Electrical engineers are responsible for the design, development, testing, and management of electrical equipment. They’ve also been taught how to install wiring and lights in buildings, automobiles, and planes. The field of electrical engineering is growing rapidly as the demand for electrical engineers is increasing in the modern world.
With the advancement in technology, many electrical engineering specialization fields have been developed in recent years. This demand is growing in all areas all over the world. Electrical engineering specializations will help you to learn skills and knowledge which many potential employers seek.
Best specializations in electrical engineering:
Following are some of the best electrical engineering specializations fields:
A control systems engineer organizes and regulates many components of production processes. Computer programming, mathematical programming, and computer algorithms can all be learned through specialization in this discipline. It also helps us to learn diverse skills, including electrical, mechanical, and computer software systems.
Electrical engineers, mechanical engineers, and other related disciplines typically require a bachelor’s or master’s degree in control systems engineering. They earn $38.7 per hour on average. That works up to $80,489 each year! Between 2018 and 2028, the profession is predicted to generate 8,000 employment openings in the United States.
As a control system engineer, you can get a job as a:
- Petroleum Systems Engineer
- Industrial Systems Engineer
- Environmental Systems Engineer
- Software Systems Engineer
- Electronic Systems Engineer.
Communication and Signal Processing System
A signal processing engineer is a specialist in information technology who examines and modifies digital signals to improve accuracy and reliability. They create algorithms to improve the efficiency of digital signals by developing, managing, and updating them.
You need to get a degree or complete a recognized engineering fundamentals course in electrical, electronics and communication, mathematics, or related fields instrumentation engineering etc., which provide Signal Processing courses. Many sophisticated technology organizations are always on the lookout for signal processing professionals who can assist in developing current products or platforms.
These are the modern economy’s fastest-growing industries, and signal processing is the fastest-growing skill set in these domains. It is one of the fastest-growing electrical engineering specialization fields.
Job positions that can be occupied as a signal processing engineer are:
- Space Scientist
- Defense Engineer
- Machine learning Engineer
- Computer Vision Engineer
- Research scientist
- Digital Signal Processing Engineer.
Power system engineers are in charge of assessing interconnection standards and transmission feasibility, conducting system impact and facility studies, and testing new electrical components for wind turbine designs.
To work as a power systems engineer, you’ll require a bachelor’s degree in electrical engineering or a similar subject. Power engineering is a less demanding and stressful career than other engineering areas. It is also secure and generally well-paying employment, making it a viable career choice for people who do not want a high-profile engineering post.
Their job types can be:
- Power System Analytics
- Switchgear Controls and Automation
- Generator Paralleling
- Relay Protection and Automation
- Power System Assessments
Electromagnetic engineers create electromagnetic systems, technologies, and components such as loudspeaker electromagnets, electromagnetic locks, MRI. The courses in this degree will prepare you to work in electromagnetic technology (radio and computer networks) and hardware development.
The base salary for Electromagnetic engineers ranges from $77,16 to $97,052, with an average base salary of $85,694. There is also increasing demand for electromagnetics in the future.
Some of the jobs for electromagnetic engineers are:
- Electromagnetic Compatibility Test Engineer
- Electromagnetic Compatibility Engineer
- Motor Electromagnetic Design Engineer
- RF Hardware Electromagnetic Modeling Engineer
- Electromagnetic Environmental Effects Engineer
- Systems Modeling
- Simulation Analysis Engineer.
Electronic circuit chips, circuit boards, and semiconductors are designed and prototyped by microelectronics engineers. They build prototypes of novel ideas using their expertise in mechanical systems, new materials, and electronics. To write semiconductor reports, they need a specific understanding of technical writing, material science, and interpretive abilities to read, prepare, and compile progress reports.
The sector continues to flourish as demand for compact, low-cost devices rises. Research, reliability, and manufacturing are the three critical areas of attention. According to a report sent by the U.S. Bureau of Labor Statistics (BLS), the projected growth for electrical and electronics engineers was expected to increase by 1% from 2019-2029. It is due in part to a declining manufacturing sector.
Some jobs which microelectronic engineers can get are:
- Development Engineer
- Device Engineer, Equipment Engineer
- Manufacturing Yield Engineer
- Photolithography Engineer
- Process Engineer
- Process Integration Engineer
- Product Engineer
- Research Engineer
|Specialization||Expected Job Growth in 10 years|
|Computer and Information Technology||12%|
|Management Information Systems||15%|
|Systems Engineering||Civil: 20% Environmental: 15% Computer Hardware: 7% Industrial: 5% Electrical: 4% Materials: 1%|
According to the table above mentioned table, the best electrical engineering is systems engineering, with the highest potential for growth in the future. All these are the best electrical engineering specialization fields. Still, systems engineering has great demand in the future, and as mentioned above, systems engineering is expected to provide around 8000 jobs in the future.
We need systems engineering in all areas to manage efficiency in all fields. Thus, the best specialization in electrical engineering in systems engineering.
Why Specialize in Electrical Engineering?
Following are the reasons that will tell you why specialization in Electrical Engineering is important:
It’s in Demand, and Will Always Be:
Electrical engineers are needed in almost every business, including government, transportation, communications, technology, and utilities. They are conducting magnets and electric motor magnets. They build machines that are powered by or produce electricity using physics, electronics, and electromagnetic.
Electrical engineers work on a wide range of projects, including everything from small handheld gadgets to primary aircraft electrical systems. Engineers analyze and enhance systems by testing prototypes. This advanced level of automation is necessary for the progress of the world towards mechanization. Thus, the world needs people equipped with the best specialization in electrical engineering for its growth.
Plenty of affordable Electrical Engineering degrees to choose from:
Electrical Engineering degrees are inexpensive. Electrical Engineering courses aren’t all prohibitively expensive. You must know where to seek and how to find the most cost-effective and high-quality website. Because it’s less costly, it doesn’t mean you’ll have a bad learning experience. Furthermore, you will have a more relaxed attitude while learning a new language—hundreds of sites worldwide offer English-taught Electrical Engineering courses.
Easier to Get a Job in Electrical Engineering:
The majority of companies are looking for fresh minds with solid training. As a result, engineering college graduates have an easier time getting work in electrical engineering. They are ecstatic to find young people who can bend to their specific needs and develop into specialists. This is also why there is such a great need for electrical engineers in the job market. Many international technology companies require electrical engineers, and they are willing to recruit people from other countries if they are competent.
Opportunity to Study Abroad and at Top Engineering Schools:
The leading universities in the world offer electrical Engineering degrees. In classes using cutting-edge technology, you’ll study the trade secrets from the most excellent worldwide academics. This advanced education will assist you in taking your engineering abilities to the next level and equip yourself with the best specialization in electrical engineering.
Electrical engineering is an ever-growing field and with the right specialization, students can even prepare for PE Electrical exam to earn the license . Each specialization has its own separate areas of working and each one has a great potential for future growth. Students can opt from any field out of all the specialization fields that are offered for electrical engineering and learn a variety of skills and also earn huge opportunities for employment at the same time.