Mechanical Engineering vs Electrical Engineering
Mechanical engineering is about the physical world in motion—from the massive gears in a wind turbine to the tiny springs in a medical device. Your coursework will be grounded in forces, heat, and materials, often leading to hands-on projects where you design and build something you can actually hold. This degree is incredibly versatile, opening doors in the expected aerospace and automotive industries, but also in surprising fields like theme park ride design or creating next-generation athletic equipment. It’s a great fit for visual thinkers who have a strong intuition for how physical objects interact and enjoy solving tangible problems.
Electrical engineering deals with the invisible forces that power our world, focusing on circuits, signals, and electromagnetism. The work is often more abstract, leaning heavily on advanced math and programming to manipulate electricity on scales from microchips to the entire power grid. While it’s the foundation for computers and smartphones, an EE degree can also lead you to careers in audio engineering, medical imaging, or developing renewable energy systems. This path suits students who enjoy logic puzzles and abstract thinking, as a graduate degree can be essential for cutting-edge roles in areas like semiconductor design.
Mechanical Engineering
Electrical Engineering
Head-to-Head
| Mechanical Engineering | Electrical Engineering | |
|---|---|---|
| Median Year 1 Earnings | $70,744 | $77,709 |
| Avg. 5-Year Earnings | $92,395 | $101,375 |
| Salary Range (Year 1) | $35,250 – $92,315 | $28,086 – $139,337 |
| Avg. 4-Year Tuition (In-State) | $93,207 | $78,668 |
| Avg. Student Debt | $22,440 | $22,491 |
| 5-Year Salary Growth | +31% | +31% |
| AI Automation Risk | 53% task exposure | 56% task exposure |
| Avg. DegreeOutlook Score | 67/100 | 69/100 |
| Programs Nationwide | 320 | 262 |
Year 1 Earnings Distribution
How earnings vary across schools for each major. Wider spread = more variation by school choice.
Career Paths
Top careers for each major by median wage. These reflect BLS occupational data mapped to each degree's CIP code.
Mechanical Engineering
| Career | Wage | Growth | AI Risk |
|---|---|---|---|
| Architectural and engineering managers | $167,740 | +3.8% | 41% |
| Aerospace engineers | $134,830 | +6.1% | 57% |
| Engineering teachers, postsecondary | $106,120 | +8.1% | 50% |
| Mechanical engineers | $102,320 | +9.1% | 66% |
| Cost estimators | $77,070 | -4.2% | 50% |
Electrical Engineering
| Career | Wage | Growth | AI Risk |
|---|---|---|---|
| Architectural and engineering managers | $167,740 | +3.8% | 41% |
| Computer hardware engineers | $155,020 | +7.3% | 73% |
| Aerospace engineers | $134,830 | +6.1% | 57% |
| Electronics engineers, except computer | $127,590 | +6.2% | 67% |
| Engineers, all other | $117,750 | +2.1% | 46% |
| Electrical engineers | $111,910 | +7.2% | 56% |
The Bottom Line
These are averages across all schools — your outcome depends heavily on which school you attend and what career path you pursue.