Title: Electrical Engineering Degree | ASU Online
Headings: Online Bachelor of Science in Engineering in Electrical Engineering
Online Bachelor of Science in Engineering in Electrical Engineering
Degree questions, answered.
Earn your electrical engineering degree from an accredited institution
How long does it take to get an electrical engineering degree and what courses will I take?
EEE 334: Circuits II
EEE 350: Random Signal Analysis
EEE 489: Senior Design Laboratory II (L)
EEE 488: Senior Design Laboratory I (L)
FSE 100: Introduction to Engineering
CSE 100: Principles of Programming with C++ (CS)
EEE 120: Digital Design Fundamentals
EEE 202: Circuits I
What can I do with an electrical engineering degree?
Aerospace Engineer
Computer Hardware Engineer
Electrical Engineer
Electronics Engineer
Energy Engineer
Nuclear Engineer
Radio Frequency Identification Device Specialist
Solar Energy Systems Engineer
Telecommunications Engineering Specialist
Learn from engineering researchers and electrical engineering professionals
Electrical engineering degree requirements
1. Review competency requirements
2. Review other admission requirements
3. Complete online application
4. File your FAFSA
5. Request ACT or SAT scores
Don't meet admission requirements?
An online electrical engineering degree from a first-class institution
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Content: The electrical engineering degree starts with fundamental courses focused on advanced math, science and the engineering design process. Later in the program, you’ll have the opportunity to take specialty courses covering electromagnetic fields, microprocessors, solid-state electronics, hardware design, circuits, photovoltaic cells, energy systems and more. Lab courses include industry-standard design and simulation tools to help you apply your knowledge and gain practical experience. As a student in this program, you’ll also have the option to pursue a concentration in electric power and energy systems. Read more
What do electrical engineers do? Electrical engineers design, develop and test electrical equipment and systems. This means their work ranges from managing the largest power grids to designing the smallest electrical components in your cell phone. A few examples include creating algorithms to better process digital signals, working on antennas, designing circuits systems, developing transistors and more. As the world becomes increasingly digital and electronic, electrical engineers are needed in a variety of fields including: Auto industry.