JEST Syllabus
The Science & Engineering Research Board (SERB)
has uploaded syllabus officially. For those candidate who will need the
Syllabus to study such as for Physics, Theoretical Computer Science /
Neuroscience, Integrated M.Sc. / M.Tech – Ph.D Programme etc.,
Exam
Pattern to understand the examination that helps to candidate to get score
goods marks in the examination. Here we providing which is helpful to the
candidate to improve them self. Candidates have to know the complete syllabus
for this examination. We are going to provide you JEST Syllabus 2017. Which
will be very helpful for your preparation that are listed below
Candidates
had applied are hereby informed that JEST Exam Pattern Pdf is available here.
For your convenience, sarkarinaukricareer.in team has arranged the
important topics and subjects that are going to be included in this forthcoming
test.
Descriptive
Information:
·
Organization Name: The Science &
Engineering Research Board (SERB)
·
Exam Name: Joint Entrance Screening
Test
·
Category: JEST Syllabus
·
Official Website: https://www.jest.org.in/
Exam Pattern:
·
The exam will be conducted in English.
·
Total 180 minutes will be time
duration of exam.
·
The exam question paper will contain
objective type with multiple choices.
·
JEST total marks will be 100.
·
Approximately 40% questions will be
from B.Sc. level and 60% will be from M.Sc. level
Levels
|
No.
of question
|
Time
|
1st level
|
25 questions Each carries one mark
|
3 hrs
|
2nd level
|
2nd level consists of 25 questions.
Each carries three marks
|
JEST
Syllabus:
JEST (Theoretical Computer Science):
Introduction to Algorithms
Compilers: Principles, Techniques and Tools
Elements of Discrete Mathematics
Discrete Mathematical Structures with Applications to Computer Science,
An Introduction to Data Structures with Applications
Fundamentals of Computer Algorithms
Fundamentals of Data Structures
The Design and Analysis of Computer Algorithms
Quantum Mechanics
Bound States and Tunnelling
Addition of Angular Momenta
The Uncertainty Principle
Particle in A Box
Principle of least action
Newton’s laws
Central force problem
Generalized coordinates
Symmetry and conservation law
Mathematical Methods
Analytic function
Classical orthogonal polynomials
Vector algebra and vector calculus
Linear ordinary differential equations
Electromagnetic Theory
Radiation from Moving Charges
Pointing Theorem
Methods of Solving Boundary Value Problems
Displacement Current
Scalar and Vector Potentials
Thermodynamics and Statistical Physics
Laws of thermodynamics
Work and heat;
Harmonic oscillators
Solid State Physics
Simple crystal structures and X-ray diffraction
Metals
Semiconductors and insulators
Elements of superconductivity
Electronics
Diodes
Transistors and field effect devices
Device characteristics
Operational amplifiers and their applications
Nuclear and Particle Physics
Structure of the nucleus
Classification of elementary particles and fundamental interactions,
Elementary ideas of quark mode
Conservation laws in particle reactions
Atomic and Optical Physics
Interference
Diffraction and polarization of light
Zeeman and Stark effects
Hyperfine structure
Experimental Data And Error Analysis
Probability theory
Gaussian and Poisson distributions
Error analysis
Propagation of errors
Significant figures
Least square fitting
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