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Control Systems Level 3 Advanced Diploma

This advanced diploma provides a deep dive into control system engineering, equipping participants with the skills needed for sophisticated applications and troubleshooting in the field. Ideal for engineering professionals and students aspiring to advance their knowledge in control systems.

Control Systems Level 3 Advanced Diploma
Course Price:
Original price was: £194.00.Current price is: £19.99.
Course Duration:
19 hours, 54 minutes
Total Lectures:
49
Total Students:
107
Average Rating:
4.5
Embark on a journey into the intricacies of control systems with our "Control Systems Level 3 Advanced Diploma." This comprehensive program covers essential aspects of control system engineering, preparing you for advanced applications.

What Will You Learn?

  • Introduction to Control Systems: Grasp the fundamentals of control system theory.
  • Mathematical Modeling: Develop skills in modeling control systems mathematically.
  • Control System Analysis: Analyze the performance of control systems.
  • PID Control: Master the principles and application of Proportional-Integral-Derivative control.
  • Advanced Techniques: Explore cutting-edge control methodologies.
  • Compensation: Understand techniques for system compensation.
  • Digital Control Systems: Delve into the world of digital control.
  • State-Space Control: Learn advanced state-space control methods.
  • Implementation: Gain practical insights into implementing control systems.
  • Applications: Explore real-world applications of control systems.
  • Simulation and Design Tools: Utilize tools for simulating and designing control systems.
  • Troubleshooting and Maintenance: Develop skills in diagnosing and maintaining control systems.

Who Should Take The Course?

  • Engineers and students interested in advanced control system applications.
  • Professionals seeking to enhance their skills in control system engineering.

Requirements

  • Basic understanding of engineering principles.
  • Access to course materials and resources.
 

Course Curriculum

    • Overview of Control Systems and their applications 00:23:00
    • Types of Control Systems: Open-loop and Closed-loop 00:22:00
    • Control System Components and Terminology 00:26:00
    • Control System Design Process 00:28:00
    • Transfer Functions and Block Diagrams 00:20:00
    • Laplace Transform and Time Domain Analysis 00:23:00
    • State-Space Representation of Control Systems 00:26:00
    • System Stability and Routh-Hurwitz Criterion 00:21:00
    • Time Response Analysis: First Order and Second Order Systems 00:24:00
    • Performance Specifications: Rise Time, Settling Time, Overshoot, etc. 00:27:00
    • Frequency Response Analysis: Bode Plots, Nyquist Plots 00:25:00
    • Stability Analysis: Root Locus Technique 00:27:00
    • Introduction to Proportional-Integral-Derivative (PID) Controllers 00:23:00
    • PID Controller Tuning Methods 00:24:00
    • Ziegler-Nichols Method 00:25:00
    • Cohen-Coon Method 00:28:00
    • Feedforward Control 00:26:00
    • Cascade Control 00:21:00
    • Ratio Control 00:21:00
    • Gain Scheduling 00:21:00
    • Adaptive Control 00:22:00
    • Lead Compensators and Lag Compensators 00:27:00
    • Designing Compensators using Root Locus and Frequency Response Methods 00:25:00
    • PID Controller Enhancement with Compensators 00:27:00
    • Introduction to Digital Control Systems 00:21:00
    • Z-Transform and Sampled Data Systems 00:23:00
    • Discrete PID Controllers 00:28:00
    • Stability Analysis of Digital Control Systems 00:26:00
    • State Feedback and State Estimation 00:27:00
    • Controllability and Observability 00:24:00
    • Pole Placement Design 00:23:00
    • Full-State Feedback Control 00:23:00
    • PLC (Programmable Logic Controller) Basics 00:26:00
    • PLC Programming for Control Systems 00:21:00
    • PLC Programming for Control Systems 00:21:00
    • Hardware Interface and Integration 00:26:00
    • Case Studies on Real-world Control System Implementation 00:24:00
    • Industrial Automation and Robotics 00:28:00
    • Process Control 00:26:00
    • Motion Control 00:27:00
    • Aerospace and Automotive Control Systems 00:22:00
    • MATLAB/Simulink for Control System Simulation 00:27:00
    • Control System Design Software 00:21:00
    • Hands-on Projects and Simulations 00:23:00
    • Identifying and Solving Control System Problems 00:25:00
    • Maintenance and Calibration of Control Systems 00:24:00
    • Safety Considerations in Control Systems 00:21:00
    • Exam of Control Systems Level 3 Advanced Diploma 00:50:00
    • Order Certificate 00:05:00

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