An electrical engineer primarily deals with the design, building, and maintenance of electrical control systems, machinery, and equipment. Electrical and electronic engineering are intertwined subjects. The electronic engineer focuses on smaller electronic circuits of computers and other modern technologies, while electrical engineers focus on large-scale production and distribution of electric power. Any undergraduate course will include the element of both. An ordinary day in the life of an electrical engineer may include work in transport, lighting, ventilation, power generation and distribution, manufacturing and construction, or renewable energy of short. He may need to manage the work of technicians and craftspeople, elaborate project plans, estimate project timeline, and costs, analyze the data, and ensure that health and safety regulations are met.
what consist of a degree of electrical engineer
You will develop technical, analytical, and engineering design skills.
First-year courses usually include all engineering degrees usually including mathematics, communications engineering and signals, engineering principles, systems, and communications and laboratory and presentation skills. There will also be modules specific to electrical engineerings such as circuits and fields, embedded systems projects, computer engineering, analog electronics real-time systems, and engineering programming.
In the second year, you are likely to study data analysis, signal processing, and control engineering, industrial management, digital system design and implementation, power supply electronics, analog system engineering, telecommunications, software engineering design, electrical engineering design, probabilistic and numerical techniques, and robotic systems among others.
Typical final year modules may include system modeling and control, electromagnetism, field waves and antennas, analog microelectronics, electrical machines, electronic design, digital design, web-based computing, energy conversion for motor and generator drives, digital video communications system, and power engineering.
There are many sub-disciplines of electrical engineering. Here are some of the popular sub-discipline :
Telecommunications Engineer
Microelectronics Engineer
Instrumentation Engineer
Signal Processing Engineer
Computer Engineer
Electronic Engineer
Control Engineer
Power Engineer
What you go on to do?
Primary employers for electrical engineers are the Civil Service or government, construction, consultancies, energy, manufacturing, transport and utility companies, engineering, computing, telecommunication, and the armed forces. As computer and mobile technology are developing, these became the main focus of electrical engineering works. The choice of freelance working is always available to you.
As an electrical engineer, your workplace will include laboratories, offices, and building sites. It totally depends on the nature of your project and the stage of your project.
As their career advances the management and responsibilities increase as well. They might need to work extra hours while meeting deadlines. It may involve both domestic and international travel.
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