Curriculum

Our curriculum is thoughtfully designed to spark curiosity, foster creativity, and make learning truly enjoyable.

KG Grade 1 Grade 2 Grade 3 MDCAT
Biology
  • 1.1 –Viruses
  • 1.2-AIDS and HIV Infection
  • 2.1 Respiration
  • 3.1 Define and classify biological molecules.
  • 3.2- Importance of biological molecules.
  • 3.3 – Biological Importance of Water
  • 3.4 –Carbohydrates
  • 3.5-Proteins
  • 3.6 –Lipids
  • 3.7-Ribonucleic acid (RNA
  • 3.8 Conjugated molecules
  • 3.9 Structure of DNA
  • 3.10. Gene is a sequence of nucleotides(Structure of DNA)
  • 4.1- Cell structure
  • 4.2-Prokaryotic and Eukaryotic cell
  • 4.3-Cytoplasmic Organelles
  • 4.4-Chromosomes
  • 5.1-Receptors
  • 5.2- Neurons.
  • 5.3-Structure of Neuron.
  • 5.4-Nerve Impulse
  • 5.5-Reflexes
  • 5.6-Reflex arc
  • 5.7- Main parts of the brain
  • 5.8- Functions of each part of the brain
  • 6.1-Enzymes
  • 6.2-Mode of Enzyme Action
  • 6.3-Factors that Affect the Rate of Enzyme Reactions
  • 6.4-Inhibitors
  • 7.1-Concept of Evolution
  • 7.2-Lamarckism
  • 7.3-Darwinism
  • 8.1-Human Reproductive system
  • 8.2-Menstrual cycle
  • 8.3-Sexually transmitted diseases
  • 9.1-Human skeleton
  • 9.2- Main characteristics of cartilage and bone
  • 9.3-Muscles
  • 9.4-Skeletal muscles
  • 9.5-Muscle contraction
  • 9.6-Joints
  • 9.7-Arthritis
  • 10.1-Mendel’s laws of Inheritance
  • 10.2-law of independent assortment.
  • 10.3- Gene linkage and crossing over
  • 10.4-Gene linkage and crossing over( progeny)
  • 10.5- Concept of sex-linkage(X-linked Recessive inheritance).
  • 10.6- lnheritance of sex-linked traits.
  • 10.7- inheritance of hemophilia
  • 11.1-Human Heart
  • 11.2-Cardiac cycle and phases of Heartbeat
  • 11.3-Blood Vessels
  • 11.4-Lymphatic system
  • 12.1-Specific Defense Mechanism
  • 13.1- Functions of main part of respiratory system
  • 13.2 -Gaseous exchange in human lungs.
  • 13.3 - Effect of smoking on respiratory system.
  • 14.1-Human digestive system- parts.
  • 14.2- Functions of the main parts of the digestive system.
  • 15.1-Homeostasis (kidney specifically)-organs of urinary system
  • 15.2-Homeostasis (kidney specifically)-events in kidney functioning.
  • 15.3-Functioning of kidneys
  • 15.4-glomerular capillaries and peritubular capillaries
  • 15.5-Causes and treatments of kidney stones.
  • 15.6-Kidney failure.
  • 15.7-Thermoregulation
  • 15.8-Excretion
  • 16.1-Biotechnology and Health Care-Vaccines
  • 16.2-Biotechnology in disease diagnosis
  • 16.3-Biotechnology in disease treatment.
Chemistry
  • 1-Fundamental concepts of Chemistry.
