Students and technological innovators depend on the MATLAB to accelerate their project and research works. The flexible MATLAB environment reduces the analysis and development time. SIMULINK toolboxes that extend the MATLAB functions library, additional supports are given to the more specialized application in engineering and sciences. The training course gives the hands on experience to the electrical engineers and researchers for analysis, modelling and simulation and gives the idea/visualization on the conceptual design.

Topics Covered

Topics Covered I. FUNDAMENTALS OF MATLAB Programming with exercises a.Introduction b.Interactive Calculations, vectors and matrices c.Programming environment d.Scripts and functions e.Workspace f. Plot in 2D and 3D g.Built in functions h.Demos i. Lab-Exercises II.INTRODUCTION TO SIMULINK a.Introduction to Simulink environment and interfaces b.Modeling c. Simulations and solver settings d.Demo e.Lab-Exercises III. CONTROL SYSTEMS a.Transfer functions b.Modeling and simulation c.Root locus method and bode plot d.Frequency response method PID controller design f. Modern control design g. System Identification h.Lab-Exercises IV. Converters Modeling Detailed conversion from the equation to simulink model a.Buck converter Modeling in simulink b.Boost converter Modeling in simulink c.Inverter Modeling in Simulink d.Solar cell Modeling in Simulink e.Wind turbine Modeling in Simulink f. Small project work g. Lab-Exercises V.Toolbox a.Sim Power system Toolbox b.Fuzzy Logic Tool box c.Digital Signal processing Toolbox d.Demo e.Lab-Exercises

Who should attend

Engineering student

Pre-requisites

Basic Electrical knowledge and PC with MATLAB installed

What you need to bring

PC with MATLAB and internet connection"

Key Takeaways

Basics on programming, Toolbox knowledge