An Intensive Professional
Development Training Course on

Advanced Certificate in Process Automation

Maximising Process Control for your Operation

Course Options

How would you like to proceed?

Need a tailored solution or group booking discount? Contact our course advisors.

Why Choose Us

This Advanced Certificate in Process Automation training course develops advanced control knowledge for improving the efficiency, stability and safety of industrial operations. It builds on foundational instrumentation knowledge, moving beyond basic measurement towards process dynamics, tuning strategies and controller configurations. Particular attention is given to PID controllers, which form the backbone of numerous control applications. Correct controller configuration directly affects product quality, energy use and the overall reliability of automated systems.

Professionals working with automation, control loops and plant operations examine how controller behaviour influences performance in real operating environments. They explore approaches ranging from simple controller adjustments to more sophisticated control strategies, enabling them to select and implement suitable methods. Practical exercises, discussions and real applications make the learning accessible to participants at every level of experience. Delegates gain the confidence to apply tuning methods, optimise control loops and contribute effectively to process automation initiatives within their organisations.

This Advanced Certificate in Process Automation training course will highlight:

Understanding the role of PID controllers in control applications
Examining process dynamics and their effect on performance
Applying effective controller tuning methods
Evaluating controller configurations and behaviour
Selecting suitable control approaches for real applications
Optimising control loops for reliable automated operations

Why Choose Advanced Certificate in Process Automation

Course Goals

What are the Goals?

This Process Automation Training Course is designed to strengthen participants’ knowledge of how PID controllers and automation concepts affect operational behaviour. It focuses on understanding technical terminology, identifying control alternatives, and using tuning methods to enhance system stability and performance. By linking theoretical knowledge to practical techniques, delegates build the capability to troubleshoot, optimise, and communicate automation requirements effectively.

Upon completing this Process Automation Training Course, participants will be able to:

Select the most suitable control strategy using a PID controller
Comprehend the terminology and parameters related to process control and automation
Confidently use a range of open-loop tuning techniques
Apply closed-loop tuning strategies suited to process behaviour
Use cascade, ratio, and gain-scheduling techniques for advanced control
Examine model-based tuning methods for complex or dynamic systems

Learning Approach

How will this Training Course be Presented?

This Process Automation Training Course combines theoretical instruction with practical application in equal measure to develop a thorough understanding of control principles. Centred on genuine applications within the petrochemical industry, the course provides a balanced blend of hands-on simulation and essential instructional material. Delegates are encouraged to engage actively, raise questions, and examine process scenarios through modern training tools.

The training is delivered through:

Instructor-led technical explanations adapted to actual plant challenges
Hands-on exercises and simulation activities covering control and tuning
Group discussions that strengthen understanding of key automation concepts
Real-world examples and demonstrations aligned with industry practices
Daily review sessions to confirm comprehension and retention

The Course Content

Process Control, Terms and Definitions and Types of Control

Process dynamics and assorted processes that can be encountered
Process stability
Process responses (including first, second and high order processes)
Terms and definitions, associated with process control (Gp, Td, Tc, PV Tracking, etc.)
The different types of control that may be implemented

The PID Controller, Default Settings and Control Strategies

Proportional band percentage / Gain
Integral / Reset action
Derivative / Rate action
Default controller settings, for various processes
PID combinations that can be used, for various processes
Combined feedback and feed forward, integral windup, etc.

Open and Closed Loop Tuning, for the PID Controller

Ziegler-Nichols open loop tuning method
Ziegler-Nichols closed loop tuning method
Tuning methods to satisfy overshoot constraints
Tuning rules and guidelines
Non formalized (trial & error) open loop running methods
Non formalized (trial & error) closed loop running methods

Advanced Control Strategies, using a PID Controller

Cascade loops using PID controllers
Ratio control loops using PID controllers
Gain scheduling with a PID controller
Using a PID controller to deal with long dead times
Self-tuning controllers
Understanding Real vs Ideal, Saturated vs Non Saturated and Controller Equations

Model-based Control, for Applications where a PID Controller would not be Suitable / Optimal

Using a model-based system to deal with dead time
Using a Smith Predictor
Understanding Internal Model Control (IMC)
Dahlin’s controller
Understanding and Implementing Model Predictive Control (MPC)

Recognition

Certificate

• Wallstreet Development Academy Certificate of Completion for delegates who attend and complete the training course.

Frequently Asked Questions

The course focuses on process automation and maximising process control within an operation. Its title indicates an advanced treatment of the subject. Specific systems, technologies and syllabus topics are not provided in the available course information.

The main stated objective is to maximise process control for your operation through advanced process automation. This positions process control as the central operational outcome of the course. No more detailed objectives are included in the supplied information.

The training is centred on advanced process automation and the application of automation to process control. It is intended to develop understanding related to maximising control within an operation. The provided description does not list specific technical, software or equipment-based skills.

The word “Advanced” in the course title indicates that the training is positioned beyond an introductory overview. However, no prerequisites or required level of prior experience are provided. Beginners should confirm whether their existing knowledge is appropriate before enrolling.

You will study process automation with an emphasis on improving process control for an operation. The stated focus connects automation directly with operational control. Detailed learning objectives and individual topics are not specified in the available course material.

The course is relevant to professionals seeking advanced knowledge of process automation and stronger process control in their operations. The available information does not identify specific job roles, industries or entry requirements. Prospective participants should therefore assess its relevance against their own process-control responsibilities.

The course presents process automation as a means of maximising process control for an operation. This makes the relationship between automation and operational control its core theme. The available content does not describe particular control methods or automation tools.

No specific automation platforms, software packages or control systems are identified in the provided course information. The stated scope remains general: advanced process automation for maximising process control. A detailed syllabus would be needed to confirm coverage of particular technologies.