Information About a Double Major in Electrical Engineering and Computer Science
Students can earn a double major in electronics engineering and computer science by applying for acceptance to both majors, maintaining the grade requirements and completing all of the required courses. Programs in electrical engineering prepare graduates to work with communication systems and different types of equipment, such as lasers. Programs in computer science can prepare students to investigate computer-related crimes, create computer games or develop computer programs.
Admission Requirements for a Double Major in Electrical Engineering and Computer Science
Many schools prioritize academic achievement when considering student applications and will review high school transcripts and SAT scores or ACT scores. Students applying to major in computer science and electrical engineering may need to complete specific high school math and science courses, in addition to core courses, to qualify for acceptance. Schools may also consider supplementary application information, such as application essays.
Find schools that offer these popular programs
- Electromechanical Technologies
- Electronic Communications Engineering
- Instrumentation Technologies
- Laser and Optical Technologies
- Robotics Technologies
- Telecommunications Technologies
Double Major in Electrical Engineering and Computer Science Program Coursework
In addition to taking foundational courses in electrical engineering and computer science, students pursuing these majors are required to take courses in calculus, physics and chemistry. They also need to complete courses in such subject areas as communications. As students progress in their studies they may tailor their course selections to focus on specializations within both electrical engineering and computer science programs.
Students are introduced to different types of electrical circuits and how they work. They learn about the laws that govern circuits. Students also gain a solid foundation in analyzing electrical circuits using node and mesh methods.
Signals and Systems
Students learn how to define signals and systems. They also analyze signals and systems and learn about the differences between continuous-time and discrete-time signals and systems. They learn how to apply mathematical formulas when designing signals and systems as well.
Computer games and gaming systems are popular, and students who pursue game design studies can benefit from hands-on experience creating game programs. They learn about the software used to create computer games. Students also evaluate games to understand how to build a game story with characters and missions. They are familiarized with all aspects of world-building for computer games.
Cybercrime is a serious issue, and students who are interested in investigating cybercrimes are introduced to investigative strategies in a computer forensics course. Students learn how to retrieve and restore data on computer systems that can be used for prosecutorial purposes. Students are taught to work with various operating systems, including Linux.
Students interested in artificial intelligence benefit from studies that expose them to the ways that artificial intelligence can be used. They also learn about methods for creating artificial intelligence. Students examine issues with programming for artificial intelligence and explore solutions. Theories about artificial intelligence programming and related topics, such as machine learning, are also covered.
How to Choose Electrical Engineering and Computer Science Programs
Prospective students should first check with a school to see if pursuing a double major in these fields is an option. Some schools offer computer science and electrical engineering programs within their College of Engineering and prohibit double majors in these fields due to the similarities between course requirements.
If a double major is an option, students should consider their long-term career plans when choosing a program to ensure that it offers courses suited to their goals. Students studying electrical engineering may have the option of specializing in certain areas, such as communication systems or biomedical systems. Computer science students can choose to concentrate studies on areas such as computer gaming and security.
Career Options with a Double Major in Electrical Engineering and Computer Science
As of May 2016, electrical engineers earned a median annual salary of $94,210, according to the U.S. Bureau of Labor Statistics (BLS). From 2016 to 2026, the BLS reports that electrical engineers should see a job growth of 9%. With a double major in electrical engineering and computer science, graduates are qualified to pursue a number of other career opportunities in engineering or information technology, including: