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BARC Exam Syllabus BARC Syllabus for CSE and IT BARC CSE Syllabus Engineering Mathematics: Mathematical Logic Probability Set Theory & Algebra Combinatory Graph Theory Linear Algebra Numerical Methods Calculus

BARC IT Syllabus Computer Science and Information Technology: Digital Logic Computer Organization and Architecture Programming and Data Structures Algorithms Theory of Computation Compiler Design Operating System Databases Information Systems and Software Engineering Computer Networks Web technologies

BARC Syllabus for Electronics and Communication Engineering (ECE) BARC Engineering Mathematics Syllabus Linear Algebra Calculus Differential equations Complex variables Probability and Statistics Numerical Method Applied Mechanics And Design Engineering Mechanics Strength of Materials Theory of Machines Vibrations Design

BARC Electronics and Communication Engineering Syllabus Networks Electronic Devices Analog Circuits Digital circuits Signals and Systems Control Systems Communications Electromagnetic

BARC Mechanical Engineering Syllabus Engineering Mathematics Linear Algebra Calculus Differential equations Complex variables Probability and Statistics Numerical Method Applied Mechanics And Design

Fluid Mechanics and Thermal Sciences Fluid Mechanics Heat-Transfer Thermodynamics Applications

Manufacturing and Industrial Engineering Engineering Materials Metal Casting Forming Joining Machining and Machine Tool Operations Metrology and Inspection Computer Integrated Manufacturing

Downloaded From: www.privatejobshub.in Engineering Mechanics Strength of Materials Theory of Machines Vibrations Design

Production Planning and Control Inventory Control Operations Research

BARC Civil Engineering Syllabus Engineering Mathematics Linear Algebra Differential equations Complex variables Probability and Statistics Numerical Methods Geotechnical Engineering Soil Mechanics Foundation Engineering Environmental Engineering Water requirement Air Pollution Municipal Solid Wastes Noise Pollution

Structural Engineering Mechanics Structural Analysis Concrete Structures Steel Structures Transportation Engineering Highway Planning Traffic Engineering Water Resources Engineering Fluid Mechanics and Hydraulics Hydrology Irrigation

BARC Electrical Engineering Syllabus Linear Algebra Matrix Algebra Systems of linear equations Eigen values and Eigen vectors

Complex Variables Analytic functions Cauchy’s integral theorem and integral formula Taylor’s and Laurent’ series Residue theorem Solution integrals Differential Equations Calculus: First order equation (linear and nonlinear) Mean value theorems Higher order linear differential equations with Theorems of integral calculus constant coefficients Evaluation of definite and improper Method of variation of parameters integrals Cauchy’s and Euler’s equations Partial Derivatives Initial and boundary value problems Maxima and minima Partial Differential Equations Multiple integrals Variable separable method Fourier series Vector identities Directional derivatives Line Numerical Methods Transform Theory Solutions of non-linear algebraic equations Fourier transform Single and multi-step methods for differential Laplace transform equation Z-transform Probability and Statistics Sampling theorems Discrete and continuous distributions Conditional probability Poisson

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Normal and Binomial distribution Correlation and regression analysis

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BARC Exam Pattern 2018:       

BARC Exam will be conducted in online mode Online Examination contains only multiple choice questions(objective type) Paper consists of total 100 Questions Total duration of the exam is 2 Hours Each question carries 3 marks 1 mark will be deducted for each wrong answer (Negative Marking) Physical calculators are not allowed in the BARC exam, however, virtual calculators will be available on your terminal

Total Numbers of Question Total Marks of the Exam Total Duration General Aptitude (GA) Engineering Mathematics Technical Questions (subject of the paper)

65 100 3 hours 10 questions of 15 Marks 15 Marks 70 Marks