MATLAB

• Introduction
• What is MATLAB?
• Getting into MATLAB
• Demos
• Help
• The Basics
• Fundamentals of Use
• Building Matrices
• Matrix and Element-wise Operations
• Flow
• Relations
• Control
• Selective Indexing
• Graphics
• 2-D Graphics
• Handles
• Graphics Hardcopy
• 3-D
  • Line Plots
  • Surface Plots
• Animation
• The Session
• Recording and Retrieving
• Shell Escapes
• M-files
• Script and Data Files
• Function Files
• Paths
• Numerical Formats
• Further MATLAB
• Debugging
• Efficiency Testing, Times and Dates
• Polynomials
• Text
• Sparse Matrices
• Calculus
• Differential Equations
• Numerical Integration
• Optimizing
• Symbolic Math
• SIMULINK
• Other Features

SIMULINK  

• Getting Started
• Creating a Model
• Running a Simulation
  • Introduction
  • Running a Simulation Using Menu Commands
  • The Simulation Parameters Dialog Box
  • Improving Simulation Performance and Accuracy
  • Running a Simulation from the Command Line
•  Analyzing Simulation Results
  • Viewing Output Trajectories
  • Linearization
  • Equilibrium Point Determination
  • Linfun
  • trim
• UsingMasks to Customize Blocks
  • Introduction
  • A Sample Masked Subsystem
  • The Mask Editor: An Overview
  • The Initialization Page
  • The Icon Page
  • The Documentation Page
  • Creating Dynamic Masked Dialogs
• Conditionally Executed Subsystems
  • Introduction
  • Enabled Subsystems
  • Triggered Subsystems
  • Triggered and Enabled Subsystems
• Fuzzy Logic
  • Command line functions
  •  Graphical or interactive tools
  •  Simulink blocks.

MATLAB/SIMULINK FOR POWER ELECTRONICS

• Introduction  to power Electronics and systems
  • Definition and concepts
  • Application
  • Power semiconductor
  • Switches
  • Gate/base drivers
  • Losses
  • Snubbers.
• MATLAB for Power Electronic
  • Introduction
  • Electrical Power and Energy
  • Average Values and Harmonics
  • Root-Mean-Square Values
  • Power Computations, Average Power
  • Nonlinear Circuits with Sinusoidal Sources Linear Circuits with Non-sinusoidal Sources
  • Wave Form Generation
    • Sine Waveform
    • Cosine Waveform
    • Tan Waveform
    • Triangular Waveform
    • Exponential Waveform
    • Parabolic Waveform
  • Operating Analysis
    • Rectifier: AC to DC Converter
    • DC Chopper: DC to DC converter
    • Inverters: Converting DC to AC
    • AC Chopper: AC to AC Converter
•      SIMULINK for Power Electronic
  • Introduction
  • Rectifier: AC to DC Converter
    • Diode Rectifier Circuits
    • Phase Controlled rectifiers
  • DC Chopper: DC to DC converter
    • DC to DC converter technology
    • General Theory of Two-Level DC-DC Converters: Boost and Buck/Boost Converters
    • Dynamic Modeling and Simulation of DC-DC converters
  • Inverters: Converting DC to AC
    • Single Phase Inverter
    • Three Phase Inverter
    • Multilevel Inverter
  • AC Chopper: AC to AC Converter
    • ON/OFF Control
    • Phase Control
  •  Cyclo-converter: AC to AC Converter
    • Single Phase Cyclo-converter
    • Three Phase Cyclo-converter
• Recent trends in modern power electronics
  • Introduction
  • Rectifier: AC to DC Converter
    • Soft-Switching Single-Phase Three-Level Rectifier
    • Vienna Converter
    • 12 pulse Converter
  • DC Chopper: DC to DC converter
    • Six Leg Converter
    • Interleaved Boost Converter
    • Current Fed Resonance Boost DC – AC – DC Converter
  • Inverters: Converting DC to AC
    • Maximum Boost Z – Source Inverter
    • Multi – input inverter
    • Multi – inverter Topology
  • AC Chopper: AC to AC Converter
    • DC Modulated AC – AC Converter
    • Matrix Converters
  • Special Converter Topologies
    • FACTS
    • Resonant Converters
    • Fractional Frequency Transmission
    • 12 pulse Converter for HVDC Transmission