Given the sheer scale of the UK automotive industry, which employs more than 800,000 people and turns over more than £77 billion per year (according to the Society of Motor Manufacturers and Traders), the switch in emphasis to electric vehicles (EV) is big business. 

The global EV market is forecast to grow at a compound annual growth rate of over 21% between now and 2026, much of which can be attributed to the shift in focus from manufacturers. As the cost of lithium-ion battery technology decreases, traditional fuels like diesel decline and government initiatives encourage the production of EVs, research and development funds are being moved towards these exciting developments in the automotive industry. 

Opportunities for electrical engineers 
As the automotive market has evolved in recent years, so have the skill sets that the biggest players in the automotive industry are looking for. We have seen a growing demand for electrical engineers, for both permanent and contract roles, to help the traditional OEMs ramp up their production of electric vehicles. 

The job opportunities for electrical engineers are increasingly varied, with requirements for electrical engineers at the design and concept phase of new vehicles, as well as engineering vehicle parts during the build phase. And of course, electrical engineering skills continue to be needed for projects involving traditionally-fuelled vehicles too. 

Some of the most sought-after roles for electrical engineers in the automotive industry include electrical distributions systems (EDS), 3D design, design verification, systems and circuit engineers. 

The skills employers are looking for 
Most employers will be looking for electrical engineers with a degree in either automotive or electrical engineering. If your degree is accredited by a professional body, that’s a good differentiator.

 As well as a degree, employers like to hire from within the automotive industry as the workload in the sector is so fast-paced. It is possible to transfer into automotive if you have a background in aerospace or maritime, but an employer will need you to demonstrate your ability to meet deadlines, efficiency and manage budgets, to give them confidence in your ability to work in a sector with such a short project lifecycle. 

If you have these qualifications and skills, you are well on the way to embarking on a career in one of the most exciting industries out there.

Given the sheer scale of the UK automotive industry, which employs more than 800,000 people and turns over more than £77 billion per year (according to the Society of Motor Manufacturers and Traders), the switch in emphasis to electric vehicles (EV) is big business. 

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Why the automotive industry needs electrical engineers?

A lot of people are talking about smart cities – but do you know what they are?  How a Smart What defines a smart city and makes it different from a regular city?
In general, a smart city is a city that uses technology to provide services and solve city problems. A smart city does things like improve transportation and accessibility, improve social services, promote sustainability, and give its citizens a voice.

More often than not, city problems are actually problems with bad infrastructure. For example, inefficient resource management leads to waste, polluted waterways, and traffic jams. But smart city infrastructure can help with city problems by making resource management easier, more efficient and more responsible.

On top of that, a smart city should help its citizens lead healthier, safer, and more productive lives.
A smart city uses information and communication technologies (ICTs) to improve the efficiency and quality of life in urban areas. These technologies can monitor air quality, manage traffic, reduce noise pollution, and provide real-time information about hazards and other important events.

A lot of people are talking about smart cities – but do you know what they are?  How a Smart What defines a smart city and makes it different from a regular city?

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What Exactly is a Smart City?

Different Types of Electrical Circuits and How do they Work

There can be many different types of electrical circuits. However, not all such connections are desirable from the point of view of the safety of your workplace.

 A short circuit is a situation where a low-resistance electricity flow path is created accidentally, like when two wires come in close contact with one another and electric current starts to flow along a path that is different from that of the circuit. This is a potentially dangerous situation where a lot of electric current starts to flow through electrical components not designed to handle it. A large amount of heat may be generated resulting in fires. That is why, as a safety-conscious business owner, you should ensure that high-quality fuses and circuit breakers are installed within the electrical system at your commercial spaces.

These components automatically open the electrical circuit and break the flow of electric current when there is more-than-average flow of current. This prevents electric current from heating up the components of your lighting devices and damaging them.

As the name suggests, a parallel electrical circuit is made up of a number of electrical circuits that derive power from the same source of electricity. For instance, like the wiring system of a house, you may choose to create parallel circuits throughout your commercial premises where all the lights and other electrical appliances will be powered from the same electrical source.

 Even if one lighting devices fails to operate, power is still supplied to all the other lights, and your office space is never in darkness. On the other hand, if there is a short circuit, the fuse and the circuit breakers swing into operation and disrupt the flow of electricity. The voltage again comes back to zero, and a potential disaster is prevented. The following diagram shows two situations of a parallel circuit: when it is operating as it should and when there is a short circuit.

In a series circuit, all the elements are connected end-to-end, and electric current with the same voltage flows through these components in a sequential manner. The total voltage flowing through the entire circuit is the sum of the voltages passing through each component.

 However, a major disadvantage of a series circuit is that if one lighting device in the circuit does not operate (is damaged or fails to light up for any reason), all the lights in the series will not be lighted because the circuit has been broken. That is why, a series circuit is unsuitable in business premises. After all, you will not want your production activities to come to a stop if one bulb somewhere within the premises fails to light up. On the other hand, all the lighting devices in a parallel circuit have their own circuits. If one lighting device fails, the circuits of the others are unaffected.

 The above-mentioned pieces of information about electrical circuits in the context of light bulbs will help you make the electrical systems at your workplace safe for your employees and equipment. This knowledge will ensure that your lighting devices are always powered by a steady supply of electric current and are not damaged during a short circuit. This, in turn, ensures that these devices perform optimally by providing adequate illumination, lasts long, and increases the return on your investment.

