The Avinashilingam Engineering Entrance Examination is conducted by Avinashilingam University for Women. This exam enables the candidate to get into the various courses offered by the University. It is held every year. The various courses provided by the University are:
Computer science and engineering
Biomedical instrumentation engineering
Information technology
Food processing and preservation technology
Electronics and communication engineering
Printing technology
Electrical and electronics engineering
Civil engineering
Structure of AEEE
The entrance examination is based on 12th standard syllabus. So the question paper is designed in such a way that it covers all the topics from Physics, Chemistry and Mathematics. The candidate gains one mark for every correct answer and 1/4th mark is reduced for an incorrect answer.
Syllabus for AEEE
Mathematics
Sets, relations and functions
Complex numbers and quadratic equations
Matrices and determinants
Permutations and combinations
Mathematical induction
Sequences and series
Limit, continuity and differentiability
Integral calculus
Differential equations
Co-ordinate geometry
Three dimensional geometry
Vector algebra
Statistics and probability
Mathematical reasoning
Trigonometry
Physics
Units and dimensions and their applications
Motion in straight line
Equations of motion
Speed
Velocity
Vectors in two dimensions
Unit vector resolution of vector
Scalar and vector product of vectors
Motion in two dimensions
Projectile motion
Circular motion
Bending of cyclist and banking of roads
Force and inertia
Conservation of linear momentum
Rocket propulsion
Equilibrium of concurrent forces
Laws of friction
Angle and coefficient of friction
Inertial and non-inertial frames of reference
Work, energy and power
Collision in one and two dimensions
Mass energy equivalence
Conservation of energy
Center of mass of two particle system
Center of mass of a rigid body
Motion of center of mass
Torque
Angular momentum and its conservation
Moment of inertia
Parallel axis and perpendicular axis theorems
Moment of inertia of a ring
Rod bar, disc, sphere
Universal law of gravitation
Inertial and gravitational mass
Variation of acceleration due to gravity with altitude/depth
Latitude and rotation of earth
Gravitational potential energy
Orbital and escape velocity
Geostationary satellite and Kepler’s laws
Elastic properties
Hook’s law
Co-efficient of elasticity
Poisson’s ratio
Elastic energy
Viscosity
Strokes law and terminal velocity
Stream line flow
Reynold’s number
Equation of continuity
Bernaulli’s equation
Velocity of efflux
Surface tension
Surface energy
Excess of pressure capillarity
Kinetic theory of gases
Pressure exerted by ideal gas
Kinetic interpretation of temperature
Gas laws
First law of thermodynamics
Cp and Cv of ideal gas
Thermodynamic process
Second law of thermodynamics
Carnots engine and efficiency of heat engine
Black body radiation,
Stefen’s law
Wein’s law
Thermal conductivity
Periodic motion
Simple harmonic motion and its equation of motion
Oscillations due to spring
Kinetic energy and potential energy in S.H.M
Examples of simple harmonic motion
Forced oscillation and damped oscillations
Wave motion
Speed of a wave
Principle of super position
Reflection of waves
Harmonic waves
Standing waves in strings and pipes
Laws of string
Resonance tube
Beats
Doppler effect
Periodic motion
Kinetic energy and potential energy in S.H.M
Coulomb’s law
Dipole
Electric current, drift velocity
Ohm’s law
Resistibility
Resistance in series and parallel
Kirchoff’s law and its applications
Electric power
Heating effects of current
Joule’s law
EMF and terminal voltage of a cell
Internal resistance of a cell
Grouping of cells
Thermoelectricity
Seebeck effect
Peltier effect.
Ampere’s laws
Induced EMF, Faraday’s law
Electromagnetic waves, spectrum
Raleigh’s, scattering law, total internal reflection
Bohr’s model of atom,
Crystalline structure of solids
Chemistry
Chemical Arthematic, Atomic structure and Nuclear Chemistry
Laws of chemical combination, mole concept
Atomic structure
Bohr’s model of Hydrogen atom
Quantum numbers
Pauli exclusion principle
Hund’s rule and Aufbau principle
Heisengerg’s uncertainty principle
De-Broglie equation
Nuclear chemistry
Chemical Equilibrium
Law of mass action
Acids and bases
Chemical Kinetics
Solutions
Energetic and Chemical Thermodynamics
Redox Reactions and electrochemistry
States of Matter
Surface chemistry
Periodic Properties
Chemical Bonding and Molecular structure
Chemistry of Representative Elements
Alkaline metals
Alkaline earth metals
Boron Family
Carbon family
Nitrogen family
Oxygen family
Halogen family
Transition metal including lanthanides
Co-ordinaiton chemistry and Organometallics
Chemistry of Metals
Nomenclature and basic concepts inorganic chemistry
Hydrocarbons
Organic Chemistry Based on Functional Group-1
Organic chemistry based on functional Group-II
Organic Chemistry based on functional Group-III
Molecules of Life
Eligibility Criteria
In order to apply for Avinashilingam Engineering Entrance Examination, the candidate should be below 21 years of age. The candidate must have completed 12th standard with an aggregate of minimum 50% marks for Physics, Chemistry, and Mathematics along with Computer science.
