Three year (6-Semester) Engineering/Technology Diploma

• (A) Diploma in Plastic Technology
• (B) Diploma in Electrical Engineering
• (C) Diploma in Electronics Engineering
• (D) Diploma in Instrumentation & Control Engg.
• (E) Diploma in Civil Engg. with Specialisation in:
  • (i) Architecture & Town-Planning
  • (ii) Construction Technology
  • (iii) Public Health Engg.
• (F) Diploma in Mechanical Engg. with Specialisation in:
  • (i) Power Plant Engg.
  • (ii) Production Engineering
  • (iii) Automobile Engg.
  • (iv) Tool Engg.
  • (v) Refrigeration and Air Conditioning Engg.
  • (vi) Tube-well Engg.

Eligibility

The candidate must be High School from Madhyamik Shiksha Parishad U.P. with Science & Maths or its equivalent. The appearing candidates in above mentioned examination are also eligible for I.E.R.T. Entrance Examination, but they will have to produce pass marksheet at the time of admission, otherwise their admission will be treated as cancelled.

There is no minimum or maximum age limit for three year (6-Semester) Engineering/Technology Diploma Courses.

The stipulation of minimum qualification is criteria of eligibility only. The right of selection of contents of syllabus is reserved with the institute. For the guidance of candidates illustrative contents of syllabus are being given.

Any wrong disclosure/declaration by the candidate or pursuation for admission in any form/manner will disqualify the candidature outrightly.

Syllabus for Entrance Examination

NOTE: Calculator, Log Table, Slide Rule Paper & Mobile are NOT ALLOWED.

Mathematics

(A) Arithmetic

• Compound interest
• Work-time and time speed
• Bank deposit (Saving Accounts, Current Accounts, Time deposit accounts, knowledge of Cheques and payments in instalments)

(B) Statistics

• Importance of Statistics and its usefulness
• Classification of data, frequency distribution, cumulative frequency, graphical representation of statistical data
• Measures of Central tendency—Arithmetic mean, median, mode and standard deviation

(C) Algebra

• Number system—positive integers, rational and irrational numbers
• Laws of indices and applications
• Logarithms—Definition, laws and applications
• Factors—difference of two squares, trinomial expression, factorisation
• L.C.M. and H.C.F.
• Quadratic equations
• Simultaneous equations
• Trigonometric ratios
• Height and distance
• Set theory
• Mappings

(D) Trigonometry

• Circular measures (radian and degree)
• Trigonometric ratios of 0°, 30°, 45°, 60°, 90° and 180°
• Ratios of 90 + θ, 180 + θ
• Sum and difference formulas
• Product of sines and cosines

(E) Geometry

• Pythagoras theorem and its extension
• Apollonius theorem
• Circle related theorems

(F) Mensuration

• Surface area and volume of cube, prism, cylinder, cone and sphere

(G) Coordinate Geometry

• Distance between two points
• Equation of straight line
• Area of triangle

Physics

(A) Measurements

• Fundamental units and SI system
• Vernier calipers and Screw Gauge

(B) Kinematics

• Vectors
• Velocity and acceleration

(C) Mechanics

• Newton’s laws of motion
• Momentum and equilibrium

(D) Work, Power & Energy

• Work and energy
• Kinetic and potential energy

(E) Hydrostatics

• Pressure and Archimedes principle

(F) Vibration & Waves

• Simple harmonic motion
• Wave motion and sound

(G) Heat

• Kinetic theory
• Thermal expansion

(H) Light

• Reflection and refraction
• Lenses

(I) Electrostatics

• Charge and induction

(J) Electricity

• Ohm’s law
• Electric circuits

Chemistry

(A) General and Physical Chemistry

• Scientific method
• States of matter
• Atomic structure
• Valency
• Chemical equations
• Gas laws
• Avogadro’s hypothesis
• Atomic weight
• Electrolysis
• Chemical reactions
• Solutions

(B) Inorganic Chemistry

• Periodic table

(C) Organic Chemistry

• Introduction of organic chemistry
• Classification of compounds
• Hydrocarbons
• Plastics and fibres

(D) Numerical Problems

• Based on chemical laws and equations