Industrial electrical engineering is an essential field that requires a unique combination of knowledge, skill, and expertise to ensure the efficient operation of warehouses and factories.

The industrial sector presents many unique challenges for electrical engineers due to the complexity of installation work required in these facilities. In this guide, we will discuss potential difficulties or opportunities that an industrial electrical engineer can face when working with heavy machinery or automation solutions and how new technologies are changing the nature of electrical engineering jobs in the industrial sector.

Types of Projects Involved in Warehouses and Factories

One of the primary responsibilities of an industrial electrical engineer is to design, install, operate, maintain, and repair complex systems within warehouses or factories. This includes wiring and circuitry, control panels, and other components related to automation solutions.

An industrial electrician must also be familiar with computers and software used in automated systems to ensure optimal performance.

Working with Heavy Machinery or Automation Solutions

Industrial electricians often work with heavy machinery such as conveyor belts, robots, cranes, hoists, lifts, forklifts, and other equipment used in warehouses and factories. Working with this type of machinery requires a high level of expertise, as safety protocols must be followed at all times to prevent accidents.

Additionally, installing automation solutions can present challenges as it requires a deep understanding of programming languages such as C++ and Java and data processing algorithms.

Technical Knowledge and Skills

Industrial electrical engineers must possess a great deal of technical knowledge and skill to be successful. This includes understanding how to read blueprints and circuit diagrams, use test equipment such as oscilloscopes and voltmeters, interpret schematics and wiring diagrams, troubleshoot problems with circuits or machines, install new systems or components into existing ones, program logic controllers (PLCs), develop preventive maintenance plans for equipment, write reports about repairs or installations, design control systems for machinery or equipment operations, solder parts onto electronics boards, and use hand tools such as wire strippers or crimpers safely and effectively.

Additionally, engineers must know how to properly operate heavy machinery, such as forklifts and cranes, when needed.

Computer Knowledge

Industrial electrical engineers must also have some familiarity with computers. This can include:

  • Using computer-aided drafting (CAD) software to create designs for projects.
  • Using software programs such as PLC programming language and ladder logic.
  • Being able to work with databases.
  • Knowing how to use spreadsheets for data analysis.
  • Understanding the basic principles of artificial intelligence (AI) programming.
  • Being able to work with microcontrollers.
  • Having a working knowledge of operating system programs.
  • Being comfortable with various internet applications, such as web browsers.
  • Having experience working with multiple computer networks; having experience using software programming languages like C++ or Java.
  • Being able to program robots using robotic process automation (RPA).
  • Understanding wireless protocols like Bluetooth or Wi-Fi.
  • Knowing how to troubleshoot computer issues related to hardware or software components.

The Impact of New Technologies on Industrial Electrical Engineering Jobs

Introducing new technologies such as artificial intelligence (AI) has caused a shift in the way electrical engineers approach projects within the industrial sector. AI-driven solutions allow for faster execution while reducing manual tasks’ labour costs.

Additionally, AI-driven tools can detect anomalies faster than human operators, which can help reduce the downtime associated with maintenance activities. As AI continues to become more sophisticated over time, more jobs within the industry will likely transition away from manual tasks towards automated ones that require less human intervention.

Safety Awareness

As an industrial electrical engineer, you must also possess excellent safety awareness to protect yourself and those around you. This includes following proper safety protocols when working with hazardous materials such as chemicals or high-voltage electricity, which means wearing protective clothing such as insulated gloves and adhering strictly to all relevant safety regulations set by government agencies.

Additionally, it’s essential that safety training be completed regularly so that any changes in protocol are followed correctly and consistently over time.


In conclusion, industrial electrical engineers must possess a great deal of technical knowledge and skills to succeed. This includes understanding how to use test equipment such as oscilloscopes and voltmeters, using computer-aided drafting (CAD) software, working with databases and spreadsheets for data analysis, and having experience with multiple computer networks and programming robots using robotic process automation (RPA).

Furthermore, safety awareness is essential when handling hazardous materials or high-voltage electricity.

If you need help developing your industrial engineering project or need any other assistance related to this field, then contact us now! Our team of experts has the tools and expertise to ensure that your projects run smoothly from start to finish.