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Electrical and Electronics Engineering, known as EEE in short, is a highly sought-after engineering discipline. The field lets you understand how electrical systems and electronic devices are designed, developed and managed.
If you’re planning to pursue a career in electrical and electronics engineering and want to know how to become an electrical and electronics engineer, you are at the right place.
This blog provides you with essential insights into Electrical and Electronics engineering. Learn about the EEE eligibility, scope, career options and more. Read and understand what this engineering discipline means.
Electrical and Electronics Engineering is an engineering branch that focuses on electricity and electronic devices. You learn how electricity is produced and distributed to homes and industries. You also learn how machines, circuits or gadgets work with the help of electricity.
Simply put, EEE provides you with significant knowledge of electricity, its use and its application. It helps design and develop electronic systems and devices, including sensors, chips, smart devices, and controllers.
You need to enrol on a B.E. or a B.Tech degree in EEE to study electrical and electronics engineering.
Electrical and Electronics Engineering is a special field of engineering that works on making power, circuits, designing electronic devices, and communication systems. It covers ideas from physics and maths and focuses on important topics such as electromagnetic theory. Electrical and electronics engineering is used in many fields, such as healthcare, telecommunications and manufacturing. It is the main field of engineering that has led to big changes in technology, like smart grids and AI-integrated robotics
Though electronic and electrical engineering share many similarities, you should understand that they are not the same. Electrical engineering is the study of how to make, use, and distribute electricity. On the contrary, electronics engineering deals with electrical circuits, systems and devices for processing data.
You should also know that you work with different types of systems in both disciplines. As an electrical engineer, you work with electrical systems, but as an electronics engineer, you work with electronic systems.
While the job roles of electrical and electronics engineers demand similar skill sets, their purposes differ. You can further understand it simply with an example. An electronics engineer designs a modern electrical device, but an electrical engineer designs a unique system which powers it.
You must follow the steps below if you wish to become an electrical and electronics engineer.
Step 1 – Pass Class 12 with at least 50% marks in PCM (Physics, Chemistry, Mathematics).
Step 2 – Pass an engineering entrance exam (national or state level), such as JEE Main, JEE Advanced or state CETs, such as KCET.
Step 3 – Apply for admission to a B.E. or B. Tech programme in EEE at a reputed institute like JU-FET.
Step 4 – Finish your four-year bachelor’s degree course. Try to gain practical exposure during this period.
Start 5 – After you get your degree, make your resume and start looking for jobs that are a good fit for you.
If you want to grow in your career as an EEE engineer, you must have the right skills. These skills combine both technical and interpersonal abilities.
Electrical and electronics engineering offers you a wide scope across many sectors. There is a high demand for EEE professionals in high-growth areas. Graduates can work in energy, automotive, telecommunications and manufacturing. As EEE forms the backbone of modern technology and infrastructure, there are multiple chances for career growth.
As an electrical and electronics engineering graduate, you can explore a diverse range of career opportunities. You can work as a power systems engineer, VLSI design engineer, telecommunications engineer, control systems engineer and more. Do you want to get an idea about the electrical and electronics engineering salary? The next section discusses the same.
You must know that EEE offers competitive salary packages with many significant growth opportunities. You can have a strong earning potential after gaining experience in this field. Your salary as an electrical and electronics engineer mainly depends on your experience and chosen sector.
The average salary of an electrical and electronics engineer in India is Rs. 11,000 to Rs. 29,000 per mont h. You can get an idea about the annual salary range below. These salary ranges are based on experience.
| Experience Level | Annual Salary Range |
| Entry Level (0-2 years) | Rs. 4-6 LPA |
| Mid Level (3-7 years) | Rs. 7-10 LPA |
| Senior Level (8-15 years) | Rs. 11-15 LPA and more |
| Expert Level (15+ years) | Rs. 15-50+ LPA |
There are multiple benefits of pursuing a degree in EEE. The top benefits of studying electrical and electronics engineering are shared below.
Offers a Wide Range of Career Prospects
If you've done Electrical and Electronics Engineering, you can fit into any place in the industry. You can work in power systems, telecommunications or even manufacturing.
You can work in power systems, telecommunications or even manufacturing.
Provides Knowledge and Skills to Shape Technology
EEE has always stayed close to the latest technological developments. As an EEE student, you’ll learn skills that help you contribute to areas like renewable energy and advanced electronic systems.
Helps Explore Global Opportunities
As an EEE graduate, you can look forward to strong job stability and plenty of career opportunities.
Electrical and Electronics Engineering offers a rewarding career for professionals with technical expertise and strong soft skills. As India moves towards sustainable development and digital transformation, the demand for EEE graduates will continue to grow.
JU-FET is a great place to start your journey as an EEE engineer. You can explore the Electrical and Electronics Engineering programme details now and get ready to apply.
A1: Electrical and Electronics Engineering is a four-year programme that combines electrical and electronics engineering. The programme helps students gain knowledge and skills to create and improve technology in electrical and electronic systems.
A2: Electrical engineering offers strong knowledge and skills for building, testing, installing and maintaining electrical systems and equipment.
A3: Students must have passed Class 12 with at least 50% marks in Physics, Chemistry and Maths. They must have also cleared the relevant entrance exams, such as CUET, JEE Main and KCET. The exact eligibility criteria may vary by institute.
A4: The electrical and electronics engineering scope in India is quite comprehensive. It offers job opportunities in telecommunications, power systems, automation and electronics. EEE graduates can find roles in the design and development of electrical and electronic systems.
A5: Choosing electrical and electronics engineering is a thoughtful decision for students, as they get strong knowledge of both electronics and electrical fields. There is a high demand for EEE professionals in smart technology, renewable energy and automation sectors. Individuals can also explore employment prospects in telecommunications and power systems.
A6: The main difference between electrical and electronics engineering is that electrical engineering mainly focuses on the generation, distribution and use of electrical energy, while electronics engineering deals with electric circuits, systems and devices to process data. Simply put, electrical engineering generates and moves power, while electronics engineering controls and processes information
A7: EEE or Electrical and Electronics Engineering focuses on the design, study and application of electrical systems and electronics. This highly sought-after engineering branch aims to improve electronic devices, communication and power generation.
A8: Yes. EEE is a good engineering branch as it offers excellent growth potential to graduates. Individuals can explore high-demand opportunities in sectors such as renewable energy and automation.
A9: EEE graduates can find job roles such as electronics engineer, communication systems engineer, control systems engineer and telecommunications engineer.