  • Topic 1.1-Moles and Avogadro’s Numbers
  • Topic 1.2-Moles and Avogadro’s Numbers(include stoichiometric calculations)
  • Topic 1.3-Limiting and Excess Reactants
  • Topic 1.4 –Limiting and Excess Reactants(Calculate Maximum Product and Excess Reagent)
  • Topic 1.5 –Yield
  • Topic 1.6 –Yield(Calculation)
  • Topic 2.1-Discovery of Proton
  • Topic 2.2-Planck’s Quantum Theory
  • Topic 2.3– Concept of Orbitals
  • Topic 2.4 –Quantum Number
  • Topic 2.5 –Shapes of orbitals
  • Topic 2.6-Spectrum of Hydrogen
  • Topic 2.7 – Aufbau Principle, Pauli Exclusion Principle, and Hund’s Rule
  • Topic 2.8 –Electronic Configuration
  • Topic 3.1 –Kinetic Molecular Theory(Postulates)
  • Topic 3.2-Kinetic Molecular Theory(motion of gas particles)
  • Topic 3.3 –Standard Temperature and Pressure (STP)
  • Topic 3.4 –Boyle’s Law
  • Topic 3.5 –Charles’s Law
  • Topic 3.6-Absolute Zero
  • Topic 3.7-Ideal Gas Equation
  • Topic 3.8-Unit of “R”
  • Topic 3.9-Real and Ideal Gas
  • Topic 4.1 –Properties Of Liquids based on Kinetic Molecular Theory
  • Topic 4.2 –Evaporation, Boiling point and Vapor Pressure
  • Topic 4.3-Hydrogen Bonding
  • Topic 4.4 – Anomalous Behavior of Water
  • Topic 5.1 – Crystalline Solids
  • Topic 5.2 – Factors That Affect the Shape of an Ionic Crystal
  • Topic 5.3 – Difference between Ionic and Molecular Solids
  • Topic 5.4 – Crystal Lattice
  • Topic 5.5 – Lattice Energy
  • Topic 6.1 – Chemical Equilibrium
  • Topic 6.2 –Macroscopic Characteristics of Chemical Equillibrium
  • Topic 6.3 – Le Chatelier’s Principle
  • Topic 6.4 – Solubility Product (Ksp)
  • Topic 6.5 – Common Ion Effect
  • Topic 6.6 – Buffer Solutions
  • Topic 6.7 –Haber’s Process
  • Topic 7.1 –Chemical Kinetics
  • Topic 7.2 –Chemical Kinetics( Rate of Reaction, and Rate Equation,)
  • Topic 7.3 –Factors affecting rate of reaction
  • Topic 7.4 –Order of Reaction
  • Topic 7.5 – Order of reaction(Activation Energy and Activated Complex)
  • Topic 7.6 – Order of reaction(Apply the Ideas of Activation Energy and Activated Complex to the rate of a Reaction)
  • Topic 7.7– Rate Constant
  • Topic 8.1 – Thermodynamics
  • Topic 8.2: Exothermic or Endothermic Reactions
  • Topic 8.3 –Different Terms Used
  • Topic 8.4 –Internal Energies
  • Topic 8.5 –Law of Thermodynamics
  • Topic 8.6 – Hess’s Law
  • Topic 8.7- Enthalpy
  • Topic 9.1 –Redox Reaction
  • Topic 9.2 – Oxidation and Reduction
  • Topic 9.3 –Balancing Chemical Reaction
  • Topic 9.4 –Cathode, Anode, Electrode Potential, and S.H.E (Standard Hydrogen Electrode)
  • Topic 9.5 -Standard Hydrogen Electrode(S.H.E)
  • Topic 10.1 –VSEPR Theory
  • Topic 10.2 – Sigma and Pi Bond
  • Topic 10.3 –Hybridization
  • Topic 10.4 –Application of VSEPR Theory
  • Topic 10.5 –Dipole Movement
  • Topic 10.6 –Application of Dipole Movement( Ionic Character of a Covalent Bond)
  • Topic 10.7 –Application of Dipole Movement(Physical and Chemical properties of the molecule)
  • Topic 10.8 – Bond Energy
  • Topic 11.1 –Properties and their Trends
  • Topic 11.2 –S-, P-, D- & FBlock Elements
  • Topic 11.3 –Reaction of Group I elements
  • Topic 11.4 – Reactions of Group II Elements
  • Topic 11.5 – Reactions of Group IV Elements
  • Topic 12.1 –Electronic Structure
  • Topic 13.1 – Organic Chemistry and Organic Compounds
  • Topic 13.2 – Classification of Organic Compounds
  • Topic 13.3 – Functional Group
  • Topic 13.4 –Isomerism
  • Topic 14.1- Nomenclature of alkanes
  • 14.2 Define free radical with steps
  • Topic 14.3-Free Radical Mechanism
  • Topic 14.4 – Nomenclature of Alkenes
  • Topic 14.5-Shapes of Alkenes
  • Topic 14.6-Structure and reactivity of Alkenes
  • Topic 14.7-Preparation of Alkanes
  • 14.8 –MOT of Benzene
  • 14.9 –Resonance and Resonance Energy
  • Topic 14.10 –Reactivity of Benzene
  • 14.11 – Chemical Reactions of Benzene( Addition reactions)
  • Topic 14.12-Chemical Reactions of Benzenes(Electrophilic Substitution in Benzene)
  • 14.13 –Chemical Reactions of Benzenes( Chemistry of Benzene)
  • 14.14 –Effect of Substituents
  • 14.15 –IUPAC System of Alkynes
  • 14.16 –Preparation of Alkynes
  • 14.17 – Acidity of Alkynes
  • 14.18 –Reactions of Alkynes
  • 14.19 – Substitution vs Addition
  • Topic 15.1 – Nomenclature of Alkyl Halides.
