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Control mechanisms types

Track :

Engineering

Course Presenter :

ENGINEERING TUTORIAL

Lessons no : 5

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What will you learn in this course?
  • Understand and differentiate between open-loop and closed-loop control systems in engineering applications
  • Apply PID control principles to design stable and accurate automation systems in real-world scenarios
  • Implement adaptive control techniques to optimize system performance dynamically in uncertain environments
  • Utilize fuzzy logic control for managing systems with imprecise data and uncertainty in industrial automation

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Lessons | 5


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179 Reviews

ravibabu esukapalli

Excellent
2025-12-13

Jaffer Hussain Syed

Excellent
2025-12-09

Shihab Puthenkattil Mohamedali

Good
2025-12-08

Mohammad Hassan Anjom Shoa

it was very good
2025-12-06

JAYARAMAN VINOTH

IT IS GOOD KNOWLEDGE FOR BASIC INSTRUMENTION
2025-11-30

Abdullah Arshad

very good
2025-11-27

Blunt Marlis

really good Very interesting
2025-11-22

Avadhut somnath tambe

.
2025-11-18

Shamim Reza Shabi

GOOD
2025-11-18

Samruddhi Sukhdeo Kurhe

good
2025-11-17

Md. Ebrahim Hossain

Very much effective course
2025-11-15

Sai Lokhande

nice
2025-11-11

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Control mechanisms types, in this course we will learn about the fundamental types of control mechanisms used in engineering, automation, and system design. You will explore both open-loop and closed-loop systems, and understand how each functions in real-world applications. We’ll cover PID control—Proportional, Integral, and Derivative—and how it's used to achieve stable and accurate performance. You will also learn about advanced methods like adaptive control, which adjusts system behavior dynamically, and fuzzy logic control, ideal for systems with uncertainty or imprecise data. Feedforward and cascade control techniques will also be explained, offering insight into predictive and multi-layered strategies. This course provides a solid foundation for understanding how to design, analyze, and implement effective control systems in fields like robotics, electronics, and industrial automation. Whether you’re a student or a professional, this course equips you with practical and theoretical knowledge to manage and improve automated systems. ENGINEERING TUTORIAL