If you have these qualifications and skills, you are well on the way to embarking on a career in one of the most exciting industries out there.

You need to be able to determine how the circuit works under normal conditions and what effect changing one of the circuit inputs has on the circuit operation. For example, what happens to the overall circuit operation when a push-button is pressed; which relays energize, which lights illuminate, does the pump start or stop, etc. You also need to be able to determine what effect a faulty component may have on the circuit operation.

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Understand how the circuit works

Whether you like it or not, we’re living in (and for the most part, embracing) a modern, fast-faced world that’s driven by electronics. The industry will always be needing people to innovate and develop new electronic systems and gadgets. The demand is constant in nearly every sector, so you can guarantee you’ll see jobs posted anywhere from the rail industry right through to the aerospace industry. Here are a few more points as to why you should consider a career in electrical engineering:

Electrical Engineers work in lots of different areas. Labs, offices, mines, power plants and more. They’re needed to design, plan, and supervise multiple projects. On site work is equally as important, but it won’t be your only work environment in this sector.

Areas such as defence need adaptable workers who can work in various environments. If you can’t stand monotony, keep reading - electrical engineering is probably right up your street.

If you’re new to the engineering and technology industry, this is can be a good thing. The industry frequently needs a fresh mindset to help keep it going and to stay revolutionary. As a graduate, your chances of getting into electrical engineering are quite good if you’re creative and have lots of ideas and methods up your sleeve.

There’s a huge benefit to the large demand for electrical engineers - the need is worldwide. You’ll have plenty of opportunities to travel with such a versatile qualification. A lot of electrical engineering jobs allow you to work in various places a few times a year too.

There’s a good element of job security in the world of electrical engineering. The industry might have a demand for fresh thinking, but there’s an equal demand for experience and skills that you’ll only be able to acquire on the job.

Whether you like it or not, we’re living in (and for the most part, embracing) a modern, fast-faced world that’s driven by electronics. The industry will always be needing people to innovate and develop new electronic systems and gadgets. The demand is constant in nearly every sector, so you can guarantee you’ll see jobs posted anywhere from the rail industry right through to the aerospace industry. Here are a few more points as to why you should consider a career in electrical engineering:

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Why You Should Consider A Career in The Electrical Industry

If you’re passionate about the concepts of electricity and electronics; if you want to become a renowned Acoustics Engineer; if you are keen to apply the notions of electrical engineering in electronics engineering then electrical and electronics engineering and you are made for each other. Choosing electrical and electronics engineering is highly beneficial to the students as they are a perfect fit for both the industries; i.e. electrical industry and the electronics industry.

You can choose a job for yourself from a wide range of opportunities. You can opt to become a broadcast engineer, CAD Technician, design engineer or a control & instrumentation engineer. These are just a few names when it comes to choosing your career; the actual list is quite long. An electrical and electronics engineer is welcomed everywhere and they are also highly revered in society as they are the people responsible for making our lives easier. They are the ones who deal with both electricity and electronics. An electrical and electronics engineer is also quite good with problem-solving, reasoning, and analytical skills and for these reasons; they get a warm welcome in any industry as recruiters and HR professionals are always on a lookout for such candidates.

If you’re passionate about the concepts of electricity and electronics; if you want to become a renowned Acoustics Engineer; if you are keen to apply the notions of electrical engineering in electronics engineering then electrical and electronics engineering and you are made for each other.

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Opportunities for electrical engineers 
As the automotive market has evolved in recent years, so have the skill sets that the biggest players in the automotive industry are looking for. We have seen a growing demand for electrical engineers, for both permanent and contract roles, to help the traditional OEMs ramp up their production of electric vehicles. 

The job opportunities for electrical engineers are increasingly varied, with requirements for electrical engineers at the design and concept phase of new vehicles, as well as engineering vehicle parts during the build phase. And of course, electrical engineering skills continue to be needed for projects involving traditionally-fuelled vehicles too. 

Some of the most sought-after roles for electrical engineers in the automotive industry include electrical distributions systems (EDS), 3D design, design verification, systems and circuit engineers. 



As the automotive market has evolved in recent years, so have the skill sets that the biggest players in the automotive industry are looking for. We have seen a growing demand for electrical engineers, for both permanent and contract roles, to help the traditional OEMs ramp up their production of electric vehicles. 

Given the sheer scale of the UK automotive industry, which employs more than 800,000 people and turns over more than £77 billion per year (according to the Society of Motor Manufacturers and Traders), the switch in emphasis to electric vehicles (EV) is big business. 

The global EV market is forecast to grow at a compound annual growth rate of over 21% between now and 2026, much of which can be attributed to the shift in focus from manufacturers. As the cost of lithium-ion battery technology decreases, traditional fuels like diesel decline and government initiatives encourage the production of EVs, research and development funds are being moved towards these exciting developments in the automotive industry. 



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Published Chronicles

Why You Should Consider A Career in The Electrical Industry

Why the automotive industry needs electrical engineers?

Understand how the circuit works

Why You Should Consider A Career in The Electrical Industry

21 Jun 2021

Why the automotive industry needs electrical engineers?

21 Jun 2021

Understand how the circuit works

21 Jun 2021

Designing the latest in electrical and electronics for vehicles

21 Jun 2021