  • Topic 15.2- Structure and Reactivity of RX (Alkyl Halides)
  • Topic 15.3 – Nucleophilic Substitution Reactions
  • Topic 15.4 – Elimination Reactions
  • 16.1 -Nomenclature and structure of alcohols
  • 16.2-Reactivity of Alcohols.
  • Topic 16.3- Chemistry of alcohols
  • 16.4-Nomenclature and Structure of Phenols
  • 16.5- Reactivity of Phenols
  • 16.6-Alcohols and Phenols
  • 17.1 – Nomenclature and Structure of Aldehydes and Ketones
  • 17.2 – Preparation of Aldehydes and Ketones
  • 17.3 – Reactivity of Aldehydes and Ketones
  • 17.4 – Acid and Base Catalyzed Nucleophilic Addition Reactions
  • 17.5 – Reduction of Aldehydes and Ketones to Alcohols
  • 17.6 – Oxidation of Aldehydes and Ketones
  • 18.1 –Nomenclature, Structure and Preparation of Carboxylic Acid
  • 18.2 – Reactivity of Carboxylic Acid
  • 18.3 –Conversion of Carboxylic Acid
  • 19.1 – Classification of Proteins
  • 19.2 –Importance of Proteins
  • 19.3 – Enzymes as Biocatalysts
  • 20.1-Adhesive
  • 20.2-Dyes
  • 20.3-Polymers
Physics
  • 1.1 Addition of Vectors
  • 1.2 Product of Vectors (Scalar Product)
  • 1.3 Product of Vectors (Vector Product)
  • 2.1 Displacement
  • 2.2 Velocity
  • 2.3 Displacement time-graph
  • 2.4 Acceleration
  • 2.5 Uniform and variable acceleration
  • 2.6 Projectile Motion as Two-Dimensional Motion
  • 2.7 Ideal Projectile
  • 2.8 Horizontal component (VH) constant ( Projectile Motion )
  • 2.9 Acceleration in verticle Direction( Projectile Motion)
  • 2.10 Characteristics of Horizontal and Vertical Motion in a Projectile
  • 2.11 Equations of Uniformly Accelerated Motion ( Projectile Motion )
  • 2.12 Newton's Law of motion
  • 2.13 Newton's Second Law of Linear Momentum
  • 2.14 Newton's third law of motion
  • 2.15 Elastic and Inelastic Collision
  • 2.16 Momentum and Exclusive Forces
  • 2.17 Perfectly Elastic Collision in one dimension
  • 3.1 Work
  • 3.2 Energy
  • 3.3 Kinetic Energy
  • 3.4 Potential Energy
  • 3.5 Absolute Potential Energy
  • 3.6 Power
  • 3.7 Work energy theorem in resistive medium
  • 3.8 Implications of energy losses
  • 4.1 Angular Displacement
  • 4.2 Revolution, Degree, and Radian ( Angular Displacement
  • 4.3 Angular Velocity
  • 4.4 Relation b/w angular and linear quantities
  • 5.1 Terminal Velocity
  • 5.2 Fluid Drag
  • 5.3 Streamline or laminar flow ( Fluid flow)
  • 5.4 Sufficiently high velocity from turbulance conditions ( fluid flow )
  • 5.5 Resistance to motion invloved turbulent ( Fluid Flow )
  • 5.6 Av= constant flow of incompressible fluid ( Equation of Continuity )
  • 5.7 Principle of conservation of mass
  • 5.8 Bernoulli's effect in blood physics
  • 5.9 Bernoulli's equation for the case of horizontal tube flow
  • 5.10 Pressure arise from different flow fluid ( Bernoulli's effect)
  • 6.1 Motion of Wave
  • 6.2 Progressive Waves
  • 6.3 Characteristics of Wave
  • 6.4 Wave Speed ( 𝑣 = 𝑓𝜆 )
  • 6.5 Energy Transferred due to Progressive Waves
  • 6.6 Classification of prograssive waves
  • 6.7 Newton's formula for speed of sound in air
  • 6.8 Laplace's Correction
  • 6.9 Effect of various factors on speed of sound
  • 6.10 Superposition of Waves
  • 6.11 Interference of Sound Waves
  • 6.12 Stationary Waves
  • 6.13 Terms Node and Antinode (Stationary Waves)
  • 6.14 Stationary waves in a stretched string
  • 6.15 Organ Pipes
  • 6.16 Principle of Superposition of Waves
  • 6.17 Simple Harmonic Motion(Oscillation Chapter)
  • 6.18 Circular Motion and SHM ( Acc. and velocity project)
  • 7.1 Thermal Equilibrium Heat
  • 7.2 Molar specific heat of Gas
  • 7.3 Work
  • 7.4 First Law of Thermodynamics
  • 7.5 Conservation of energy (first law of thermodynamics)
