What Is a STEM Degree? Popular Fields & Key Terms Explained (Guide)
A STEM degree is a college credential in science, technology, engineering, or mathematics, but there is no single definition used by every school or agency. Fields, course requirements, and career paths vary. Before you apply, check the exact program, its accreditation, admission rules, total cost, and whether it meets any specific goal you have.
If you are comparing programs, unfamiliar terms can make a simple choice feel risky. I have seen students focus on the label “STEM” and miss details that matter more: whether their credits will transfer, what the program costs after aid, and whether its courses fit a career or graduate-school goal.
Use this guide to understand what a STEM degree can mean, compare programs, and identify the questions to ask before you commit. The examples are planning scenarios, not promises of admission, aid, transfer credit, or employment.
What Counts as a STEM Degree? Fields, Classifications, and Program Types
A STEM degree is a credential in a field related to science, technology, engineering, or mathematics. Yet no one definition controls every college, employer, or government program. A school’s program label may differ from a federal classification, so check the specific program when eligibility matters.
Popular STEM fields and degree types
STEM includes many subjects, from biology and chemistry to computer science and engineering. A program’s name offers a starting point, but its course list and official classification give a clearer picture of what you will study and what the credential covers.
| Field | Example undergraduate majors | Common study focus |
|---|---|---|
| Science | Biology, chemistry, physics, environmental science | Lab work, research, data, or natural systems |
| Technology | Computer science, information technology, cybersecurity | Software, computing systems, networks, or data |
| Engineering | Civil, electrical, mechanical, chemical engineering | Designing, testing, and improving systems |
| Mathematics | Mathematics, statistics, applied mathematics | Proof, modeling, measurement, and data analysis |
An associate degree is often a two-year credential, though pace varies. A bachelor’s degree is commonly a four-year credential. Some students continue to a master’s or doctoral degree. These labels describe usual paths, not a guarantee that every student will finish within that time.
STEM classifications and special eligibility
The federal Classification of Instructional Programs, or CIP, groups fields of study using codes. Colleges use CIP codes to describe programs, and other agencies may use them for specific decisions. A degree does not qualify for every STEM-related benefit simply because its name sounds technical.
For certain immigration purposes, the Department of Homeland Security’s STEM Designated Degree Program List determines which programs may qualify. That is a separate test from a college’s general STEM label. If this affects your plans, check the current list and ask your school’s international student office about the rules that apply to you.
STEM Degree Curriculum: Credits, Prerequisites, and Graduation Requirements
A STEM curriculum is the required set of courses and other milestones for earning a degree. It may include general education, major courses, electives, labs, and a final project. The catalog and your official degree audit, not a broad estimate, show what your specific program requires.
Credits, labs, and graduation requirements
A credit hour is a unit colleges use to measure course completion. Many bachelor’s programs require about 120 semester credits, or 180 quarter credits. Many associate programs require about 60 semester credits. These are common totals, not universal rules; the school’s catalog sets the actual requirement.
Your total may include several parts:
- Major courses: Classes required for your chosen field.
- General education: Courses across areas such as writing, arts, or social science.
- Electives: Approved courses that fill remaining degree requirements.
- Labs or capstones: Hands-on classes or a final project required by some programs.
A degree audit is a record that compares completed courses with degree rules. Review it with an adviser, especially after changing majors or transferring. A course may earn credit but still fail to meet a particular major requirement.
Prerequisites and course planning
A prerequisite is a course or skill you must complete before taking a later class. STEM programs may expect prior study in math, lab science, or computing, but requirements differ by school and major. Check the program page and application instructions rather than assuming every STEM degree has the same entry courses.
Map a few early terms before enrolling. Note required course order, when labs are offered, and whether a failed or delayed course could affect later classes. Ask an adviser how prior learning, exam scores, or transfer courses will be reviewed. Get important transfer decisions in writing when possible.
Admissions, Academic Success, and the Student Experience
STEM admissions requirements are set by each institution and program. There is no national GPA, test score, or application deadline for all STEM degrees. Check the published rules for your intended major, then confirm details with admissions if your record or prior courses do not fit the usual path.
How to compare admission requirements
Look beyond the college’s general admission page. Some programs have added prerequisites, separate applications, or limits on when students can enter the major. SAT or ACT scores may be required, optional, or not considered, depending on the school and current policy.
Use this checklist for each program:
- Minimum grades or other stated admission criteria
- Required high school or college courses
- Application and financial aid deadlines
- Whether test scores are required, optional, or not considered
- How the program reviews transfer courses
- Whether you enter the major directly or apply after starting college
A direct-admit program accepts eligible students into a major when they begin college. In another model, students first take introductory courses and later apply to the major. Ask what happens if you do not meet a later progression rule, and whether other majors remain open to you.
