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MATLAB

MATLAB

MATLAB (matrix laboratory) is a multi-paradigm numerical computing environment and fourth-generation programming language. MATLAB is a high-performance language for technical computing. It integrates computation, visualization, and programming in an easy-to-use environment where problems and solutions are expressed in familiar mathematical notation. Typical uses include: Math and computation. Algorithm development. Etc.

Topics to Be Covered

Day 1

Fundamentals of MATLAB

  • Fundamental of MATLAB
  • Variables Creation
  • Arithmetic Operations
  • Math & Trigonometric Functions
  • Predefined Variables
  • Strings, Arrays & Cell Arrays
  • Vector and matrix data 
  • 3D matrix visualization 
  • 2D matrix visualization
  • Matlab Scripts & m-functions
  • Conditional Statements 

Introduction to Toolboxes & Technologies

  • Symbolic Math Toolbox
  • Fuzzy Logic Toolbox
  • Global Optimization Toolbox – Genetic Algorithm
  • Neural Network Toolbox
  • Curve Fitting Toolbox
  • Instrumentation Control Toolbox

Simulink

  • Introduction to Block-Sets
  • Simulation Properties
  • Commonly Used Block Sets
  • Inports&Outports
  • Subsystem, Sinks & Sources
  • Scope Properties, Importing & Exporting data
  • Connecting Blocks & Properties
  • Working with Mux &Demux
  • Creating Bus
  • Logic & Math Operations
  • Look-up Tables
  • Circuit Designing 
  • Circuit Simulation
  • Waveform Analysis
  •  Encryption & Decryption of Waveform

 Day 2

Power System Analysis

  • Introduction to Transmission Network System
  • Defining Line data, Bus Data in Transmission Network
  • Forming Y bus admittance Matrix
  • Newton Raphson Method for Load Flow Analysis
  • Gauss Seidel Method for Load Flow Analysis
  • Introduction to FACTS Devices
  • Analysis for placement of FACTS Devices
  • Working with STATCOM
  • Placement and analysis of STATCOM
  • Case Studies: STATCOM placement for IEEE 30 bus system
  • Case Studies: Load Flow Analysis for IEEE 6 bus System

Day 3

Simpower System

  • Introduction to power Electronics Systems
  • Simulation of variable speed motor control
  • Modeling a nonlinear inductance
  • Simulation of a DC Motor Drive
  • Simulation of an AC motor drive
  • Designing of Inverters & Converters
  • Working with 3-phase systems & Machines
  • Power Electronics & Power System
  • Setting initial Load Flow & Obtaining Steady State
  • Transient Performance for Line Fault
  • Frequency Analysis
  • Analysis & Case Studies 

Day 4

Control System Toolbox

  • Introduction to Control Systems & its application
  • Linear System Modelling 
  • Designing SISO & MIMO Models
  • Frequency Domain & Time Domain Analysis
  • PID Controller Design
  • Using SISO Design Tool & LTI Viewer
  • Case Studies – Root Locus Design for Servomechanism
  • Case Studies – Nichols Plot & Bode Diagram for DC Motor
  • State Space Analysis & State Estimator Designing
  • Case Studies – Kalman Filtering

Fuzzy Logic Toolbox

  • Introduction to Fuzzy Logic & its Fundamental
  • Designing Logic & Membership Functions
  • Building System with Fuzzy Logic Toolbox GUI Tool
  • Fuzzy logic Working in command Line
  • Fuzzy logic working in Simulink
  • Case Studies: Water Level Controller
  • Case Studies: Washing Machine Controlling

Day 5

Curve Fitting Toolbox

  • Introduction to Curve Fitting
  • Interactive Curve & Surface Fitting
  • Interpolation & Smoothing
  • Spline Fitting
  • Linear & Nonlinear Regression

Symbolic Math Toolbox

  • Symbolic Expressions and Calculations
  • Calculus – Integration, Differentiation, Limits etc.
  • Linear Algebra
  • Fourier Transform & Inverse Fourier Transform
  • Laplace Transform & Inverse Laplace Transform
  • Z Transform & Inverse Z Transform
  • Using Graphics with Equations
  • Using MuPAD in Symbolic Maths Toolbox

GUI designing  

  • Introduction of GUI
  • Various UI Controls in Guide 
  • Static Text
  • Editable Text
  • Slider
  • Axes Control
  • Check Box
  • Push Button
  • Properties of GUI Control
  • Various Syntaxes to be used on backend to relate components
  • Merging series of GUIs to form complex application
  • Designing GUI using Programming rather than GUIDE.
  • Interfacing GUI with different platforms like MS Excel, C, Java etc.

Duration: The duration of this workshop will be five consecutive days, with 6-7 hours session per day

Certification Policy:

  • Certificate of Participation for all the workshop participants.
  • At the end of this workshop, a small competition will be organized among the participating students and winners will be awarded with a 'Certificate of Excellence'.
  • Certificate of Coordination for the coordinators of the campus workshops.

Eligibility: There are no prerequisites. Anyone interested, can join this workshop.

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