Control System and Power System

Control System and Power System

Control System and Power System workshop would deal with MATLAB Programming & Control Statements.

  • About “TechieNest
  • Introduction to MATLAB
  • Importance & Practical Applications of MATLAB for Engineers
  • Significance of various MATLAB Windows
  • Basics of MATLAB Programming & Control Statements
  • Introduction to SIMULINK in MATLAB
  • Introduction to circuit simulation.
  • Introduction to modelling.

Practical 1: Circuit simulation of basics circuits*

Practical 2: Modelling of basics circuits*

*R/L/C/RL/RC/RLC circuits

CONTROL ENGINEERING & FEEDBACK CONTROL SYSTEMS – I

  • Introduction to Control System Design & Various Components
  • Various types of Control Systems (Open/Closed Loop etc.)
  • The Significance of Feedback
  • The CONTROL SYSTEM TOOLBOX IN MATLAB
  • Concept of Transfer Function, State Space & Pole-Zero Forms
  • Time Domain & Frequency Domain Analysis of various Systems (Rise time, settling time, peak overshoot, Step responses, Root Locus etc.)
  • Frequency domain analysis (Bode plot, Nyquist plot, polar plot, M circle & N circle)

Practical 10: Generating Transfer Function for the System

Practical 11: Observing the various parameters of Step Response for a system using time domain and frequency domain analysis

CONTROL ENGINEERING & FEEDBACK CONTROL SYSTEMS – II

  • Significance of controllers (P, I, D, PI, PD, PID)
  • Stability analysis of Various Systems
  • Steady State Errors in Unity Feedback Systems
  • LTI Viewer & SISO Tool in MATLAB

Practical 9: Developing Various Controllers (PI, PD, PID etc.)
Project 3: Developing a Cruise Control Model.

CONTROL ENGINEERING & FEEDBACK CONTROL SYSTEMS – II

  • Significance of controllers (P, I, D, PI, PD, PID)
  • Stability analysis of Various Systems
  • Steady State Errors in Unity Feedback Systems
  • LTI Viewer & SISO Tool in MATLAB

Practical 12: Developing Various Controllers (PI, PD, PID etc.)
Project 3: Developing a Cruise Control Model

Talk To Expert

+91 – 9251094002
Timings : 10 AM – 7 PM

Projects Covered
  • Autonomous Robot.
  • Development of obstacle avoider robot.
  • Development of obstacle follower robot.
  • Development of line follower robot.
  • Digital Clock on LCD.
  • Touch Screen control Robot.
Kit Content

FREE to each group

  • ATmega8 Development Board,
  • D type programming cable.
  • On board voltage regulated Power supply unit.
  • DC motors.
  • wheels
  • Mechanical Chassis.
  • Display device(LCD)
  • Connecting wire
  • Screw driver.
  • Screw Packet.
  • Caster wheels.
  • Adaptor.
  • Touch Screen.
Requirement from College
  • Seminar room with Power plugs.
  • Projector.
  • Mic.
  • White Board.

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