First-Year Engineering (Major Selection Guide)
Choose an engineering major by matching the work you enjoy, your math and science preparation, and the careers you may want. Then check the exact program’s accreditation, admission rules, curriculum, and net cost. In your first year, compare shared courses and major-entry deadlines so you can explore without losing time, aid, or a clear path to graduation.
Picking an engineering major can feel like choosing one path from dozens. It can also seem as if one early choice will decide your whole career. In practice, some students change direction as they learn what different fields involve. But a change can affect course plans, costs, and graduation timing, so it pays to understand the rules before you enroll.
In advising students, I often find that the most useful first question is not “Which major sounds best?” It is “What will I study, and what must I do to enter and finish this program?” Start there, then compare careers and campus life.
Admissions, program accreditation, and major selection
These checks help you tell whether an engineering program is a good fit and whether you can enter it. Admission to a university does not always mean admission to its engineering school or a specific major. Policies vary by campus, so use current official pages rather than assuming one school’s rules apply elsewhere.
First, find out how students enter engineering. A school may admit students directly to a major, admit them to a general engineering program, or ask them to complete introductory courses before applying to a department. Some programs limit entry based on space or academic progress.
Ask each school:
- Am I admitted directly to engineering, or only to the university?
- If I start in pre-engineering, what courses and grades do I need to enter a major?
- Can students be denied entry after their first year?
- What happens to my courses if I do not enter my first-choice major?
- Are there limits on repeating courses or applying again?
There is no single national GPA or test-score cutoff for engineering admission. Check the school’s current first-year student profile and application rules. Published score or grade ranges offer context, not a promise of admission.
Next, verify accreditation. ABET accredits specific programs, not every degree at a university. Search its directory for the exact engineering program and campus, and confirm its current status. Also check that the institution has recognized institutional accreditation through the U.S. Department of Education’s database. CHEA is a separate reference for recognized accreditors; it is not itself an accreditor.
Accreditation matters for some employers, graduate programs, and licensure paths. Its importance depends on your plans and the field. Do not assume that a university’s name or general accreditation confirms that its engineering program is ABET-accredited.
Compare engineering majors by the work they study
Engineering majors apply math and science to different kinds of problems. Their names can sound similar, but the courses and design work may differ. Use the table as a starting point, then compare each school’s actual course list, labs, and projects because programs do not all use the same structure.
| Major | Common areas of study | Could suit you if you want to explore… |
|---|---|---|
| Civil | Structures, transportation, water, construction | Buildings, roads, bridges, or public infrastructure |
| Electrical | Circuits, electronics, power, signals | Devices, electrical systems, or communications |
| Mechanical | Motion, energy, materials, design | Machines, vehicles, heating and cooling, or manufacturing |
| Chemical | Chemistry, materials, process design | How materials and products are made at scale |
| Computer | Computing systems, hardware, and software topics | The link between computers and engineered systems |
| Biomedical | Engineering methods applied to health and biology | Medical devices, health technology, or biological systems |
These are broad descriptions, not fixed job lists. For example, civil engineers may work in areas beyond construction, and a computer engineering curriculum may differ greatly from a computer science degree. Read course descriptions and ask departments what students build, test, or analyze.
You can also compare your interests with the kind of questions each field asks. Do you want to study how a bridge carries weight, how a circuit handles a signal, or how a material behaves under heat? You do not need a career plan yet. You do need enough curiosity to engage with the required courses.
Try a simple fit check
Rate each item from 1 to 5, with 1 meaning “not much interest” and 5 meaning “strong interest”:
- I enjoy solving problems with math.
- I want to understand how physical systems work.
- I like testing ideas and learning from results.
- I can stay with a problem when the first approach fails.
- I want to design, improve, or maintain things or systems.
This is not an admissions test or a prediction of success. Use it to identify questions for an adviser, student, or faculty member. A low score in one area does not rule out engineering, but it may signal a skill you will need to build.
Engineering curriculum, prerequisites, and degree requirements
An engineering degree combines math and science with engineering courses, design work, and often general education. The order matters because later classes may require earlier ones. Compare complete degree plans, not just first-year schedules, to see how a major change could affect your progress and costs.
Engineering programs commonly expect preparation in algebra, trigonometry, precalculus, and laboratory science; calculus may also be needed at entry or early in the program. Chemistry and physics are common requirements, but exact courses and placement vary. Follow each school’s published placement rules and prerequisites rather than guessing where you should start.
A program may require roughly 120–130 semester credits, but that range is only a broad reference. Engineering requirements, transfer credits, co-op work, and course availability can change the time needed to finish. Use the current catalog, degree audit, and term-by-term plan to check the actual requirements.
