Md. Abu Safayet is a lecturer at Khulna University of Engineering & Technology, focusing on courses related to Numerical Analysis and Computer Programming. The document outlines course details including credits, contact hours, and topics such as methods for solving equations, interpolation, and numerical differentiation. Key methodologies discussed include bisection, Newton-Raphson, Gaussian elimination, and various interpolation formulas.

1. Welcome
Md. Abu Safayet
Lecturer
Dept. of Building Engineering and Construction Management
Khulna University of Engineering & Technology (KUET)
Khulna-9203, Bangladesh
Email- abusafayet@gmail.com

2. Md. Abu Safayet, Lecturer, Department of Building Engineering & Construction Management, KUET
 BECM 2213: Numerical Analysis and Computer
Programming
 Credits: 3.00 Contact hours: 3 hrs/week
Numerical Analysis
Introduction: Introduction to computer
Computer Programming: Introduction to programming
language C and solution of numerical problems.

3. Md. Abu Safayet, Lecturer, Department of Building Engineering & Construction Management, KUET
 BECM 2214: Numerical Analysis
 Credits: 1.50 Contact hours: 3 hrs/week
 Solution of Algebraic & Transcendental Equations.
Bisection method
Regular falsi method
Newton-Raphson method
Iteration method
Rate of convergence
Order of errors

4. Md. Abu Safayet, Lecturer, Department of Building Engineering & Construction Management, KUET
 BECM 2214: Numerical Analysis
 Credits: 1.50 Contact hours: 3 hrs/week
Interpolation
Simple differences, difference table, differences of a
polynomial,newton’s formula for interpolation, central
difference for interpolation formula, divided
differences,tables of divided differences, Newton’s general
interpolation formula,Lagrange’s interpolation formula,
inverse interpolation by lagrange’s formula and successive
approximation.

5. Md. Abu Safayet, Lecturer, Department of Building Engineering & Construction Management, KUET
 BECM 2214: Numerical Analysis
 Credits: 1.50 Contact hours: 3 hrs/week
Solution of system of linear equations
Matrices, Gaussian elimination method, gaussian elimination
method, Gauss-seidal iteration method, Numerical
differentiation and intregation, Numerical differentiation and
integration, Finite differences, Curve fitting by least squares
Solution of differential equations
Picard's method, Euler's method and Runge-Kutta method.

6. Md. Abu Safayet, Lecturer, Department of Building Engineering & Construction Management, KUET
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7. Md. Abu Safayet, Lecturer, Department of Building Engineering & Construction Management, KUET