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What you'll learn?

  • Understand open-loop vs closed-loop control
  • Tune PID parameters effectively
  • Apply Ziegler-Nichols tuning methods
  • Compensate for dead-time and process lag
  • Configure PID blocks in live controllers

Requirements

  • Basic algebra literacy
  • Familiarity with analog PLC structures

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Description

Master Proportional-Integral-Derivative (PID) math loops that keep process pressures, temperatures, and flows rock-steady. This course breaks down control theory into clear, easy-to-understand manual adjustment steps.

Master Proportional-Integral-Derivative (PID) math loops that keep process pressures, temperatures, and flows rock-steady. This course breaks down control theory into clear, easy-to-understand manual adjustment steps.

This comprehensive training program covers all aspects of PID Control Basics, from foundational concepts to advanced practical applications. Students will gain hands-on experience through lab exercises, real-world case studies, and project-based learning.

Who this course is for:

  • Basic algebra literacy
  • Familiarity with analog PLC structures

Course content

Total: 15 topics
  • Key concepts and industrial use case 30min
  • Practical demonstration and guided exercise 30min
  • Common faults, checks, and troubleshooting approach 30min
  • Key concepts and industrial use case 30min
  • Practical demonstration and guided exercise 30min
  • Common faults, checks, and troubleshooting approach 30min
  • Key concepts and industrial use case 30min
  • Practical demonstration and guided exercise 30min
  • Common faults, checks, and troubleshooting approach 30min
  • Key concepts and industrial use case 30min
  • Practical demonstration and guided exercise 30min
  • Common faults, checks, and troubleshooting approach 30min
  • Key concepts and industrial use case 30min
  • Practical demonstration and guided exercise 30min
  • Common faults, checks, and troubleshooting approach 30min

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About the instructor

CP
Engr. Christopher Peremoke
Pintech Automation Academy Instructor

Practical Instrumentation & Control Systems trainer for PID Control Basics.

Engr. Christopher Peremoke guides students through physical, hands-on industrial automation training using real tools, practical scenarios, and step-by-step lab exercises.

The training approach focuses on building confidence with real industrial systems, from wiring and setup to testing, troubleshooting, and commissioning.

This instructor currently handles 14 courses on Pintech Academy and has trained 0+ students across related programs.

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By Engr. Christopher Peremoke

PID Control Basics
On-Site Practical

Updated2026

  • 15 practical topics
  • Intermediate

Master Proportional-Integral-Derivative (PID) math loops that keep process pressures, temperatures, and flows rock-steady. This course breaks down control theory into clear, easy-to-understand manual adjustment steps.

  • Physical hands-on training
  • Real industrial tools and projects
  • Certificate and mentorship support