Electronics Engineering Career Path: Specialisations and Future Trends

You switch on the light and turn on your place’s Wi-Fi. Next, you use your device and start binge-watching Netflix on it. That seems like a perfect leisure activity. But do you realise that switching on the light, using that Wi-Fi, and streaming Netflix on your device are all engineering inventions? Everything around you, the devices you use, and the technology you access each day are engineers’ inventions. That is how impactful the engineering field is, not just for development but also for every other human.

One engineering field that made our lives easier is electronics engineering, a branch that focuses on developing and applying electronic devices and systems. So, basically, the phone devices that you use, the radio that you have at your place, or the television that you watch your favourite shows on each day are the inventions of electronic engineering. This field has played a pivotal role in the modern technological world and has shaped the way for new inventions every day.

With the blog below, we shall examine electronics engineering, its specialisation, and its future prospects.

What is Electronics Engineering?

Electronics engineering is the domain that focuses on developing and designing different electronic devices and circuits. Devices like resistors, capacitors, and inductors are used to create electronic equipment like radios, televisions, mobile phones, etc. Electronic engineering, which concentrates on the development of electronic devices, encompasses all these inventions. It is further divided into several other fields, like digital electronics, analogue electronics, embedded systems, power electronics, consumer electronics, etc.

Electronics engineering is often known as the subfield of electrical engineering. It is similar to any branch of another four-year engineering degree. The degree offers a promising future and several job roles across various industries with good pay scales. It deals with the study of physics, chemistry, mathematics, and other core subjects of electrical engineering, which a student further chooses as electives to specialise in.

Programme Outcome after Electronics Engineering Course

You will learn the following:

• Effective communication skills

• Basic knowledge of core subjects to solve engineering problems

• Prepare computerised reports and presentations using its tools and computer application software

• Basics of information technology

• Prepare and interpret engineering drawings

• Use cutting tools, equipment and tooling for the fabrication of jobs by following safe practices at the workplace

• Follow safe practices at the workplace

• Use appropriate instruments to measure various engineering parameters

• Electronic instruments and measurement

• Core concepts of electrical engineering

• Use appropriate procedures for preventing environmental pollution and energy conservation

• Environmental studies

• Assemble, test, and perform routine maintenance

• Soldering, testing, and measurement techniques at workplaces

• Knowledge of electronic devices and circuits

• Basic principles of communication engineering

• Basic principles of digital electronics and design of combinational and sequential circuits

• In-depth knowledge of digital electronics

• Write basic programming languages

Also Read: Your Guide to Become a Quality Engineer: Skills, Education and Career Path

Specialisations Offered in Electronics Engineering

Electronics engineering offers various specialisations to learners. One can specialise in any of the following areas, which delve into specific theoretical and practical concepts. Let’s check out the different specialisations offered in electronics engineering.

• Electronic Signal Processing

• Telecommunication Engineering

• Aviation Telecommunication Engineering

• Control Engineering

• Instrumentation Engineering

• Computer Engineering

Syllabus of Electronics Engineering Degree

Following are the core concepts that you will study if you opt for a degree in electronics engineering:

• Applied Sciences

• Engineering/Technological Courses

• Industrial Training Workshop

• Workshops

• Programming Languages

• Communication Systems

• Electronic Devices

• Network Studies

• Student-Centred Activities

Here is a generalised syllabus for what you will learn throughout the four years of your engineering degree in electronics.

Also Read: Top 10 Engineering Universities in India

Career Path: What after Electronics Engineering?

Electronics engineering is one of the most prominent and promising fields, offering excellent career growth and job prospects. After completing an electronics engineering degree, graduates can pursue a variety of job roles. Below are some of the positions available to electronics engineering graduates:

Average Annual Salaries of Various Job Roles after Electronics Engineering

Related: All About Electronics and Communication Engineering: Full Form, Career Opportunities and Scope 

Future Trends: Watch out for the ‘Rise of Electronics!

Engineering has been a popular discipline for ages, and with the advent of technology, the field has expanded into an endless domain. Electronics engineering, in particular, is a field with immense potential and directions yet to be explored. It is poised to become one of the most sought-after engineering domains in the near future. Here are some future trends in electronics engineering:

• Rise in Demand and Job: The demand for electronic engineers and professionals is expected to increase in the coming years, with a surge in business expansion and expenditure in this field.

• AI Amalgamation: AI’s popularity will influence various sectors, and electronics engineering will integrate AI into its practices and innovations.

• Sustainable and Eco-friendly: The field will adopt more sustainable practices to promote eco-friendly development and a greener future.

• Faster and Better Technology: With advancements, faster and more efficient technologies will be introduced, transforming the way we interact with the world around us.

• More Diversity and Dynamic Growth: Electronics engineering will continue to diversify and evolve, expanding into new aspects and pushing the boundaries of innovation.

Bottom Line

Engineering is one of the most pursued careers in India and worldwide, offering numerous opportunities in job growth, professional development, high salaries, and demand for new technological advancements. The future of electronics engineering looks promising, with expectations of remarkable growth and demand. If you are fascinated by the electronic devices surrounding you, consider pursuing a career in electronics engineering and dive into a field filled with continuous innovation and discovery.