Control Engineering - What Is It?

Control Engineering

Control engineering is strongly linked to systems behavior that are handled in an automated way. Therefore, a control engineer is someone who will be in charge of developing various systems that maintain the desired operating design.

What is Control Engineering?

This engineering branch is one that uses a variety of technological systems whose purpose is to provide machinery control and to make sure that all the different processes that occur at the industrial level are going as planned. The systems used in control engineering to generate industrial automation are known as PAC controllers and also PLCs. 

To understand what control engineering is, it must be well understood that it uses CAM, CAD and CAX technologies, which allow the processes and machinery control to be carried out. Let’s be clear, this engineering branch is what makes industrial automation processes possible by significantly reducing human intervention.

Control Engineer - Who is?

Taking into account that control engineering frequently deals with computer science and mathematics, the professional engineers will have the necessary knowledge to apply their abilities and skills in order to develop various automated tools. On the other hand, a control engineer can maintain position of automated systems supervisor, detecting errors that may exist and therefore solve them as quickly as possible.

Roles & Responsibilities

A controls engineer is responsible for the equipment research, design, and development management used to monitor and control machinery or industrial procedures. In short, he makes sure that the processes run safely and efficiently. 

To design a complete control system, control engineers need to have a deep understanding of the processes involved, which usually requires interviewing internal experts who operate the machinery daily and the engineers who designed it. Control engineers must choose the necessary tools to measure the system correctly. Among his responsibilities is usually to investigate, select equipment and supervise its installation, taking into account costs and deadlines. 

Once the system is installed, control engineers must train the workers to use it and solve problems that may arise. Due to the nature of the position, it is common for them to lead teams, including other engineers and technicians. Control engineers also help to optimize existing systems to make them safer, more efficient, and economical.

What does a Control Engineer do?

  • Control systems research, design and management 
  • Optimize control system performance
  • Control systems data analysis.
  • Detect and diagnose problems
  • Existing systems control and maintenance 
  • Control algorithms & tools selection. 
  • To purchase  ICT equipment and to supervise its installation.
  • Hardware and software development for control equipment.
  • Develop, write and optimize PLC programs, HMI, etc.
  • Ensures safe and efficient industrial processes operation according to the project’s specifications
  • Lead workers teams, including other engineers and technicians.
Control Engineering - What Is It? article mid-adult-engineer-operating-cnc-machine-production-line-factory (1)

What Should a Control Engineer Know?

The professional control engineer profile can vary, since it depends on the area of ​​work in which it is implemented. In any case, it is necessary to have mathematics and computer science knowledge as well as the ability to apply this knowledge to solve specific problems.

A control systems engineer is a professional with solid knowledge of how organizations operate control systems, how they work in theory and how to apply them to real life industrial procedures . As a control engineer, a wide range of technical and skills are needed. These range from the ability to understand the systems, networks, hardware and software you work with, to the ability to communicate and collaborate with other business departments or customers.

In addition, knowledge of how to operate software’s such as Matlab, HMI, Simulink and PCI is required. You’ll also need a working knowledge of mobile, web, and desktop operating systems, as well as experience in analytics, robotics, artificial intelligence, and machine learning.

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