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MATLAB and SIMULINK Training:

    MATLAB and SIMULINK training provides comprehensive coverage on the significant features of modeling and simulation required to develop applications for Power Systems, Power Electronics, Embedded systems and many more. The training explains the step-by-step procedure for modeling using top-down, bottom-up, and middle-out approaches. Using MATLAB, trainees will learn about matrix manipulation, plotting of command and images, create graphical user interface (GUI). Simulink, a data flow graphical programming language tool, is also covered in the training curriculum.


Upon the completion of the training, you will be able to:

 

  • Work in MATLAB implementing the fundamentals of programming and complicated data structures including matrices, arrays and structures
  • Write scripts in MATLAB
  • Create GUI an provide interface between MATLAB script and GUI
  • Perform symbolic calculations
  • Work on plot designing and create 2D, 3D, and scientific data based plots
     
  • Build MATLAB GUI using GUIDE tool
  • Understand the fundamentals of Simulink and its interaction with MATLAB

     

       Course Content :

  • Introduction to MATLAB
    • What is MATLAB?
    • Elementary MATLAB Constructs  
                     
      • MATLAB Variables 
      • Arithmetic Operations 
      • Logical and Relational Operations 
      • Mathematical Functions 
      • Graphical Functions 
      • I/O Operations 
      • Import Wizard 
      • Special I/O Functions 
      • The MATLAB Search Path 
      • Elementary Matrix Manipulations 
      • Matlab Applications
    • More Complicated Data Structures 
      • Structures
      • Cell Arrays
      • Definition of Cell Arrays
    • Access to Cell Array Elements 
  • How to deal with Matrices and Arrays in MATLAB
    • Vector in MATLAB
    • Matrices in MATLAB
    • Methods of accessing Matrix Elements  
  • Creating Scripts in MATLAB 
    • Matrices operations
    • Addition, subtractions of matrices of n numbers rows and columns
    • Multiplication of Matrices of nxm and mxn row column. 
  • Plotting Commands
    • One dimensional plots
    • Two dimension plots
    • Three dimension plots
  •  Flow control Commands
    • IF statements
    • While Statements
    • For Loops 
  • User defined functions
    • Creating functions in MATLAB environment
    • Calling functions
    • Executing functions  
  • Functioning and use of predefined functions
    • Study of various predefined functions of MATLAB
    • GUI development
      • Need of GUI
      • Creating GUI
      • Interfacing of MATLAB script and GUI 
  • Application of MATLAB in Digital image processing
  • What is image processing
  • Image processing techniques
  • State flow
  • Industrial examples
  • Introduction to Simulink
    •  What is SIMULINK?
    • Operating Principle and Management of Simulink 
      • Constructing a Simulink Block Diagram
      • Parameters for Simulink Blocks
      • Simulink Simulation 
    • Solving Differential Equations with Simulink
    • Simplification of Simulink Systems
      • The Fcn Block
      • Construction of Subsystems 
    • Interaction with MATLAB
      • Transfer of Variables between
    • Simulink and MATLAB
      • Iteration of Simulink Simulations in MATLAB
      • Transfer of Variables Through Global Variables
    • Dealing with Characteristic Curves
  • Application of MATLAB in Electrical Engineering
    • Power Systems 
      • Generation/Transmission/Distribution/Protection
      • HVAC/HVDC
      • Distributed Generation
    • Power Electronics
      • Uncontrollable/controllable Converters
      • Various PWM Techniques
      • Multilevel Inverters
      • Harmonics, Active/Passive Filters 
    • DC to DC converters(Buck/Buck Boost)
      • Fuzzy/Neural Networks 
    • Electrical Drives and Machines
      • Basic Concepts of Motor
      • AC/DC motorso Electrical Drives
      • Various speed controlling techniques of AC/DC motors
      • Fuzzy Logic/Neural Networks