Electrical engineering is one of the most sought-after disciplines of study in today’s world. It plays an important role in many industries, from automotive manufacturing to medical research. With the rise of advanced and intricate electronic devices, electrical engineers are essential to developing solutions that make our lives easier and more efficient than ever before. Thousands of students are enrolled in electrical engineering programs across the globe to pursue a career in this field. There are various options for those who pursue a degree in the domain – from working as an engineer or technician to consulting or teaching within their specific field. This guide will provide insight into some of these career paths and tips on making the most of your degree.
Career options after a B. Tech electrical engineering from a reputed university can help the graduates land a high-paying job. By understanding the basics of the field and continuing their education through professional development courses or certification programs, graduates can position themselves for success as they enter the job market. From designing state-of-the-art electronic devices to helping businesses optimize their energy usage, there is no limit to what an electrical engineer can achieve. With the right resources and dedication, your career in the industry could be more successful than you ever imagined.
What is Electrical Engineering?
Electrical Engineering is defined as the branch of engineering that deals with the application, design, development and manufacture of electrical equipment and systems applicable in various sectors. Electricity plays a vital role for electrical engineers, as they utilise them (electricity, electronics and electromagnetism) to get the products and systems working.
Electrical engineering has specialisations in various fields such as power, electronics, signal processing, telecommunication, and computers. And a few of the core subjects included are electromagnetism, control systems, analogue and digital electrical circuits, microprocessors and microcontrollers, power electronics, and transmission and distribution.
Each sector has qualities and qualifications to be fulfilled by an electrical expert; hence, they have a wide range of opportunities to choose as a career; a few of the employment options are explained below.
Career after Electrical Engineering
Electrical Engineer
An Electrical Engineer’s job is much more than just working with wires and circuits. Their main role is designing, developing and evaluating electrical systems, testing them to ensure the requirements are satisfied, and developing new prototypes by implementing electricity in new forms. They work on household appliances, power plants, satellite communications, building wiring, medical equipment, microchips, microprocessors, computers, and more. Generally, the focus is on large-scale production.
The daily task of an electrical engineer includes planning projects, testing and rigorous evaluation, communicating with appropriate individuals for advice, performing maintenance, and more. An electrical engineer is needed in almost all enterprises; they can choose their career path based on their skills and interests. The average annual salary range is 3-3.5 LPA; as they gain experience, it keeps elevating.
Instrumentation Engineer
An instrumentation engineer is a person who designs, develops, installs, and maintains control systems. They mainly have expertise in creating controlled and automated systems. The primary goal of instrumentation engineers is to increase the industry’s scalability, profitability, safety, productivity, and stability. They can work in construction, automation, railway, control systems, and machinery. An instrumentation engineer is liable for designing, developing and maintaining control systems, iterating sensors with recorders, transmitters, display or control systems, conducting calibration, testing and maintaining systems, and more.
Electrical Design Engineer
The electrical design engineers are responsible for designing and developing a new electrical system. They must add or modify new layouts and specifications when needed to be in a design. Analytical thinking, problem solving, strong communication, and presenting skills benefit a design engineer. This role is the best if you like experimenting and thinking out of the box. As new technologies are enhancing, the demand for unique products is also increasing. It can be a great way to grow your career and earn. The average salary is 4 PLA.
Micro Electrical Engineer
A micro electrical engineer specialises in designing integrated circuits such as semiconductors, microchips, transistors, capacitors, diodes, resistors, insulators, and conductors. Their primary role is to design, conduct tests, and analyse the data to improve its performance. All these micro-components can be utilised in multiple industries, such as biomedical, electronics, aerospace, and information technology. As new products and systems are introduced in diverse enterprises, the demand for micro-electrical engineers is high, and the base salary can start at 3 LPA.
Advanced automation and robotic systems
A few decades ago, robotics and automation were all just imagination, but technology has taken a complete stir in the present automated world. They are making our daily lives convenient and productive; we can also say that occupation is highly competitive. Advanced automation and robotic system engineers’ main role is the design and develop robots suitable for industries that replace human labour and increase productivity, efficiency, speed, quality and performance. Stacker cranes, conveyors, the pallet shuttle, AI-powered assistance robots, cobots, mobile robots, and more are a few examples of what advanced automation and robotic systems engineer can develop. The salary ranges from 3 to 18 LPA in India, making it high paying.
Final Thoughts
Multiple career opportunities in distinct industries involve an electrical engineer. The responsibilities and demands may differ depending on the job role, but all the professions mentioned above are highly appealing and pay well. If you are excited about any of these work options, the main criterion is to have a bachelor’s degree in the electrical department or any other appropriate stream. CMR Institute of Technology (CMRIT) is among many electrical engineering colleges in Bangalore. The duration of the program is four years or eight semesters. Students who have graduated their 12th from a science stream with a minimum of 45 percent can apply. They can also join the college by clearing one of these exams CET/ COMED-K/ JEE/ AIEEE. Foreign and NRI students can also apply by submitting appropriate documents.
Electrical and Electronics Engineering (EEE) and Electronics and Communication Engineering (ECE) are best suited if you want to pursue your career in the Electrical sector. Pursuing your education with us will help you improve the academic and soft skills that will help you land one of the occupations mentioned earlier. We at CMRIT have various undergraduate programs available. We offer well-equipped labs, spacious and ventilated classrooms, well-stocked libraries, the campus house (hostel), an auditorium for conducting seminars, orientation, and extracurricular activities, a centre of excellence to improve students’ technical skills, and a sound placements cell. To learn more about our curriculum and the campus, contact us now.
