5 Career Options in the Control and Automation Engineering Sector

The field of control and automation engineering is ever-evolving, with new technological advancements every day. As a result, the number of career options in this industry is also rising. From designing automated systems that can be used in manufacturing plants to managing complex technological operations, plenty of opportunities are available for those looking to enter this exciting field.

 

This article will explore five of the most popular career paths in control and automation engineering and what you need to do to start your journey down these lucrative and rewarding paths.

 

Control Systems Engineer

The role of a Control Systems Engineer is to design and develop control systems that can be used for various applications. These systems manage complex processes within any given setting, such as production lines, industrial equipment or other automated systems.

 

The engineer's job would involve researching suitable technologies and techniques, designing system architectures, and programming components like sensors or actuators. They should also be knowledgeable in industries such as mathematics, physics or electronics so they can better understand how modern control systems work to optimise their designs and make them more efficient.

 

Automation Engineer

An Automation Engineer's primary responsibility lies in creating automated manufacturing processes that reduce costs while maintaining high-quality standards. This usually involves creating programs that automate certain tasks within production lines without requiring human input or supervision while ensuring safety protocols are always followed.

 

These engineers must know computer science fundamentals such as coding and algorithm development and knowledge of various physical disciplines such as mechanics or chemistry to design viable solutions for their clients' needs.

 

Robotics Engineer

Robotics Engineers take research from theoretical concepts into the real world by developing robotic machines capable of performing tasks autonomously or under minimal human supervision.

 

This includes programming robots with different commands which allow them to move objects from one place to another or perform more complicated tasks depending on their environment. Robotics Engineers will also often collaborate with scientists from other fields, such as electronics or AI, to further develop the capabilities of robots by adding extra features, such as speech recognition or vision algorithms which help them interact freely with their surroundings better than before.

 

Industrial Controls Technician

Industrial Controls Technicians are responsible for maintaining existing automated systems previously designed by engineers using specialized tools and software so they remain operational while complying with safety regulations set by governing bodies like OSHA (Occupational Safety & Health Administration). They will also often support engineers during the design phase when needed, offering advice on potential improvements that could be made to existing configurations, so they become safer for workers operating machinery powered by these systems regularly.

 

Cyber-Physical System Designer

Cyber-Physical System Designers combine mechanical engineering and computer science elements to create self-contained robotic hardware units that can carry out predetermined operations without human input, such as self-guided vehicles driven by navigation algorithms instead of drivers behind wheels etc.

 

These designers must possess an understanding of both software engineering principles (such as coding platforms like Python) as well mechanical construction methods (like 3D printing etc.) to make sure these autonomous robots can build themselves fully independently if necessary, once given correct instructions beforehand while complying with safety guidelines set forth by governing bodies at all times.

 

A Train and Place Programme should help you switch to an Automation Engineering role.