Classes To Take For Electrical Engineering

A program that prepares individuals to apply mathematical and scientific principles to the design development and operational evaluation of electrical and electronic systems and their components including electrical power generation systems.

Classes to take for electrical engineering.

Electrical engineering courses teach the use of electronics to create convey and manipulate information. Thevenin and norton theorems. Electrical engineers work on equipment and systems that produce or use electricity. If you re in high school and are considering in becoming an electrical engineer it s advised that you take courses in physics and mathematics including.

Some engineers focus on the generation of electric power. Electrical engineering programs may combine this course with an introduction to physics. Mesh and nodal analysis superposition. College courses needed to become an electrical engineer.

Those that wish to pursue a career as an electrical engineer and are enrolled in a bachelor of science program can choose to specialize in electrical engineering at the post graduate level. Electrical engineering courses egee 203 electric circuits prerequisites. Phasors and steady state sinusoidal analysis. Bureau of labor statistics the annual median salary for electrical engineers in 2011 was 85 920.

You ll master the basics of circuits and signal processing then move on to advanced subtopics such as microelectronics telecommunications and power and control engineering. Current voltage and power relationships. Response as a function of frequency. All electrical engineering undergraduates learn calculus to prepare them to use functions commonly applied in engineering design such as the laplace transform.

According to the u s. And the analysis of problems such as superconductor wave propagation energy storage and retrieval and. You should be prepared to study differential equations complex variables linear algebra and integral calculus during your electrical engineering education. Ohm s and kirchhoff s laws.

Rl and rc transients.