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Description

Are you looking to learn using the most popular numerical computation software MATLAB's alternative to hands-on? Then you should learn Scilab. This is also an open-source, cross-platform numerical computation software. In MATLAB, you can operate the computation works, control systems, signal process, statistics, and several scientific activities. On the other hand side, Scilab offers a similar computation experience and also provides a high-level NOPL experience to the user. It is supported with windows, mac, and also Linux operating systems. In this Scilab course, you will master of its all the concepts with live examples.

If you are a beginner, then this training program is going to be helpful for you.  When you enroll in the course, then you understand Scilab programming fundaments. Aside from this, you also gain information to create and visualize data in 2D and 3D forms. You will also gain knowledge to implement and analyze problems related to the engineering field.

You will learn to work with sci-note files, scripts, XCos, and functions during the course. The Scilab training program is designed so that you will learn each of the topics efficiently. This online course helps you to think like a programmer and let you develop your own coding style. By taking this course, you will work on projects to understand the things you study. We have incorporated all the essential and comprehensive video lectures along with relevant resources.

By taking this course, you can start your journey to be an engineer or research associate.  So, if you want to learn the matrix-oriented and numerically oriented programming language. Then you can avail yourself of this Scilab course with an affordable fee and comprehensive syllabus. 

Course Content

Total: 31 lectures
  • Introduction To SCILAB
  • SCILAB Model Based Design Interface
  • Different Data Types, and Constants
  • Vector and Matrix Declaration
  • Vectors and Matrix Operations in SCILAB
  • Matrix Addition and Multiplication
  • Inverse, Transpose and Eigen values of a Matrix
  • Determinant of 2*2 and 3*3 Matrix
  • Polynomials
  • Solve the System of Linear Equations in SCILAB
  • Plotting Data with SCILAB
  • Plotting Mathematical Equations
  • Combining Plots and Subplots
  • Axis Labels and Titles, Writing Equations on the axis of Graphs using LATEX
  • Plotting Data in the form of Bar (Bar Plot)
  • Reading, Writing and Closing a File
  • Input and Output Functions in SCILAB
  • Save and Load SCILAB Sessions
  • Operation on Excel File Data in a SCILAB
  • Functions
  • Integral Calculation
  • Define a Continuous Time System - Second or higher order
  • Response Plot for Sinusoidal Input
  • Plots of Poles and Zeros of a Continuous Time System
  • Bode Plot for Frequency Response Analysis
  • Root Locus Plot
  • Xcos - Step Response of a First Order Control system
  • Xcos - Step Response of a Second Order Control system
  • Xcos - Calling User Defined Function
  • Motion of Simple Pendulum
  • Mass Spring Damper System

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