Compare two majors
Pick any two majors to see courses, skills, and typical career roles side by side. Useful if you're weighing two options that sound similar, like Computer Science vs. Data Science, or Biology vs. Biochemistry.
Engineering
Electrical Engineering
Circuits, signals, and the systems that power modern devices.
Typical courses
- ✓Circuit Analysis
- ✓Electromagnetics
- ✓Digital Logic Design
- ✓Signals & Systems
- ✓Electronics (Analog & Digital)
- ✓Microcontrollers & Embedded Systems
Skills you'll build
Circuit design and analysisSignal processingProgramming embedded systemsUsing lab instrumentation (oscilloscopes, multimeters)Applying advanced math (differential equations, linear algebra)Debugging hardware and firmwareTechnical documentation
Good fit if you...
- ★Strong in math and physics, especially the more abstract parts
- ★Curious about how electronics and devices work internally
- ★Patient with detailed, methodical debugging
- ★Interested in both hardware and the code that runs it
Roles this could lead to
Engineering
Computer Engineering
Where hardware and software meet: chips, systems, and firmware.
Typical courses
- ✓Digital Logic Design
- ✓Computer Architecture
- ✓Circuit Analysis
- ✓Embedded Systems Programming
- ✓Operating Systems
- ✓Signals & Systems
Skills you'll build
Digital circuit and logic designEmbedded systems programmingUnderstanding computer architectureHardware/software integrationDebugging at both the hardware and code levelUsing lab and design tools (FPGA, simulation software)Technical collaboration on complex builds
Good fit if you...
- ★Curious about both circuits and code
- ★Enjoys building and debugging physical systems
- ★Strong in math and physics
- ★Interested in how hardware and software connect
Roles this could lead to
This comparison covers what each field of study typically includes. It's not a ranking, and it isn't a guarantee of course availability or outcomes at any specific school. See our disclaimer.