Engineering Degrees

Engineers design and build everything from bridges and machines to circuits and software. Common paths include mechanical, electrical, civil, chemical, and computer engineering — all with strong earning potential.

Engineering ranks near the top for graduate earnings and job satisfaction. The coursework is demanding, but the payoff — in pay and opportunity — is among the best of any field.

ABET accreditation signals that an engineering program meets professional standards. It's often required to sit for the Professional Engineer (PE) license and is preferred by employers.

Some engineering degrees — especially at the master's level and in fields like software or industrial engineering — are available online. Lab-heavy undergraduate programs are more often on campus.

Engineering focuses on design and theory; engineering technology focuses on applying and implementing existing designs. Technology degrees are often more hands-on and shorter.

It's required for engineers who sign off on public projects (common in civil engineering) but optional in many industry roles. It involves exams and work experience and can raise your earning potential.

Petroleum, computer, and electrical engineering often top earnings charts, though pay depends on industry and location. Compare the schools above for real graduate-earnings data.

Engineering is math- and physics-intensive and demands consistent effort, but strong support systems and study habits make it very achievable. Many students thrive who didn't consider themselves 'math people' at first.

Expect calculus, differential equations, linear algebra, and statistics, applied to physics and design problems throughout the program.

An associate in engineering technology qualifies you for technician and support roles. Most professional engineering positions require a bachelor's degree.

Yes — federal aid plus a wide range of STEM and engineering-specific scholarships, and funded assistantships at the graduate level.