  • 7.6 Molar specific heat of gas
  • 7.7 Relation between molar specific heat at constant volume and constant pressure
  • 8.1 Coulomb’s Law
  • 8.2 Electric Field
  • 8.3 Electric field intensity due to a point charge
  • 8.4 Electric field lines for two point charge (Electric field intensity)
  • 8.5 Electric field intensity due to an infinite sheet of charges
  • 8.6 Electric potential in term of work done in unit positive charge
  • 8.7 Electric Potential
  • 8.8 Electric potential energy and potential due to a charge
  • 8.9 Charging and discharging of a capacitor through a resistance
  • 9.1 Steady Current
  • 9.2 Ohm’s Law
  • 9.3 Resistance depends on tempreture coefficient of resistivity
  • 9.4 Internal resistance of source
  • 9.5 Maximum power output
  • 10.1 Magnetic Flux Density
  • 10.2 Magnetic Flux as scalar product
  • 10.3 Motion of charged particle in magnetic field
  • 10.4 Force on charged particle in uniform magnetic field
  • 11.1 Faraday’s Law of Electromagnetic Induction
  • 11.2 Lenz’s Law
  • 11.3 Transformer
  • 11.4 Step-Up and Step-Down Transformers
  • 12.1 Phase of alternating current
  • 12.2 AC Through Resistor, Capacitor, Inductor
  • 12.3 Electromagnetic Waves
  • 13.1 Rectification
  • 13.2 PN Junction
  • 14.1 Quantom theory and Radiation
  • 15.1 Atomic Spectra
  • 16.1 Composition of Atomic Nuclei
  • 16.2 Spontaneous and random nuclear decay
  • 16.3 Half Life and rate of decay
  • 16.4 Biological and Medical use of radiation
English
  • 3.3 Subject Verb Agreement
  • 1.1 Scan to answer short question
  • Where to add “es”
  • 1.3 Analyzing Figurative Language and Sensory Imagery in Literary Texts
  • Use of “ies”
  • 1.2 Deduce the meaning of the context
  • Same Word Form
  • Using Synonyms with Precise Meanings in Irony, Parody, and Satire"
  • Present Perfect Tense
  • Do
  • And
  • Or
  • More Than One Active Verb
  • Use of Transitional Devices in Sentences and Paragraphs
  • Mass Nouns
  • Use of Punctuation Marks
  • Collective Nouns
  • 3.1 Proofreading and Editing
  • Deduce the meaning of difficult words from the context using contextual clues
  • Alternative Verb Forms
  • Each and Every
  • Along With
  • Verb After Who, Which, That
  • Plural Forms of Verbs
  • Either….. Everyone
  • Percentage
  • A Number Of vs. The Number Of
  • Singular Verb with Distances, Time, and Money
  • Plural Verbs with Nominal Groups
  • Third-Person Pronouns & Possessive Adjectives
  • Agreement Between Nouns and Quantifiers
  • Noun-Quantifier Agreement
  • "Here" or "There"
  • Correct Word Combinations
  • "Than" and "Although/Though"
  • "Were / Had + Past Participle" Usage
  • "Such As" vs. "Such That"
  • Hardly, Scarcely, No Sooner
  • Conditional Sentences
  • Conditional Type 2
  • Until vs. Unless
  • Make vs. Do
  • Avoid Repetition of the Same Subject
  • Avoid Repeating the Same Preposition
  • Avoid Using Double Conjunctions
  • Double Interrogatives in Subordinate Clauses
  • Avoid Using Double Negatives
  • Repeating Relative Pronouns
  • Double Comparatives and Superlatives
  • Double Future Tenses in Conditional Sentences
  • Double Past Perfect
  • Avoid Wordiness
  • Correct Use of Modifiers
  • Run-on Sentences & Comma Splices
  • Nouns Ending in -f or -fe
  • Singular and Plural Forms of Certain Nouns
  • Nouns Ending in ‘-is’ and ‘-a’
  • Plural of Compound Nouns
  • Compound, Nominal and Non-count Nouns
  • Non-Count Nouns Countable
  • Plural Forms of Large Numbers
  • Possession with Nouns
  • Apostrophe Use in Time Expressions & Family Names
  • Affect, Effect
  • Proper, Material, and Abstract Nouns
