Matlab/Simulink (Advance)

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Matlab/Simulink course is offered by IAST. IAST have a vast experience in training / process solutions / manufacturing industries. Carrying this vast experience, we are better placed to understand the exact skill.

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Course Details

Matlab/Simulink course is offered by IAST. IAST have a vast experience in training / process solutions / manufacturing industries. Carrying this vast experience, we are better placed to understand the exact skill.

 

Course Syllabus:

  • Review of power electronic switches
  • Review: 1-phase half wave rectifiers (HWR)
  • Simulation of 1-phase uncontrolled HWR
  • Effect of inserting inductor on output voltage in MATLAB
  • Measuring the average output voltage in MATLAB/Simulink
  • Simulation of Diode charecterstics in MATLAB/Simulink ?
  • Simulation of 1-phase controlled HWR
  • Review: 1-phase full wave rectifiers (FWR)
  • Simulation of 1-phase uncontrolled FWR
  • Simulation of 1-phase controlled FWR
  • Simulation of 1-phase semi-controlled FWR
  • Review of 3-phase half wave rectifiers (HWR)
  • Simulation of 3-phase HWR (controlled & Uncontrolled)
  • Review: 3-phase full wave rectifiers (fWR)
  • Simulation of 3-phase FWR (controlled & Uncontrolled)
  • Introduction to AC voltage Controllers
  • Review: 1-phase AC voltage controller
  • Simulation of 1-phase AC voltage controller (unidirectional/Bidirectional)
  • Simulation of 1-phase AC voltage controller (L & R-L load)
  • Review: 3-phase AC voltage controller
  • Simulation of 3-phase AC voltage controller (3 modes of operation)
  • Closed loop control of 3-phase AC choppers
  • Introduction to DC-DC converters
  • Simulation of simple DC chopper circuit
  • Analysis of buck converter
  • Simulation of buck converter
  • How to generate duty cycle on Matlab/Simulink ?
  • PID control for DC-DC converters on MATLAB/Simulink
  • Hysteresis control for DC-DC converters on MATLAB/Simulink
  • Analysis of boost converter
  • Simulation of boost converter
  • Analysis of inverting buck boost converter
  • Simulation of inverting buck boost converter
  • Simulation of non-inverting buck boost converter
  • Simulation of SEPIC converter
  • Simulation of Zeta converter
  • Simulation of Cuk converter
  • Analysis of Flyback converter
  • Simulation of Flyback converter
  • Analysis of Push-Pull converter
  • Simulation of Push-Pull converter
  • Introduction to Inverters
  • Analysis of 1-phase half bridge inverter
  • Simualtion of 1-phase half bridge inverter (R-load)
  • Effect of inserting inductor on Matlab/Simulink
  • Fourier transform analysis and performance parameters in MATLAB/Simulink
  • Simualtion of 1-phase full bridge inverter
  • Phase shift modulation for 1-ph inverter
  • Bipolar SPWM For 1-ph Bridge inverter
  • Unipolar SPWM For 1-ph Bridge inverter
  • Design of pure sine wave 1-ph inverter in MATLAB/Simulink
  • Analysis of 3-phase inverters
  • Simulation of 3-phase inverters (180 &120 degrees modes)
  • Simulation of SPWM for 3-ph inverters MATLAB/Simulink
  • Design of pure sine wave 3-ph inverter in MATLAB/Simulink
  • Analysis of R-L circuit
  • Simulation of R-L circuit
  • Analysis of R-C circuit
  • Simulation of R-C circuit
  • R-L-C circuit Matlab/Simulink
  • Analysis of resonance circuit
  • Simulation of resonance circuit
  • Review: DC motors
  • Simulation of separately excited DC motor
  • How to obtain torque-speed characterstics of DC motor in Simulink
  • Speed control of DC motors MATLAB/Simulink
  • Simulation of shunt and series DC motors
  • Starting of DC motors MATLAB/Simulink
  • Modelling of DC motor in MATLAB/Simulink
  • Simualtion of DC genrators
  • Simulation of 3-phase induction motor
  • Voltage control of induction motor MATLAB/Simulink
  • V/F control of induction motors MATLAB/Simulink
  • V/F control using variable frequency drives (VFD) in MATLAB
  • Closed loop speed control using VFD in MATLAB
  • Soft starter of induction motors MATLAB/Simulink
  • Rotor resistance speed control MATLAB/Simulink
  • Stator resistance speed control MATLAB/Simulink
  • DC test of induction motors MATLAB/Simulink
  • No load test of induction motors MATLAB/Simulink
  • Blocked rotor test of induction motors MATLAB/Simulink
  • Review: self excited induction generator (SEIG)
  • Simulation of self excited induction generator
  • Review: Grid connected induction generator
  • Simulation of grid connected induction generator
  • Review: Synchronous Generators
  • Simulation of Synchronous Generators
  • Voltage and frequency control of synchronous generator MATLAB/Simulink
  • Simulation of synchronous generator connected with grid
  • Simulation of permanent magent synchronous motors (PMSM)
  • Review: Transformer operation and construction
  • Equivalent circuit of transformers
  • Simulation of 1-ph transformers
  • Open circuit test of 1-ph transformer in MATLAB/Simulink
  • Short circuit test of 1-ph transformer in MATLAB/Simulink
  • Efficiency, Losses and Voltage regulation in MATLAB/Simulink
  • Design of 3-ph transformer in MATLAB/Simulink
  • Practical transformer Vs. Ideal transformer MATLAB/Simulink
  • Open circuit test of 3-ph transformer MATLAB/Simulink
  • Short circuit test of 3-ph transformer MATLAB/Simulink
  • Design of transmission line in MATLAB/Simulink
  • Transmission lines Design using MATLAB labels
  • Project: Load Flow Analysis using MATLAB/Simulink
  • Fault Analysis in power system MATLAB/Simulink
  • Modelling and logic design of overcurrent relay
  • Overcurrent protection against faults in MATLAB/Simulink
  • Introduction to solar energy
  • Review: Solar Cell Characteristics
  • Modelling of photogenerated current MATLAB/Simulink
  • Modelling of diode current MATLAB/Simulink
  • Obtaining complete solar cell model in MATLAB/Simulink
  • I-V and P-V characteristics of solar cell in MATLAB
  • Effect of irradiation on solar cell MATLAB/Simulink
  • Effect of temperature on solar cell MATLAB/Simulink
  • Simulation of solar panel using MATLAB Simscape library
  • Revision: Wind energy fundamentals
  • Step by step Wind turbine modelling in MATLAB/Simulink
  • 5KW wind turbine design in MATLAB/Simulink
  • Effect of turbine speed and blade length on turbine power in MATLAB/Simulink

 

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