Electrical & Electronics Engineering" is one of the fastest-growing and most in-demand engineering disciplines. It combines two most popular engineering disciplines: Electrical engineering and Electronics Engineering.
Electrical and electronics engineering is the engineering discipline that deals with the real-world applications of electricity in all of its forms, including those in electronics. Electronics engineering is a branch of electrical engineering that focuses on the application of electronic devices such as integrated circuits and transistors and the use of the electromagnetic spectrum.
When it comes to Electrical Engineering courses, there are numerous options available at the diploma, undergraduate, postgraduate, and doctorate levels. It can be pursued as a four-year undergraduate program offered by various institutions under the Bachelor of Technology (BTech). Those who want to delve deeper into this field after graduation can pursue an MS or MTech. The following are some of the major subjects you will study as part of Electrical and Electronics Engineering:
- Communication and Signal Processing
- Control Systems
- Power Systems
- Communication Systems
- Advanced Digital Signal Processing
- Integrated Circuits
- Microelectronic and Quantum Electronics
Demand for Electrical & Electronics Engineering Professionals
Electrical and electronics engineering jobs are in high demand. According to career forecasts, the percentage of electrical and electronics engineers staffed in 2016 will rise by 7% to 345,800 by 2026. As a result, there would be 21,200 more positions available in total. If we only consider electrical engineers, there were 188,300 positions available in 2016; by 2026, that number will have increased by 9% or 16,200 jobs.
Benefits of Electrical & Electronics Engineering
Electrical and electronic engineers work at the forefront of practical technology, improving the devices and systems we use every day. Here are some major benefits and reasons for pursuing Electrical and Electronics Engineering:
- Be at the forefront of future technologies
- Support others through your work
- Electrical engineers are in high demand
- Starting salaries are high in this field
- Many global opportunities
BTech in Electrical and Electronics Engineering Overview
The BTech in Electrical and Electronics Engineering is a four-year undergraduate programme. The curriculum was developed under the professional guidance of academicians and industrialists, with a strong emphasis on core and allied courses. The majority of the courses include laboratory practice followed by project work. The curriculum primarily assists students in gaining a solid understanding of core electrical engineering, electronics and communication systems, information, and other related fields. The BTech EEE curriculum is designed with the current and future industry requirements in mind (Industry 4.0).
BTech in Electrical and Electronics Engineering Syllabus
From the first semester to the eighth semester, the BTech in Electrical and Electronics Engineering syllabus includes a variety of subjects. Electrical engineering, electronics engineering, engineering chemistry, computer programming, mechanical engineering, integral transforms and complex analysis, VLSI design, microprocessors, power system protection and switchgear, environmental studies, and many other subjects are among them.
Eligibility Criteria for BTech in Electrical and Electronics Engineering
If a candidate wishes to be admitted to that particular college, he or she must meet that eligibility criterion. The following are the eligibility requirements:
- Candidates must have passed their 10+2 or equivalent examination from a reputable board with PCM as their main subject.
- Students must score at least 55% on their higher secondary board examination.
- A three-year diploma in a related subject from a recognised board is required for lateral entry students.
- The reservation category has a different eligibility criterion. They are given a slight grade reduction.
- All candidates must pass the entrance exam and meet the cut-off if they want to be considered for admission.
Job Prospects After BTech in Electrical and Electronics Engineering
Almost every industry requires electrical engineers for a variety of reasons. Therefore, after completing your degree in Electrical and Electronics Engineering, you will be able to pursue a variety of career opportunities in IT, industrial, corporate, media, and the semiconductor industry. Some of the popular job profiles available in this field are as follows:
- Design Engineer
- Test Engineer
- Sales Engineer
- Sound Engineer
- Broadcast Engineer
- Clinical Technologist
- Multimedia Programmer
In India, the average salary for an electrical and electronic engineer is around 6 lakhs per year. Entry-level salaries begin at 5.40 lakhs per year, with most experienced professionals earning up to 7.2 lakhs per annum.
Best Courses After BTech in Electrical and Electronics Engineering
Candidates who choose to continue their education after completing their BTech in Electrical and Electronics Engineering can pursue post-graduate, higher diploma, doctorate, or certificate programmes in various fields. They can select any engineering or other field-related course that interests them.
The following are some of the higher education options available after completing a BTech in Electrical and Electronics Engineering:
- Master of Technology in Power Electronics and Drives
- Master of Technology in Power Systems
- Master of Technology in Electrical Machines
- Master of Technology in Control and Instrumentation
- Master of Technology in Applied Electronics
- Master of Technology in Embedded Systems
- Master of Technology in VLSI Design
- Master of Technology in Nanotechnology
- Master of Technology in Nano Medical Sciences
- Master of Technology in Remote Sensing
- Master of Technology in Geo-information systems
- Master of Business Administration
- Master of Computer Application
- Advanced Diploma in DSP System Design
- Advanced Diploma in Real Time Operating Systems
- Post Graduate Diploma in Industrial Automation System Design
- Post Graduate Diploma in Wireless and Mobile Computing
- Certificate program in VLSI design engineering
- Certificate courses in Verilog and VHDL
- Doctor of Philosophy
Wrap-Up
Many industries today operate solely because of the contribution of skilled and knowledgeable electrical engineers. However, pursuing the course from a reputable University or college will leverage your career in the field of Electrical and Electronics engineering. If you are really intrigued with the course, choose a college or University that will help you have a successful career.