Courses To Take For Electrical Engineering

Thevenin and norton theorems.

Courses to take for electrical engineering.

Although the courses in this programme only cover the theoretical aspects of electrical engineering it will come in handy when you must do your practical training. Electrical engineering courses egee 203 electric circuits prerequisites. As students progress through an electrical engineering bachelor s degree courses continue to increase in difficulty. In upper level engineering courses some programs require students to choose a specialization.

Current voltage and power relationships. Rl and rc transients. Response as a function of frequency. You learn how to take systems and devices apart understand how they work and how to fix them.

Bureau of labor statistics the annual median salary for electrical engineers in 2011 was 85 920. Courses in electrical engineering are interdisciplinary. Entry level math and physics courses are typically prerequisites before students can take specific engineering. According to the u s.

Electrical engineering courses teach the use of electronics to create convey and manipulate information. Phasors and steady state sinusoidal analysis. For students interested in electrical engineering courses you can explore basic electrical and electronics engineering computation structures electronic interfaces and the principles of electric circuits through a wide range of online courses. 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.

Some engineers focus on the generation of electric power. Ohm s and kirchhoff s laws. 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. Study the engineering studies electrical n1 course you will receive an nqf level 1 national certificate this course will teach you the basics of electrical engineering.

Mesh and nodal analysis superposition. They focus on principles from physics mathematics computer science electromagnetism electronics as well as the fundamental electrical and electronic engineering concepts.