Compare accreditation, cost, and credit transfer
Accreditation is a review of a college or program against stated quality standards. To check an institution’s current status, search the U.S. Department of Education’s accreditation database or CHEA’s directory. Some fields also use program-level accreditation. ABET, for example, accredits specified programs in engineering, computing, and applied science.
Check the exact program, not only the college name. Accreditation can matter for further study, employer requirements, or a path to professional licensure, depending on the field and location. Do not assume that every program in a subject has the same accreditation or that accreditation alone guarantees a job or license.
| What to compare | What to verify | Why it matters |
|---|---|---|
| Accreditation | Institution status and, if relevant, the exact program | May affect transfer, career, or licensing plans |
| Total price | Net price after estimated aid, plus likely fees | Sticker price is not your final cost |
| Aid | Award terms and renewal rules | An offer may depend on grades or other conditions |
| Transfer credit | Written evaluation of courses, if available | Credits may not transfer or meet major rules |
| Curriculum | Required courses, labs, and completion sequence | Helps you judge fit and time to degree |
Net price is the amount you may pay after grants and scholarships are applied. Compare each school’s cost estimate and aid offer, and read renewal conditions. Filing the FAFSA makes you eligible to be considered for certain aid; it does not guarantee a particular award. A scholarship offer also may have conditions.
A practical planning example
Imagine a student choosing between a nearby biology program and a computer science program at another college. The biology option may fit a goal of lab or health-related study, while computer science may focus on coding and computing systems. Neither title alone tells the student which is the better choice.
I would have the student compare required courses, admission steps, accreditation where relevant, net price, and transfer rules. If they have already earned credits, they should request an evaluation before enrolling. That process can reveal whether courses count toward the major, only as electives, or not at all.
STEM Career Pathways: Employment, Further Study, and Outcomes to Evaluate
A STEM degree can prepare students for work, further study, or both, but outcomes depend on the field, program, experience, and employer. A degree name does not guarantee a particular job, salary, license, or graduate-school admission. Use career information as a planning tool, not a promise.
Connect a major to next steps
Start with the roles that interest you, then work backward. Review job postings and graduate program entry rules to see which skills, courses, or credentials they request. Talk with program advisers about internships, research, capstones, and other ways students gain experience.
Depending on the field, a graduate degree or professional license may be needed or useful for certain roles. Licensing rules vary by occupation and location. If a career goal includes licensure, confirm the required education with the relevant licensing authority before choosing a program.
Key terms to know
These terms often appear on program pages and application forms. Knowing what they mean can help you ask a more useful question before you submit an application or accept an offer.
- Major: Your main field of study.
- Elective: A course you can choose within approved degree rules.
- Capstone: A final project or course that brings together learning from a program.
- Programmatic accreditation: Review of a specific academic program, rather than only the college.
- Transfer credit: Credit a new school accepts for coursework completed elsewhere.
- Degree audit: A report showing how your courses fit degree requirements.
Conclusion: Choose the Program, Not Just the Label
A STEM degree can lead in many directions, but the label alone cannot tell you whether a program fits your goals. Check its curriculum, admission rules, accreditation, costs, aid terms, and transfer policies. Then confirm any special requirement, such as licensure or STEM OPT eligibility, with the office or agency that sets it.
Frequently asked questions
What does STEM stand for?
STEM stands for science, technology, engineering, and mathematics. It includes many different fields and degree programs.
What makes a degree a STEM degree?
There is no single definition for every use. Colleges and agencies may classify programs in different ways, so check the program’s official field and any rules tied to your goal.
Which majors are considered STEM?
Examples include biology, chemistry, engineering, computer science, statistics, and some environmental science programs. The official classification can vary by program.
How many credits does a STEM bachelor’s degree require?
Many bachelor’s degrees require about 120 semester credits or 180 quarter credits. Check your college catalog for the exact total and course rules.
Do all STEM programs require calculus?
No. Math requirements differ by field and program. Review the required course list and ask admissions or an academic adviser about your preparation.
Is there a minimum GPA for STEM admission?
There is no national minimum. Each college and program sets its own admission requirements.
Does a STEM label guarantee STEM OPT eligibility?
No. For certain immigration purposes, eligibility depends on the DHS STEM Designated Degree Program List and other applicable rules. Check with your school’s international student office.
How can I check whether a college is accredited?
Search the U.S. Department of Education’s accreditation database or CHEA’s directory. If program accreditation matters, verify the exact program with the accrediting body.
Will my credits transfer to a STEM program?
Not always. The receiving school decides whether credits transfer and whether they meet major requirements. Request a written evaluation before enrolling when possible.
Does completing the FAFSA guarantee financial aid?
No. FAFSA completion allows you to be considered for certain aid, but it does not guarantee a specific award. Review each aid offer and its renewal terms.
(This article was written by one of our staff writers, Nathan Sterling. Visit our Meet the Team page.)
