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Scan for outdated or missing drivers - takes under a minuteDriver Scan →Clear out junk files and repair common Windows errorsFree Scan →So you want to be an engineer? Here’s where you start: first, compare the problems different engineers solve; then check the education and experience required for the work that interests you. There is no single best branch or route for everyone. The steps below use U.S. examples where noted; degrees, job titles, admissions rules and licensing requirements vary by country and specialty.
Start by comparing the work, not just the job titles
Engineering is not one kind of work. Before choosing a major, compare what different specialties design, build, operate or improve, and consider the people and systems affected by that work. An introductory course, a conversation with an engineer, or an official occupational profile can make those differences more tangible than a list of branch names.
Use a few consistent questions to compare options:
- What problems and systems does this specialty focus on?
- Which subjects and kinds of coursework are central?
- Where do people in the field tend to work, and who do they collaborate with?
- What degree programs, labs or design experiences prepare students for the work?
- Are internships or cooperative education placements available through programs you are considering?
- Does the work you may want to do involve public-facing responsibility or professional licensure?
For U.S. occupational descriptions, the Bureau of Labor Statistics (BLS) profile for mechanical engineers is one concrete example, not a template for every branch.
Build a foundation that fits your education system
Math and science preparation is a sensible foundation for exploring engineering, and computing or hands-on design can help you test what you enjoy when those opportunities are available. Course prerequisites differ by country, school and program, so check the admissions requirements of the actual programs on your list rather than relying on a universal high-school course checklist.
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If you are already in college or changing direction later, review prerequisite courses and transfer policies early. A program’s curriculum will show what preparation it expects and how that foundation develops into engineering coursework.
Compare degree programs before committing
In the United States, a bachelor’s degree is typical for many engineering occupations; the BLS identifies it as the usual entry-level education for mechanical engineers. Requirements still depend on the specialty and employer. Review the specific degree program—not only the institution’s name—and weigh:
- Core courses, laboratory work and design projects.
- Program cost and available financial support.
- Transfer options if you may start at another institution.
- Access to internships or cooperative education.
- Whether the program’s accreditation fits your goals, especially if you may seek a U.S. professional engineering (PE) license.
In the United States, check the current ABET accreditation status of the particular program you are considering. Institutional accreditation does not establish that every program at a college is ABET-accredited. If licensure might matter, also check the relevant state licensing board’s rules; accreditation and eligibility should not be assumed from a school’s general description.
Get practical experience while you study
BLS identifies internships and cooperative education as ways engineering students can gain practical experience. Look for opportunities through a program’s career office, faculty, employers or professional organizations, and compare the actual work with the field you are exploring.
A personal project can also help you discover whether you like a particular kind of problem-solving. Choose something connected to the specialty you are considering, and be ready to explain what you tried, what you learned and what you would change. A project is a way to explore and demonstrate interest, not a substitute for formal preparation where a degree or license is required.
Understand what a U.S. PE license does—and when it matters
Do not treat FE and PE exams as a requirement for every first engineering job. In its mechanical-engineer profile, BLS says licensure is not required for entry-level roles. A PE license may become relevant later, particularly for work with public-facing responsibility. State licensing boards set the rules, and requirements vary by jurisdiction, education background and discipline.
The typical U.S. route described by BLS for mechanical engineers includes an accredited engineering degree, the Fundamentals of Engineering (FE) exam, relevant work experience—typically at least four years in that profile—and the PE exam. That four-year figure is a typical profile description, not a guarantee of eligibility in every state or specialty. NCEES describes the FE exam as “the first step in the professional licensing of engineers.”
For a U.S. reader, the practical order is to identify the work and state where licensure may matter, then confirm the current pathway with that state’s board. Do this before relying on a degree, exam sequence or experience count to qualify you. Engineering technology degrees, non-accredited degrees and international education can have different pathways. The National Society of Professional Engineers (NSPE) said in a position statement revised March 2024 that at least 48 states provide a PE-licensure pathway for graduates of ABET-accredited engineering technology bachelor’s programs as well as engineering programs; that association statement is not an individual eligibility decision.
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Keep career outcomes in perspective
An engineering degree does not lock you into one occupation. According to BLS and U.S. Census Bureau American Community Survey data for 2023, 29% of people with an engineering field degree worked in architecture and engineering occupations, 19% in management, and 16% in computer and mathematical occupations. These figures describe where degree holders worked in that year; they are not forecasts or a promise of an individual outcome.
The same 2023 U.S. data counted 5,568,160 people employed with an engineering field degree and reported a median annual wage of $100,000 for people with such a degree. Those are broad degree-holder statistics, not entry-level pay estimates or a salary guarantee. Location, specialty, experience and occupation all matter when assessing a particular career or financial plan.
A practical first-step checklist
- Choose two or three specialties to investigate, based on the problems and systems that interest you.
- Read official occupational profiles and compare the work, coursework and likely settings.
- Check prerequisites, curriculum, total costs, transfer policies and practical-learning options for specific programs.
- For a U.S. program, verify the program’s current ABET accreditation if it may affect your plans; check the relevant state board for licensing requirements.
- Look for an introductory class, project, internship or cooperative education opportunity that lets you test your interest.
- Revisit FE and PE requirements only when the intended work and jurisdiction make licensure relevant.
For a U.S. reader, the BLS pages on mechanical engineers and engineering degree holders offer occupational and degree-holder context. For licensure, consult NCEES FE exam information, the relevant state licensing board and the NSPE position statement on engineering technology degrees and licensure.
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