

  • Formulation of LPP

  • Graphical method

  • Feasible region

  • Optimization


Module 12: Probability

Topics:

  • Conditional probability

  • Bayes theorem

  • Random variables

  • Probability distributions


Teaching Methodology (For Academy Structure)

1?? Concept Building
2?? Illustrative Problems
3?? Guided Practice
4?? Assignment Sheet
5?? Weekly Assessment
6?? Monthly Concept Test
7?? Olympiad/JEE Level Problems

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