Electrical engineering is one of the most well-known branches of engineering and the most popular choice among students. This engineering field will assist you in becoming an expert in electronics and any electrically powered equipment. Electrical engineering is a difficult career path to take. Still, if you enjoy tinkering with machines or breathing new life into them, electrical engineering is the path to take.

The first department of electrical engineering in India was established in 1911 under the chairmanship of Prof. Alfred Hay. The Indian Institute of Science established the Department of Electrical Engineering (IISc). Later, in 1946, it was established as a separate department and was dubbed the Electrical Communications Engineering Department. This course lasts 4 years for graduation, 2 years for postgraduate, 5 years for integrated, and 6 months to 3 years for diplomas.

What Exactly Is an Electrical Engineering Course?

In India, there are three levels of education that provide you with electrical engineering knowledge based on your level of study. For example, if you want to become an engineer or start a new career, graduate courses offered by various universities are the best option. You can study courses such as B.E/B.Tech with a specialization of your choice.

A postgraduate degree advances your career and prepares you for future challenges, such as teaching. Diploma courses, which are mostly offered by polytechnic colleges, allow you to gain some specialized knowledge in addition to regular courses. To pursue diploma courses, you must have a background in the same field.

Electrical engineering students learn about the flow of electrical energy into various devices or machines. This course will teach you everything you need to know about electricity, which is one of the most important sources of energy in the world.

There are four levels to apply for in this course:

1. A) Graduation Course: This course is intended for 10+2 students with a PCM background. This course sharpens your skills to become a great future engineer by providing detailed information on aspects of electrical engineering.
2. B) Post-Graduation Course: This level focuses on practical knowledge rather than theoretical knowledge. The majority of the course is application-based. Through workshops, you will be required to apply your knowledge to real-life situations. With a typical duration of two years, students have the opportunity to master and hone their engineering skills.
3. C) Diploma Course: This level is primarily for those who already have a background in electrical engineering but want to specialize in the course. Students who have recently passed 10+2 or are in their final year can apply for this course, which lasts three years.
4. D) Ph.D. Course: These courses are for candidates who want to pursue this topic further and earn a doctorate degree in this field. This Ph.D. course, as an extensive research-based course, is designed for those who have a specific goal and reason for pursuing it. In India, students can apply for both part-time and full-time courses.

Specializations of Electrical Engineering in India:

• Signal Processing
• Integrated circuits
• Scientific computing
• Micro Electro Mechanical Website
• Physical Electronics
• Control, Intelligent System and Robotics
• Energy
• Electromagnet energy

Best Electrical Engineering Courses To Pursue In India

Every year, more than 1.5 million engineering graduates graduate in India, implying that every graduate who aspires to a successful and stable future faces stiff competition. Fortunately, engineering has many branches and sub-divisions that cater to the personal interests of the young aspirant fresh out of college. This list provides information and clarity on the most appropriate courses (in both the Core and Software fields) that will ensure full potential to those who have decided to pursue higher education after completing their foundation degree in Electrical and Electronics Engineering.

1. AUTOMATION TRAINING

Automation is a great place to start if you’re looking for certificate courses in Electrical. This course covers PLCs, SCADAs, DCSs, and other related topics. PLCs (Programmable Logic Controllers) are industrial computer devices that have been enhanced to meet the needs of manufacturing firms. The language used to program a PLC is very similar to electrical drawings. Training courses provide students with practical knowledge in order to equip them with the skills required for placement and industries. SCADA is another critical component of the Industrial Sector because its software aids in maintaining efficiency, assisting employees, and analyzing data to make critical decisions. DCS enables operators to collect and organize information in a hierarchical system. Later, it processes the information using computer language and distributes it to a large group of people regardless of where they are. Institutions throughout the city provide automation training. Aside from the course material, qualified laboratories and practical training to gain experience make this course useful and worthwhile for those looking to build a stable career.

2. ROBOTICS AND HUMANOIDS (ELECTRONICS)

Robotics is a course with a broad range of job opportunities, making it a highly sought-after course. Knowledge of kinematics and dynamics, as well as electronic engineering, is required in this field. The study material will cover topics such as electromechanics, robotic sensors, and fabrication. Micro Robotics, Digital Electronics and Microprocessors, Robot Motion Planning, Artificial Intelligence, and many other sub-specializations exist within robotics and humanoids. Engineers in robotics are in high demand in space research organizations and other industries. Technology advancement has propelled this branch of education to prominence, and teaching positions in both public and private universities are almost always available. Special industries require these Humanoids for food packaging, microchip manufacturing, and electronics building for those who enjoy building robots. The icing on the cake is the salary that comes with your level of expertise in robotics. The more experience you have, the higher your salary will be. A Robotics Engineer’s starting salary is estimated to be Rs. 5 Lakhs.