  • Use of 'A' and 'An'
  • Exceptions in the Use of 'A' and 'An'
  • More Uses of 'A' and 'An'
  • Use of 'Little' and 'Few' vs. 'A Little' and 'A Few'
  • Use of 'The' with Ordinal Numbers
  • Use of 'The' with Superlatives and Comparatives
  • Use of ‘The’ with Proper Nouns
  • Use of 'The' with Body Parts, Authorities, and Inventions
  • Use of 'The' with Proper, Abstract, and Material Nouns for Specific Reference
  • Forming Comparative and Superlative Adjectives
  • Avoiding Double Comparatives and Superlatives
  • Use Possessive Adjectives Before Gerunds
  • Use of Articles with Comparative & Superlative Adjectives
  • Use of Articles with Ordinal & Cardinal Adjectives
  • Adjectives Followed by 'to'
  • Usage of "Much Too," "Too Much," "Elder," and "Older"
  • Subjective Case of Pronouns After "Be" Verbs
  • Objective Case After Action Verbs & Prepositions
  • Possessive Adjectives Followed by Nouns or Gerunds
  • No Apostrophe in Possessive Pronouns
  • "Who" as Subject, "Whom" as Object
  • Word Order in Pronouns
  • Reflexive Pronouns After Certain Verbs
  • Who, Which, and That
  • "That" Over "Which/Who"
  • Use of Singular Verb and Plural Noun After "One of"
  • Regular vs. Irregular Verbs
  • Transitive vs. Intransitive Verbs
  • Get/Have + Object + V-ing
  • Get + Object + Infinitive
  • Get/Have + Object + Past Participle
  • Have + Object + Infinitive Without "To"
  • Mandative Subjunctive
  • "It's (High) Time" + Past Subjunctive
  • Gerunds (Verb + -ing as a Noun)
  • Bare Infinitive (Infinitive Without "To")
  • Verbs of Perception (Hear, See, Watch, Notice, Feel, etc.)
  • Expressions That Take V-ing Form
  • Use of "how + to + verb" after certain verbs
  • Use of Adjectives vs. Adverbs
  • "Enough" as an Adjective and Adverb
  • Order of Adverbs (Time, Place, Manner, Frequency)
  • Use of “Very”, “Too”
  • Prepositions of Time – "At," "On," and "In"
  • Prepositions of Place – "At," "On," and "In"
  • "To," "Into," and "Onto"
  • "By," "With," and "Of"
  • "Because of," "Due to," and "Owing to"
  • Between vs. Among
  • Over vs. Above vs. Below
  • Use of "Marry" and "Get Married"
  • Verbs That Do Not Take Prepositions
  • Use of "By" for Measurement and Increase/Decrease
  • Use of "With" for Instruments and Objects
  • 3.4 Errors of functions and spelling
  • Active and Passive Voice
  • Present Continuous Tense – Active & Passive
  • Present Perfect Tense – Active & Passive
  • Present Perfect Continuous Tense – Active & Passive
  • Simple Past Tense – Active & Passive
  • Past Continuous Tense – Active & Passive
  • Past Perfect Tense – Active & Passive
  • Past Perfect Continuous Tense – Active & Passive
  • Simple Future Tense – Active & Passive
  • Future Perfect Tense – Active & Passive
  • Direct and Indirect Speech (Narration)
  • What is a Phrase?
  • What is a Clause?
  • Sentence and Its Kinds
Logical Reasoning
  • Coding & Decoding
  • Odd Man Out Classification
  • Words Analogy
  • Finding the Missing Alphabet
  • Find the Missing Term
  • Choose the correct term
  • Subtraction
  • Multiplication
  • Identify the Wrong Term
  • Solve Mathematical Operations
  • Identify the Term and Find Out Where It Is Missing
  • Let’s practice Alpha Numeric Series
  • Part and Whole Relationship
  • Essential Part
  • Logical Problems
  • Jumbled Words
  • Logical Deduction
  • Course of Action
  • Cause and Effect
  • Critical Thinking
  • Identify Assumptions
  • Evaluate Consequences
  • Deductive Reasoning
  • Analyze an Argument
  • Problem-Solving Approach
  • Identify Flaws in Reasoning
  • Evaluate Evidence
  • Alternative Explanation
  • Logical Consistency