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What are the main classes that are required in order to get a bachelors' degree in electrical engineering? #Spring26
For extra context, I plan on going to Western Carolina University in the fall of this year. I will be a freshman.
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Robert Rossi
Many things! But mostly chemistry and chemical engineering
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Albuquerque, New Mexico
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Robert’s Answer
If you search the website, you can find info panels like these:
https://www.wcu.edu/learn/departments-schools-colleges/cet/resources/WCU-Engineering-Electrial-and-Computer-Engineering-Technology-2025-26-Info-8-sem-plan.pdf
https://www.wcu.edu/learn/departments-schools-colleges/cet/resources/WCU-Engineering-Electrical-Engineering-Comprehensive-2025-26-Info-8-sem-plan.pdf
https://www.wcu.edu/learn/departments-schools-colleges/cet/resources/WCU-Engineering-Electrial-and-Computer-Engineering-Technology-2025-26-Info-8-sem-plan.pdf
https://www.wcu.edu/learn/departments-schools-colleges/cet/resources/WCU-Engineering-Electrical-Engineering-Comprehensive-2025-26-Info-8-sem-plan.pdf
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Teklemuz Ayenew’s Answer
Pursuing an electrical engineering degree is an exciting journey filled with opportunities to learn and grow. While each university and specialization may differ, most Bachelor of Science programs begin with foundational courses in applied mathematics, physics, and programming such as C++ and object-oriented programming. These subjects build the essential base for understanding how electrical and computational systems function.
As the degree progresses, students study core areas such as circuit theory, electronics, power electronics, digital logic design, electromagnetic fields (EMF), signals and systems, and numerical methods. These courses develop the ability to analyze and design electrical systems. This is followed by more advanced topics including digital signal processing, control theory, power systems, and embedded systems, which combine hardware and software in practical applications.
Throughout the program, students gain hands-on experience through laboratories, workshops, and electrical installation practice, which are key for developing real engineering skills. Electives allow further specialization in areas like communications, robotics, control, and energy systems. The degree typically concludes with a final-year project where students apply their knowledge to solve a real engineering problem. This degree not only equips you with knowledge but also inspires you to innovate and make a difference in the world.
As the degree progresses, students study core areas such as circuit theory, electronics, power electronics, digital logic design, electromagnetic fields (EMF), signals and systems, and numerical methods. These courses develop the ability to analyze and design electrical systems. This is followed by more advanced topics including digital signal processing, control theory, power systems, and embedded systems, which combine hardware and software in practical applications.
Throughout the program, students gain hands-on experience through laboratories, workshops, and electrical installation practice, which are key for developing real engineering skills. Electives allow further specialization in areas like communications, robotics, control, and energy systems. The degree typically concludes with a final-year project where students apply their knowledge to solve a real engineering problem. This degree not only equips you with knowledge but also inspires you to innovate and make a difference in the world.
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Andrew’s Answer
The basic requirement for an engineering degree is basic proficiency and competency in mathematics and physics.
It would be ideal if you have already completed AP Calculus AB and BC, and AP Physics in your senior year in high school. If not, you will have to complete Calculus I, Calculus II, General Physics I, and General Physics II in your Freshman year.
After that, there will be more advanced mathematics and physics courses, and, of course, electrical engineering courses along the way for your bachelor’s degree in electrical engineering.
It would be ideal if you have already completed AP Calculus AB and BC, and AP Physics in your senior year in high school. If not, you will have to complete Calculus I, Calculus II, General Physics I, and General Physics II in your Freshman year.
After that, there will be more advanced mathematics and physics courses, and, of course, electrical engineering courses along the way for your bachelor’s degree in electrical engineering.