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To become an engineer, choose a degree program that fits the field you want to enter, build the math and science foundations it requires, and gain experience applying them to engineering problems. In the United States, professional licensure is a separate, state-regulated path that usually comes later. Your first-year courses depend on your program and preparation, so use your school’s degree plan and an adviser—not a generic course list—to decide what to take.
Start by choosing the kind of engineering work you want to do
Engineering is not one course of study or one job. Before committing to a program, explore the branches that interest you and compare their actual curricula. Look at the subjects students take, how the program develops design skills, and the types of work its graduates are prepared to pursue.
Also distinguish an engineering degree from an engineering technology degree. ABET describes engineering programs as generally emphasizing theory and conceptual design, with more higher-level mathematics and calculus-based theoretical science. Engineering technology programs tend to put more emphasis on application and implementation. These are broad distinctions, not rules that describe every program. Typical career emphases differ too: engineering graduates often enter conceptual design or research and development, while engineering technology graduates often work in areas such as construction, manufacturing, product design, testing, or technical services and sales. Compare specific programs against the work you hope to do rather than choosing by title alone.
Check the exact program’s accreditation before you enroll
ABET accredits specific engineering programs through its Engineering Accreditation Commission at bachelor’s and master’s levels. Accreditation applies to a program, not automatically to every degree or department at a university. A school’s name, reputation, or engineering department does not establish that the particular program you plan to complete is accredited.
Check the current accreditation status of the exact program and degree. This can matter for educational qualification and, in the United States, for later licensure. ABET says an ABET-accredited degree is almost universally required to validate an applicant’s education for licensure, although some states allow graduates of non-ABET programs to qualify with additional experience. ABET accredits programs; it does not issue individual engineering licenses.
What to expect in your first year of engineering
There is no universal first-year schedule. Depending on the discipline, school, placement, and prior coursework, students may begin with calculus, chemistry, physics, computing, introductory engineering, design, or other subjects. Some courses may come later in one program than in another. Follow your institution’s degree plan, confirm prerequisites before registration, and ask an academic adviser how placement or transfer credit affects your sequence.
As a general orientation, expect to strengthen mathematical and scientific reasoning and start applying those foundations to engineering problems. ABET’s Criteria for Accrediting Engineering Programs, 2026–2027 gives examples of college-level mathematics that engineering programs may use, including calculus, differential equations, probability, statistics, linear algebra, and discrete mathematics. These examples are not a first-year checklist; they describe possible components of a program’s broader mathematical foundation.
Design is more than making a product or drawing a plan. ABET’s 2026–2027 criteria define engineering design as “an iterative, creative, decision-making process in which the basic sciences, mathematics, and engineering sciences are applied to convert resources into solutions.” The definition points to a cycle of applying knowledge, making decisions, and refining solutions to meet needs and constraints—not to a single course that every student must take in year one.
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Make the first year easier to navigate
- Attend advising appointments and bring questions about the degree sequence, prerequisites, and course placement.
- Check prerequisites and required course order before registering; a missed prerequisite can affect later choices in a degree plan.
- Build a consistent study routine for technical subjects, and seek help early when a concept is unclear.
- Take part in hands-on projects or design activities when they are available and fit your schedule.
- Notice which subjects and project tasks interest you. That information can help you narrow a discipline or compare specializations.
Compare programs as an educational and financial commitment
A degree is a significant commitment of time and money, but the available evidence does not establish a typical cost, salary, employment outlook, or financial return for engineering students as a group. Those figures vary and should not be guessed from a degree title. Before enrolling, compare the published requirements and support for the specific programs you are considering, then investigate costs and funding directly with each institution.
- Accreditation: Is the exact program currently accredited by the relevant ABET commission, if accreditation is important for your intended work or licensure path?
- Curriculum: Does the balance of theory, application, mathematics, science, computing, and design suit your interests and goals?
- Course sequence: What are the prerequisites, and how do placement or prior coursework affect the time and order needed to complete the degree?
- Learning opportunities: What hands-on projects, laboratories, internships, or team design work does the program offer? These are useful points to compare, not evidence that one institution is better than another.
- Guidance: What advising and career guidance is available? ABET’s general criteria say students must be advised about curriculum and career matters.
- Likely work: Do the program’s curriculum and career emphasis fit the work you want to pursue?
- Costs and funding: Ask each school for its own current tuition, fees, aid, and other relevant expenses. Do not assume that a particular calculator, computer, textbook, or other purchase is required; follow your courses’ stated requirements.
Know the U.S. licensure path, but do not mistake it for a first-year requirement
In the United States, states regulate engineering licensure, so the requirements are not identical nationwide. An ABET-accredited degree can help validate an applicant’s education, but the relevant state board sets the licensing requirements and decides who qualifies.
The NCEES Fundamentals of Engineering (FE) exam is generally the first step toward becoming a licensed Professional Engineer. NCEES describes it as intended for recent graduates and students close to finishing an undergraduate engineering degree from an EAC/ABET-accredited program. It is useful to know about while planning a degree, but it is generally not a first-year milestone.
Texas example: a sequence, not a national rule
The Texas Board of Professional Engineers and Land Surveyors describes a typical Texas sequence: earn a qualifying degree, pass the FE exam, apply for Engineer in Training status, gain qualifying experience, pass the PE exam, and apply to the board. The board notes that requirements can depend on degree and experience. This is a Texas example only; check the current requirements with the licensing board where you intend to seek a license.
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A practical path from first year to professional practice
- Explore fields and degree types. Compare engineering disciplines and engineering technology programs against the work you want to do.
- Verify the program. Check accreditation for the specific program and degree, not just the university.
- Plan your first-year courses. Use the institution’s degree plan and adviser to account for prerequisites, placement, and prior coursework.
- Build the foundation. Develop mathematical and scientific reasoning and look for ways to apply it through engineering problems and design activities.
- Reassess your direction. Use coursework and available hands-on opportunities to learn which subjects and types of engineering work suit you.
- Check licensure requirements if relevant. Consult the state board where you may seek a license; consider the FE exam as you approach graduation, not as a first-year task.
ABET’s engineering criteria can change: its 2026–2027 materials distinguish current criteria from proposed changes and describe a future review cycle for changes if adopted. Do not treat a proposal as an effective requirement; consult the current criteria and applicable licensing board for decisions that depend on current rules.
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