MATLAB Electrical
Learn basics of MATLAB Simulink to simulate different electric components & Control system in MATLAB Simulink for electrical engineering
For Electrical Engineers
Course Type
Learn basics of MATLAB Simulink to simulate different electric components & Control system in MATLAB Simulink for electrical engineering
For Electrical Engineers
Course Type
Topic 1 | Fundamental of MATLAB
Topic 2 | MATLAB Programming Functions
Topic 3 | Graphs by using MATLAB Programming
Topic 4 | Simulink Modelling in MATLAB
Topic 5 | About Simulink Library
Topic 6 | Logic & Bit Operations Library in MATLAB
Topic 7 | Lookup Tables
Topic 8 | Math Operations in MATLAB
Topic 9 | Model Verification Library in MATLAB
Topic 10 | Signal Routing in MATLAB
Topic 11 | Stateflow Modelling in MATLAB
Topic 12 | Control Flow Logic in MATLAB
Topic 13 | State Flow actions & its working operations
Topic 14 | Chart level functions in Stateflow Modelling
Topic 15 | Truth Tables in Stateflow Modelling
Topic 16 | State Decomposition
Topic 17 | Understanding Difference between 'MATLAB' & 'C' actions
Topic 18 | Introduction about Control System in MATLAB
Topic 19 | Mechanical Translational Modeling system
Topic 20 | Mechanical Rotational System Modeling
Topic 21 | Stability analysis by using Bode Plot in Control system
Topic 22 | Stability analysis using Root Locus in Control system
Topic 23 | Design using Compensators in Control system
Topic 24 | Simscape in MATLAB Modeling
Topic 25 | Mechanical Translational & Rotational Modeling in Simscape
Topic 26 | Gear Coupling
Topic 27 | Simscape Power system Library
Course Description |
The course focuses on how to implement complex decision flows and finite-state machines using Stateflow and provides a general understanding of how to accelerate the design process for closed-loop control systems using MATLAB. Also it offers the good understanding of modelling and analyzing electrical systems.
| Course objectives |
This course gives guidance on key features of widely used toolboxes in simulink, help transform concepts to a complete model, verify and evaluate the system behaviour in different user environments. It allows the attendees to explore the more advanced features of MATLAB in a unified manner and help learners 'future-proof' themselves and remain relevant for the rapidly evolving technology from industry perspective.
| Roles in industry |
Matlab is a widely used tool in electrical engineering. It can be used to enhance and accelerate some processes, such as magnetic field measurements. model based development . Auto code generation through model based development and m scripts. Tool creation for testing and development through m scripts.
| Course Highlights |
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