Computer science and engineering
Biomedical instrumentation engineering
Information technology
Food processing and preservation technology
Electronics and communication engineering
Printing technology
Electrical and electronics engineering
Civil engineering
Structure of AEEE
The entrance examination is based on 12th standard syllabus. So the question paper is designed in such a way that it covers all the topics from Physics, Chemistry and Mathematics. The candidate gains one mark for every correct answer and 1/4th mark is reduced for an incorrect answer.
Syllabus for AEEE
Mathematics
Sets, relations and functions
Complex numbers and quadratic equations
Matrices and determinants
Permutations and combinations
Mathematical induction
Sequences and series
Limit, continuity and differentiability
Integral calculus
Differential equations
Co-ordinate geometry
Three dimensional geometry
Vector algebra
Statistics and probability
Mathematical reasoning
Trigonometry
Physics
Units and dimensions and their applications
Motion in straight line
Equations of motion
Speed
Velocity
Vectors in two dimensions
Unit vector resolution of vector
Scalar and vector product of vectors
Motion in two dimensions
Projectile motion
Circular motion
Bending of cyclist and banking of roads
Force and inertia
Conservation of linear momentum
Rocket propulsion
Equilibrium of concurrent forces
Laws of friction
Angle and coefficient of friction
Inertial and non-inertial frames of reference
Work, energy and power
Collision in one and two dimensions
Mass energy equivalence
Conservation of energy
Center of mass of two particle system
Center of mass of a rigid body
Motion of center of mass
Torque
Angular momentum and its conservation
Moment of inertia
Parallel axis and perpendicular axis theorems
Moment of inertia of a ring
Rod bar, disc, sphere
Universal law of gravitation
Inertial and gravitational mass
Variation of acceleration due to gravity with altitude/depth
Latitude and rotation of earth
Gravitational potential energy
Orbital and escape velocity
Geostationary satellite and Kepler’s laws
Elastic properties
Hook’s law
Co-efficient of elasticity
Poisson’s ratio
Elastic energy
Viscosity
Strokes law and terminal velocity
Stream line flow
Reynold’s number
Equation of continuity
Bernaulli’s equation
Velocity of efflux
Surface tension
Surface energy
Excess of pressure capillarity
Kinetic theory of gases
Pressure exerted by ideal gas
Kinetic interpretation of temperature
Gas laws
First law of thermodynamics
Cp and Cv of ideal gas
Thermodynamic process
Second law of thermodynamics
Carnots engine and efficiency of heat engine
Black body radiation,
Stefen’s law
Wein’s law
Thermal conductivity
Periodic motion
Simple harmonic motion and its equation of motion
Oscillations due to spring
Kinetic energy and potential energy in S.H.M
Examples of simple harmonic motion
Forced oscillation and damped oscillations
Wave motion
Speed of a wave
Principle of super position
Reflection of waves
Harmonic waves
Standing waves in strings and pipes
Laws of string
Resonance tube
Beats
Doppler effect
Periodic motion
Kinetic energy and potential energy in S.H.M
Coulomb’s law
Dipole
Electric current, drift velocity
Ohm’s law
Resistibility
Resistance in series and parallel
Kirchoff’s law and its applications
Electric power
Heating effects of current
Joule’s law
EMF and terminal voltage of a cell
Internal resistance of a cell
Grouping of cells
Thermoelectricity
Seebeck effect
Peltier effect.
Ampere’s laws
Induced EMF, Faraday’s law
Electromagnetic waves, spectrum
Raleigh’s, scattering law, total internal reflection
Bohr’s model of atom,
Crystalline structure of solids
Chemistry
Chemical Arthematic, Atomic structure and Nuclear Chemistry
Laws of chemical combination, mole concept
Atomic structure
Bohr’s model of Hydrogen atom
Quantum numbers
Pauli exclusion principle
Hund’s rule and Aufbau principle
Heisengerg’s uncertainty principle
De-Broglie equation
Nuclear chemistry
Chemical Equilibrium
Law of mass action
Acids and bases
Chemical Kinetics
Solutions
Energetic and Chemical Thermodynamics
Redox Reactions and electrochemistry
States of Matter
Surface chemistry
Periodic Properties
Chemical Bonding and Molecular structure
Chemistry of Representative Elements
Alkaline metals
Alkaline earth metals
Boron Family
Carbon family
Nitrogen family
Oxygen family
Halogen family
Transition metal including lanthanides
Co-ordinaiton chemistry and Organometallics
Chemistry of Metals
Nomenclature and basic concepts inorganic chemistry
Hydrocarbons
Organic Chemistry Based on Functional Group-1
Organic chemistry based on functional Group-II
Organic Chemistry based on functional Group-III
Molecules of Life
Eligibility Criteria
In order to apply for Avinashilingam Engineering Entrance Examination, the candidate should be below 21 years of age. The candidate must have completed 12th standard with an aggregate of minimum 50% marks for Physics, Chemistry, and Mathematics along with Computer science.