3. C-DAC

C-DAC is a good fit for engineering graduates who want to work in the electrical field. The six-month course prepares you for high-ranking MNCs by providing training in Computer Science, Electronics, Security, and Mobile Computing. Classes emphasize the practical over the theoretical, and practice is provided to ensure maximum understanding. Some of the Diploma’s core features include group studies and logic battles while writing programs and deducing concepts. It is strongly advised to enroll in a reputable institute, preferably in Pune, which is regarded as the epicenter of C-DAC learning, so the institutions are of the highest caliber. C-DAC is the first step for Engineering students who want to work in the IT industry. It will help students understand programming languages such as JAVA. The appeal of C-DAC is the ease with which concepts can be learned through group discussions and debates. Students can then choose to specialize in one of these sub-courses – DAC or DMC.

When compared to DMC, it is much more difficult to find a reputable centre for DAC, but the placement options for DAC are significantly greater. Furthermore, DAC provides a competitive salary. The salary at DMC is exceptional, but the benefits are meager. As a result, it is advised to pursue DAC after completing C-DAC. This course provides students with a sense of competence and perception of the IT sector, preparing them to progress from trainees to industry-ready graduates.

4. POWER SYSTEMS AND SOLAR PANELS (ELECTRICAL AND ELECTRONICS)

With adequate explanation, power system engineering introduces the fundamentals of underground cables, overhead line insulators, transient overvoltages, and insulation coordination. This subfield is responsible for the generation, transmission, distribution, and use of electric power. This course will be easier for electrical engineering students because power engineering draws on the core aspects of electrical engineering. Electricity generation, electric power generation, electric power distribution, and power system protection are the major fields that can be pursued further with ease because students are familiar with electrical components. Students must have administrative and organizational skills in order to produce outstanding projects while also coordinating with several other engineering disciplines. Solar Panels or Solar Energy courses essentially teach the technology of converting solar energy into electricity, heat, and solar fuels. With high demand and public awareness of solar panels, this course is a safe bet for confused EEE students. This course delves into the benefits, drawbacks, and challenges of various solar cell technologies. It is suggested that students generate creative ideas and collaborate to present excellent analyses of power cells and modules. Students will have gained high-quality knowledge of electrical and electronics engineering by the end of these courses, while also securing stable and prosperous careers.

5. PROGRAMMING LANGUAGE (SOFTWARE)

Although it may seem counterintuitive, computing and engineering have long been linked. Because programming is at the heart of both fields, students should learn as many language skills as possible. These programmes include JAVA, C Language, and Python, to name a few. However, as an engineering student, you must learn C programming because most languages are written in C. After mastering C, it is simple to understand other languages. Python is another language that is frequently used in Machine Learning, so it will be familiar to EEE students. MATLAB programming is the best choice for those interested in digital image processing and simulation. It all comes down to the student’s personal preferences. Another thing to keep in mind is that theoretical knowledge alone will not get you a job in a software company. Adequate practice and the supervision of a trainer will result in fruitful efforts. The most significant benefit for an EEE student interested in software is that there is no need to study in a school or center. There are numerous tutorials on the Internet that provide concise and impactful explanations.

Electrical Engineering Scope

Electrical engineering has a wide range of career options in industries such as electronics, power corporations, IT consultants or managers, communication technology, aviation technology, radio engineers, aviation power supply, electromagnet engineers, and so on. TCS, ONGC, MTNL, BSNL, and BHEL are some of the major hiring companies in India (Bharat Heavy Electricals Limited). Apart from private jobs, people with an engineering background have a better chance of getting government jobs.

An electrical engineer learns everything from the ground up, from small circuits to high-powered motors. Electrical engineering is useful in any industry, whether it provides technological services or not. When it comes to the Defense Services, electrical engineers provide services such as equipment construction, repair, and power supply, among others. Additionally, companies based on nuclear or atomic technologies, thermal power, technological consultancies, and so on hire people with an electrical engineering background.