The Future Trends in Electrical & Electronic Engineering March 29, 2023

There are numerous specializations you can choose from while studying engineering. The electrical & electronic engineering program is one of those key specialties. When Scottish physicist James Clerk Maxwell presented the fundamental rules of electricity in mathematical form and demonstrated that electromagnetic energy radiation moves through space at the speed of light in 1864, it may be claimed that electrical engineering first emerged as a field of study.

At the moment, ambitious researchers and all electrical departments are concentrating on finding better ways to collect, store, and use energy for future needs. We will briefly examine the industry in this blog, as well as the recent trends in electrical engineering.

What is Electrical & Electronic Engineering all about?

As power is a concern of Electrical and Electronics Engineering (EEE), therefore ideas of power distribution, communication, and machine control are specifically included in its case study. Basic electrical and electronics engineering includes research in physics and other scientific fields, the design of manufactured tools, machinery, and systems, field testing, the creation of quality control standards, the oversight of manufacturing and production testing, engineering management, etc.

In general, admissions to UG programs at the best electrical & electronic engineering colleges in India require students to complete their 10+2 level of education in Science, with compulsory subjects like Physics, Chemistry, and Mathematics. Moreover, appearing for entrance examinations is also a mandatory criterion for getting admission to this program.

This course, however, is available in a variety of professional programs including the M.Tech, B.Tech, B.E., and Diploma. The TOMS College of Engineering and Polytechnic in Kerala offers diploma courses in electrical and electronic engineering. As a whole, its department seeks to give students practical training and skill-building programs that will help them build successful careers in their primary fields of study.

Also Read: The Different Types of Polytechnic Diploma Courses

What are the upcoming trends in electrical and electronic engineering?

The Electrical & Electronics Engineering department has had enormous developments throughout the years, but there have been no signs of a slowdown. A few intriguing electrical engineering trends to watch in the future are mentioned here:

Internet of Things:

This is one of the cutting-edge technologies that have a significant impact on many facets of the field of electrical and electronics engineering. The majority of the "Internet of Things" is a collection of objects that are linked together via the internet, including people, machinery, buildings, processes, and nearly everything around us. Electrical engineering and the Internet of Things are related to each other in a variety of ways, including smart grids, VLC (Visible Light Communication), and smart lighting.

Wireless Transfer of Electricity:

In the United States, the concept of transmitting power was created about two or three years ago. However, this technology allows electricity to travel great distances through materials including grass, air, plastic, and wood. Although this technology is still in its early phases, it is anticipated to advance further shortly. However, the best electronic manufacturers were able to take advantage of the wireless transfer of electricity by developing wireless chargers for cell phones, laptops, and headphones. Consequently, you might be able to do away with the power cables that are used frequently.

Use of Smart Grids:

As we are all aware, a grid is a system of electrical cables that distributes electricity to the general populace from a power source. And for a long time, the only source of electricity for the populace was a natural power grid. But because of developments in this field, the electrical system has been greatly improved. Additionally, by enabling end-to-end communication between power plants, distribution centers, and the user's electrical point-of-presence, smart grids successfully improve efficiency and save costs.

Drones:

The usage of drones in the engineering and construction industries is growing. Drones inspect some dangerous electrical zones to make the future of electrical engineering a safe area of study. The electrical engineering sector gains much-needed safety from the usage of drones in buildings. Drones are used across multiple sectors and are also being used to record, gather, and analyze data on the job site, which boosts efficiency and productivity.

Energy-Saving Lights:

Facts show that energy-saving light bulbs often utilize less than 80% of the energy required by conventional light bulbs. There are energy-saving LED lights installed everywhere right now, and this technology will go further. The LED lights, however, consume less energy when compared to CFL, and Halogen bulbs.

The below comparison chart shows the difference between these three:

Enhanced Battery Technology:

The purest sources of sustainable energy are, as is common knowledge, wind, and solar energy. Nevertheless, because batteries are essential to their operation, numerous electrical firms and departments are working to develop better batteries. This is one of the most influential trends in the electronics and electrical engineering sector.

In addition to these, several popular technologies are undergoing rapid development and will continue to advance. As a result, the future of electronics engineering will offer a lot to deal with, and it will be equally exciting to witness the development of incredible ideas.

Advantages of choosing electrical and electronics engineering as a career

There are countless benefits to choosing electrical and electronics engineering as a career option. Some of the top three benefits include the following:

• An engineering degree in electronics and electrical offers a variety of opportunities. By adding appropriate specializations to your resume while pursuing electrical engineering, you can improve your chances of landing a better job. In addition, you have the option of studying radio-frequency engineering, power engineering, microelectronics, telecommunications, or another field.
• While talking about the electrical engineering scope in future, there are ample opportunities available in renowned organizations. As you advance in the field, you will always have the opportunity to expand your skills as many companies offer some sort of skill-oriented training to newly hired electrical engineers.
• No matter what, there will always be a need for electrical engineers. Electrical engineers had to put in a lot of effort even during the COVID-19 pandemic to make sure that people had access to electricity in their homes, continuous Wi-Fi service so they could continue working from home, and the smooth operation of healthcare facilities so they could provide adequate medical care. Consequently, it is safe to say that a career in electrical engineering is relatively recession-proof.

Know about the salary of electrical engineers in India

The level of experience has the biggest impact on compensation. Naturally, your salary will increase as you get more experience. An electrical engineer with less than two years of experience makes about 17,300 INR per month, according to sources. A person with between two and five years of experience can expect to make 24,600 INR a month, which is 42% more than someone with less than two years of experience. Moving forward, someone with experience between five and 10 years earns 32,300 INR per month, which is 31% higher than someone with experience between two and five years.

Conclusion

We have seen that for both the agricultural and industrial sectors to grow quickly, the expansion of the electrical and electronics engineering industry is crucial. Therefore, this is one of the gratifying academic specialties that can present a wealth of future chances. We hope the blog gives a detailed view of the upcoming trends in the fields of electrical and electronics engineering sectors, and further related details.

FAQs

What was electrical engineering's initial practical use?

Samuel F.B. Morse created the telegraph in 1837, which is considered the first practical use of electrical engineering.

Where can I get a job after completing a diploma in electrical and electronics engineering?

Electrical Equipment and System Manufacturing Companies, Petroleum, Steel, and Chemical Industry, Power Generation and Transmission, Educational Institutions, and IT Industry are some of the sectors where you can work after completing an electrical and electronic engineering diploma course.

What are some of the required skill sets for electronics engineering?

Data Analysis, Communication, and interpersonal skills Drafting Electrical Plans, Organizational Skills, and Knowledge of construction plans and electrical circuits, are among the most important skills you need to have as an electronics engineer.

Is there any basic difference between electrical and electronics engineering?

Based on facts, electronics engineering works with "light current" applications like telephone and radio communication, computers, radar, and automatic control systems, whereas electrical engineering deals with "heavy current," or electric light and power systems and apparatuses. With advancements in technology, the separation between the sectors has gotten less obvious.

Which certificate courses are recommended for electrical engineers?

Project Management Professional (PgMP), Certified Systems Engineer Professional (CSEP), Certified Energy Manager (CEM), Programmable Logic Controller (PLC) course, and Supervisory Control and Data Acquisition (SCADA) are some of the certificate courses you can check out if you are willing to make a career in electrical engineering.