Electrical engineer, electrical systems, Electrical power, and electronics are at the heart of modern society. Specialists in engineering have transformed the twenty-first century with a number of technologies such as television, medical imaging, universal electric power systems and radio. With the study of electrical engineering, you’ll equip the knowledge of work of industry by giving them technological knowledge and engineering skills to improve, design and design electronic and electrical system.
Course Structure & Entry Requirements
The major difference between electrical and electronic engineers is that electronic engineers focus on small electronic units such as circuits whereas electrical engineers are concerned with large-scale distribution and production of electrical power. While studying electronic engineering you can develop the understanding of circuits used in modern technologies and electrical engineering degree develop with civil and mechanical engineering. If you have engineering skills and electronics knowledge with the strong interest in science and mathematics, electrical engineering degrees could be perfect for you. At an undergraduate level, students will learn about the underlying principles of this specialization in an area of interest. Universities or institutions offer the range of assessments and learning methods to prospective students such as tutorials, project work, laboratory work, group work, lectures and individual research. Some universities prefer students with strong background in science and mathematics.
Specialization in Electrical Engineering
There are many specializations in electrical engineering degrees depending on your interest. Degree in Aeronautical engineering majorly divided into many specializations available in each field.
Power generation and supply: To reduce or improve the issues of power distribution and generation for the modern society, specialization in power generation and supply is the most important course. This field prepares students to work in all stages of designing conversion facilities and power system for energy generation such as wind or solar power.
Communications and media: With the specialization in this field you’ll get the opportunity to study the broad range of media and technology applications such as satellite and digital broadcasting, wireless networks and fiber-optic communications.
Computer systems: The study of this specialization include processing of computer architecture, network communications, digital signal, cryptography, artificial intelligence, security and circuit design.
Robotic systems: The study of this specialization is the overview of the use of robots, control, design and construction in varied tasks and environments with practical experience in dealing and programming with robotic systems.
Careers in electrical engineering Degrees are varied and wide, as with most arts and humanities subjects. Following are the career options available in electrical engineering Degrees:-
- Electrical engineer
- Aeronautical engineer
- Power generation and supply
- Transport infrastructure maintenance and development
- Communications and media
- Computer hardware and software design
- Science and technology research