What is electrical engineering?
Electrical engineering, one of the more recent engineering specialties, deals with the development, analysis, and use of tools, machinery, and systems that rely on electricity, electronics, and electromagnetism.
After the commercialization of the electric telegraph, and telephone, and the generation and distribution of electrical power, the field of electrical engineering began to take off in the late 19th century. Early experiments with crude batteries and static charges led to these advancements, which in turn produced Michael Faraday’s Law of Induction, which stated that the voltage in a circuit is proportional to the rate at which the magnetic field changes through the circuit. The fundamental ideas behind the electric motor, electric generator and transformer were influenced by the Law of Induction.
Computer engineering, electronics, instrumentation, optics, photonics, photovoltaics, power engineering, radio-frequency engineering, signal processing, systems engineering, and telecommunications are just a few of the many subfields of electrical engineering that have emerged in recent years. Electrical engineering’s various subfields may also intersect with those of other branches of engineering.
Branches of electrical engineering
Microelectronics: A branch of electronic engineering called microelectronics develops quickly every year. As suggested by the name, it deals with the production and development of small electrical components, primarily semiconductors. These devices are typically created on a micrometer scale using semiconductor materials.
Engineering Power: Electricity generation, transmission, and distribution are all studied in power engineering, also known as power system engineering. Transformers, motors, and generators are central to this area of engineering. Power engineers take care to provide streamlined operating procedures that guarantee safety and prevent power outages.
Processing of Signals: The focus of signal processing is on integrating, modifying, and producing signals, which can be audio, visual, or scientific measurements. Fundamentally, signal processing is used to improve transmission, storage efficiency, and the corresponding quality. It is concerned with taking in signals and converting them into understandable syntax.
Regulatory Engineering: In the majority of Europe, control engineering is also referred to as automation engineering and focuses on control systems. Control engineering encompasses everything from designing the equipment to repairing and managing the desired results. This type of engineering’s fundamental discipline is the use of control theory to modify how systems behave.
computer engineering: Around the world, electronic engineering is a very demanding field. It is a branch of engineering that deals with electronic devices, circuits, and components. In the systems where those circuits and devices are installed and put together, it is definitely applicable.
Best Electrical Engineering Schools in Texas
The top 20 universities in Texas are listed below, ranked according to how well they perform in electrical engineering research. The ratings of publications, which were then corrected for release dates and added to final scores, were calculated using a graph of the 97.5K citations received by the 4.21K academic papers produced by 11 Texas universities.
We don’t differentiate between undergraduate and graduate programs, and we don’t make a change for the available majors. On a university page, you can find information about degrees awarded, but you should always double-check with the university website.
Best Electrical Engineering Schools in Texas
| Institution | Category | Location | website |
|---|---|---|---|
| The University of Texas Department of Electrical and Computer Engineering | University department | EER, Speedway | http://www.ece.utexas.edu/ |
| Erik Jonsson School of Engineering and Computer Science, ECSS | College | Engineering and Computer Science Building, 800 W Campbell Rd | https://engineering.utdallas.edu/ |
| Cockrell School of Engineering | University department | 301 E Dean Keeton St | http://www.cockrell.utexas.edu/ |
| Department of Electrical & Computer Engineering | University department | Texas A&M University, Wisenbaker Engineering Building 3128, 188 Bizzell St | http://engineering.tamu.edu/electrical/ |
| Electrical and Computer Engineering | University | +1 713-743-4400 | http://www.ece.uh.edu/ |
| Lyle School of Engineering | University | Embrey Engineering Bldg, 3101 Dyer St Suite 105 | http://www.smu.edu/lyle |
| Department of Electrical and Computer Engineering | Engineering school | 1012 Boston Ave | http://www.ece.ttu.edu/ |
| Edward E. Whitacre Jr. College of Engineering | University | 902 Boston Ave | http://www.depts.ttu.edu/coe/ |
| UTA College of Engineering | University department | 634 Nedderman Hall 416, Yates St | http://www.uta.edu/engineering/ |
| Electrical & Computer Engineering | University department | 1981 Hawthorne St | http://engineering.utep.edu/ECE/ |
| College of Science and Engineering | University | 2840 W Bowie St Suite 102 | http://cse.tcu.edu/ |
| College of Engineering | University | Biotechnology Sciences and Engineering Building | |
| Department of Mechanical Engineering | University | +1 806-742-3563 | http://www.depts.ttu.edu/me/ |
| Electrical Engineering Stockroom | Engineering school | +1 806-742-1252 | |
| Zachry Engineering Education Complex | Education center | 125 Spence St | https://zachry.tamu.edu/ |
| Department Of Electrical Engineering | Department of education | · | https://www.lamar.edu/engineering/electrical/index.html |
| The University of Texas at Austin Biomedical Engineering (BME) | University department | 107 W Dean Keeton St | http://www.utexas.edu/ |
| University of Texas - Mechanical Engineering | University department | Engineering Teaching Center II - ETC, 204 E Dean Keeton St | http://www.me.utexas.edu/ |
| J. Mike Walker '66 Department of Mechanical Engineering | University department | 202 Spence St | http://engineering.tamu.edu/mechanical/ |
| St. Edward's University | University | 3001 S Congress Ave | https://www.stedwards.edu/ |
The work of electrical engineers
From electric motors and navigation systems to power generation machinery and the electrical parts of vehicles and personal electronics, electrical engineers design, develop, test, and oversee the production of electrical equipment.
With employment opportunities in a bewildering variety of industries, electrical engineering is a tremendously broad field. Electrical engineers play a crucial role in tens of thousands of businesses, whether they generate electricity or distribute it to devices like cars and smartphones.
Getting into Electrical Engineering
You can apply for licensure and certification as a professional engineer after receiving a degree (P.E.). When applying to become an electrical engineer, becoming a licensed professional engineer can help you stand out from the crowd and enter a field that is expanding and essential to today’s technology-driven society.
Although both are crucial, there is a spectrum of focus from more theory to more practical skills, according to Monk.
Speaking of communication and presentation skills, he adds that they are crucial in the field of electrical engineering because “it’s one thing to come up with a great new idea, but quite another to persuade your boss to use it.”
If you choose to work in the field of electrical engineering, you may not only contribute significantly to the creation of cutting-edge new technology but also have a significant impact on the electrical systems that are essential to our daily lives.
