Engineering Majors (USA)

The main engineering disciplines

US engineering schools offer programmes across a broad spectrum of disciplines. The most commonly offered undergraduate majors include:

- Civil Engineering: infrastructure, structures, transportation, water resources, and environmental systems. - Mechanical Engineering: design and analysis of mechanical systems, thermodynamics, manufacturing, and materials. - Electrical Engineering and Computer Engineering: circuits, electronics, signal processing, power systems, and the hardware-software interface. Many universities offer these as a combined ECE major or as separate degrees. - Chemical Engineering: chemical processes, materials, reaction engineering, and process design. Overlaps with biotechnology and materials science at many schools. - Aerospace Engineering: aerodynamics, propulsion, structures, and spacecraft systems; offered at a subset of universities. - Industrial and Systems Engineering: optimisation, operations research, human factors, and manufacturing systems. - Biomedical Engineering: applies engineering principles to medicine and biology; increasingly common at US universities. - Environmental Engineering: environmental systems, water and air quality, and sustainable infrastructure.

Many universities also offer emerging or combined programmes such as materials science and engineering, nuclear engineering, and others. Always check the official programme list on each university's engineering school website.

• Civil, Mechanical, Electrical, Chemical: widely offered at most engineering schools
• Aerospace, Biomedical, Industrial, Environmental: offered at a significant number of schools
• Emerging programmes: materials science, nuclear, systems engineering, and others vary by institution

ABET accreditation: what it is and how to check

ABET (Accreditation Board for Engineering and Technology) is the recognised US accreditor for engineering and technology programmes. Its Engineering Accreditation Commission (EAC) reviews and accredits undergraduate engineering programmes against published criteria covering curriculum, faculty, facilities, and student outcomes.

ABET accreditation is relevant if you intend to pursue professional licensure as a Professional Engineer (PE) in the US — many state boards of engineering require a degree from an ABET-accredited programme as a prerequisite to sit the Fundamentals of Engineering (FE) examination, the first step toward PE licensure. International students returning home after a US degree should also confirm whether ABET accreditation is recognised by the relevant engineering authority in their home country.

Search the current ABET programme database on the official website at abet.org. Accreditation applies to specific programmes, not to a whole university, so check the exact programme and campus.

Undergraduate curriculum: what to expect

Most US engineering bachelor's programmes include a foundation in mathematics (calculus, differential equations, linear algebra), physics, and chemistry, followed by discipline-specific core courses and upper-division electives. Engineering programmes also typically include a design project — often a capstone in the final year — that integrates skills across the programme.

Some universities have integrated or first-year common engineering curricula before students specialise; others admit directly into a discipline. Check the official degree requirements for each programme before applying, since the structure differs.

• Mathematics and sciences foundation (calculus, differential equations, physics, chemistry)
• Discipline-specific core courses in years 2–4
• Laboratory and design components throughout
• Capstone / senior design project in most programmes

Graduate engineering programmes

Graduate study in engineering in the US leads to a Master of Science (M.S.) or a Ph.D. M.S. programmes are typically one to two years and may be thesis-based (involving original research) or coursework-based (sometimes called a professional master's). Ph.D. programmes are research degrees of varying length, typically funded through teaching or research assistantships.

Admission generally requires a bachelor's degree in the same or a closely related engineering field, strong grades in technical subjects, and recommendation letters. The GRE General Test is required by some programmes and has been made optional or removed by others in recent years — confirm the current policy on each programme's official admissions page, as it changes. For international students, English proficiency tests (TOEFL or IELTS) are commonly required as well.

Career scope and professional licensure

Engineering graduates work across a wide range of industries and roles. The scope varies significantly by discipline, specialisation, geography, and economic conditions at any given time. No major guarantees a particular employment outcome, and career paths continue to evolve as technology changes.

For background occupational data, the U.S. Bureau of Labor Statistics Occupational Outlook Handbook (bls.gov/ooh) covers a range of engineering occupations. If you are interested in professional licensure as a PE, the National Council of Examiners for Engineering and Surveying (NCEES) maintains official information on the FE and PE examination process at ncees.org.