4 Years
Under Graduate
Engineering
The Bachelor of Engineering in Electrical and Electronics Engineering degree combines the study of electricity and electronics with the study of control systems, telecommunications, and biomedical engineering. In addition to the technical aspects of this degree, students in this program also learn about soft skills, such as critical thinking and analytical skills.
The first two years of this program focus on establishing a solid foundation in mathematics, physics, computer programming, and systems engineering. The final two years of the program focus on developing a more specific knowledge base that allows students to specialize in different areas of the field.
In addition to a bachelor's degree in electrical engineering, students may also study the field through technical electives. The electives can be in different areas of electrical engineerings, such as communications, signal processing, control systems, solid-state devices, and photonics. Students may also choose to pursue data science and machine learning. This degree program is a great fit for those interested in designing and manufacturing electronic devices.
In addition to studying electronics, students can also take courses in control systems, machine vision and artificial intelligence, communication engineering principles, and digital signal processing. These subjects help students develop specialized skills and gain an economic understanding of power systems, power electronics, and electrical energy.
Additionally, students may complete a full-semester internship to gain valuable practical experience. The Bachelor of Engineering in Electrical and Electronics Engineering degree program prepares students for the next level of study.
An electrical and electronic engineer can pursue a wide variety of careers, including in manufacturing, computer systems, and research. Electrical engineers can work in engineering firms, the federal government, and even in corporate consulting firms. They are capable of designing solutions to real-world problems, including power plants, automobiles, and communication systems. They may also pursue postgraduate degrees in engineering. And because their skills are so in-demand, they are often in high demand by employers.
The first year of an electrical and electronics engineering program usually includes foundational courses in mathematics, computer architecture, and engineering principles. Additionally, students will take advanced courses in computer architecture, lasers, and robotics. They will also be required to conduct hands-on labs to develop problem-solving skills.
Among the various advantages of an electrical engineering degree, one of the most obvious is that it is in demand. A job in electrical engineering can be challenging, but it is rewarding and has numerous benefits. The job outlook for an electrical engineer is better than the average for any other engineering field.
And because electrical engineers work on cutting-edge technology, they can become involved in a variety of projects. While the job prospects are good, there are risks involved and a person may be injured in the process. The risk is worth it, however.
The advantages of a BE Electrical And Electronics Engineering degree are many. Graduates will be well-rounded professionals and capable of accepting higher responsibility. They will be able to adapt to changing technology and accept new challenges in the workplace. They will be well-equipped to excel in four-year engineering technology programs.
These graduates will find jobs in many fields, including computer programming, electrical engineering, and electronics. So, while studying Electrical and Electronics Engineering, it is essential to be prepared for all aspects of your studies.
The candidates must have passed 10+2 in the relevant stream from a recognized board.
They must have a minimum aggregate of 55% to be eligible for the program.
The future is bright for electrical and electronic engineers, who will find rewarding careers in many industries. The growing need for electrical engineers is predicted to continue in the coming years. Current salary levels are also extremely high, and studies show excellent job security and future employment prospects. Electrical engineers are also in demand in a wide range of industries, from consumer electronics to transportation, and from manufacturing to chemicals to aerospace.
The field of electrical and electronics engineering encompasses the study of electricity, electronics, and electromagnetism. This discipline focuses on power generation and distribution, which are essential parts of everyday life. Electrical engineers are needed in industries ranging from large manufacturing to biotechnology.
They can also work in the defense industry, as they often have to deal with a variety of technological systems. In terms of job opportunities, graduates with this degree can earn up to 2.5 lakhs per year.
The growth of the electrical and electronics field is expected to continue throughout the decade from 2020 to 2030. Approximately 22,700 positions will be added every year in this field. It is a highly lucrative field and provides many opportunities to students, including in private industry and government agencies. A bachelor's degree in electrical and electronic engineering will prepare you for a career in almost any field that utilizes electricity.
The Bachelor of engineering in electrical and electronics engineering is a four-year degree program.
The average fees for the completion of the program are between 4 to 10 lacs or it may vary from college to college.
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