Look for:
- Required math, chemistry, physics, computing, and design courses
- Prerequisites and the terms when required courses are offered
- General education requirements
- Minimum grades for major courses
- Rules for repeats, withdrawals, and declaring a major
- How internships or co-op terms fit into the schedule
A prerequisite chain is a sequence in which one course must be completed before another. If a student changes majors after missing a key course, the next required class may not be available right away. Ask an adviser which first-year courses count across the engineering majors you are considering.
Compare programs with a decision table
| Check | What to confirm | Why it matters |
|---|---|---|
| Major entry | Direct admission or later application; required grades and deadlines | You need to know whether your place in the major is secure |
| Accreditation | Exact program and campus in ABET’s directory | Accreditation applies at the program level |
| Curriculum | Degree audit, prerequisites, course rotation | Shows what you must complete and when |
| Cost | Net price estimate and aid renewal rules | Sticker price alone does not show your likely cost |
| Student support | Engineering advising, tutoring, labs, and peer groups | Support can help you plan and respond to setbacks |
Academic success, advising, and student experience
Strong preparation helps, but engineering success also depends on steady planning and timely support. The first year can bring new expectations in math, science, and teamwork. Learn how your campus tracks progress, find people who can answer questions, and ask for help before a difficult course blocks the next step.
Before you commit, use each college’s net price calculator to estimate your cost after grants and scholarships. Submit the FAFSA and any required institutional aid forms by the deadlines shown on official school pages. Deadlines and requirements vary by institution and year.
Also review the school’s satisfactory academic progress policy. Federal student aid renewal depends on the institution’s published policy; simply remaining enrolled may not be enough. Check what grades, course completion, or pace rules apply, and ask how a major change could affect your aid.
Two common situations show why the details matter:
- A student admitted to the university but not engineering: The student should ask which courses count toward a later engineering application and what other major options remain. Otherwise, they may pay for courses that do not fit the intended degree plan.
- A student unsure between mechanical and electrical engineering: The student can compare first-year requirements, talk with advisers in both departments, and ask whether shared math and science courses keep both options open. They should confirm this with each school’s degree plans.
These are planning scenarios, not promises about how a particular college will decide. Get major-entry rules and a degree map in writing, especially if admission is competitive or conditional. Meet an engineering adviser each term and track course grades, application dates, and aid requirements.
Career pathways, licensure, and employment outcomes
A major can prepare you for a range of work, but the degree name alone cannot guarantee a job or career outcome. Look at program-specific information, practical learning opportunities, and any professional requirements tied to your goals. If you are unsure, choose a program that supports exploration while keeping required courses on schedule.
Ask departments for recent information on internships, co-ops, design teams, research, and graduate study. When schools share employment outcomes, check the date, sample size, and whether results apply to the specific major. Do not compare general salary claims as if they predict your own result; role, location, experience, and other factors differ.
Licensure is relevant to some engineering work, especially in roles involving public safety or professional responsibility. Requirements vary by state and type of work. If you may pursue a licensed engineering path, ask the program and the relevant state licensing board which education and exam steps apply. Do not assume every engineering job requires a license.
Before graduation, confirm that your degree audit shows all requirements completed. Then prepare for the path you choose, such as employment, graduate school, or applicable licensure steps. Early advising can help you make these plans without treating your first major choice as unchangeable.
Frequently asked questions
Should I choose my engineering major before college starts?
Not always. Some schools admit students directly to a major, while others let first-year students explore before declaring. Check the admission and progression rules first, then compare introductory courses and deadlines.
Is engineering hard if I am not taking calculus yet?
Starting math placement varies by college. Review the school’s placement rules and the courses required for your intended major. If you need a preparatory course, ask how it affects your schedule and time to degree.
Does every engineering program need ABET accreditation?
No. Whether it matters depends on your goals, employer, and possible licensure path. If it matters to you, verify the exact program and campus in ABET’s directory rather than relying on the university’s name.
Can I change engineering majors after my first year?
Often it is possible, but requirements vary. Some majors require an application, specific grades, or available space. Ask how your completed courses transfer into the new degree plan before changing.
What is the difference between pre-engineering and engineering admission?
Pre-engineering usually means you must meet stated requirements before entering a specific engineering major. Engineering admission may place you in a program or major sooner. The exact meaning depends on the college.
How many credits does an engineering bachelor’s degree require?
Many U.S. bachelor’s programs require about 120–130 semester credits, but this is a broad range. Check the current catalog and degree audit for the specific program’s total and course sequence.
Should I choose a major based on salary?
Use career and pay information as one factor, not the only one. Compare actual program outcomes, total cost, job duties, and your interests. Broad salary figures do not predict an individual graduate’s earnings.
What should I ask an engineering adviser?
Ask about major-entry rules, required grades, course timing, options if you change majors, and how internships fit the plan. Also ask where to find the current degree audit and aid progress policy.
(This article was written by one of our staff writers, Matthew Ellison. Visit our Meet the Team page.)
