EE Associate Degree (Job Outlook & Salaries)
An associate degree in electrical engineering or engineering technology can prepare you for technician-level work, often in about two years of full-time study. The right program depends on whether you want to enter the workforce or transfer toward a bachelor’s degree. Compare course content, accreditation, local job options, transfer rules, and net cost before you enroll.
Choosing an electrical engineering associate degree means sorting through program names that can sound alike but lead to different next steps. An Associate of Science (AS) may be built for transfer, while an Associate of Applied Science (AAS) often focuses on job skills. These are common patterns, not guarantees, so check each college’s stated pathway.
This guide explains what you may study, what technician jobs can involve, and how to read salary and job outlook figures. The key point: national wage data describes an occupation, not the pay every graduate will receive.
Admissions and Program Overview: Choosing an Accredited EE Associate Degree
An EE associate degree is a college program in electrical engineering or a related field, such as electrical and electronic engineering technology. Most require about 60 semester credits and may take around two years full time, but the exact course plan, admissions rules, and career or transfer goals vary by college.
Start by identifying the kind of work or further study you want. Engineering technology programs often emphasize applying technical knowledge through labs and practical tasks. An engineering-focused AS may include more math and science for transfer, but the program title alone cannot confirm what courses will count at a four-year college.
Admissions requirements also vary. Colleges may ask for a high school diploma or equivalent and use placement measures to set your starting math course. Algebra and trigonometry are common preparation; some programs require physics or calculus, while others build up to them. There is no single GPA or test-score rule for all programs.
Before applying, confirm:
- Whether the program is an AS, AAS, or another credential, and whether the college describes it as transfer-focused or career-focused.
- The math courses required for entry and the first-year course sequence.
- Whether labs, tools, or course materials carry added fees.
- The program’s completion and job-placement information, if reported, and how those figures are defined.
Check institutional accreditation through the U.S. Department of Education’s accreditation database or the Council for Higher Education Accreditation (CHEA). If a program claims ABET accreditation, search ABET’s directory for that exact program. ABET’s Engineering Technology Accreditation Commission accredits engineering technology programs; not every electrical engineering associate program is ABET-accredited.
Next step: Ask the college for the current catalog and written details on accreditation, costs, and the program’s intended pathway.
EE Associate Curriculum, Credit Requirements, and Transfer Planning
A curriculum is the ordered set of required courses for a degree. In an electrical engineering associate program, it may combine math, science, general education, and technical courses. Many associate degrees require about 60 semester credits, but course names, prerequisites, credit totals, and time to finish depend on the college and your enrollment pace.
Look for a clear mix of theory and practice. Relevant courses may include circuit analysis, electronics, digital systems, programming, and instrumentation. Lab work gives students practice using equipment and testing circuits. Ask how many lab hours each course includes and whether a capstone project or internship is required.
A sequence matters. For example, a circuit course may require a math class first. If you need extra time to complete a prerequisite, later courses may be offered only in certain terms. Ask an advisor to map your first two years before you register, especially if you plan to attend part time.
| Program feature | What it may signal | What to verify |
|---|---|---|
| AS with a transfer plan | Preparation for further study may be a goal | Which courses transfer to your intended university |
| AAS with technical labs | Preparation for technician work may be a goal | Local employer needs and hands-on course content |
| Courses with similar titles | Content may appear comparable | Syllabi, credits, and receiving-school decisions |
| Internship or capstone | A chance to apply course skills | Whether it is required, paid, and available to all students |
Transfer is not automatic. A receiving college decides which credits it accepts and how they apply to a bachelor’s degree. An AAS can be valuable for work, yet some credits may not meet a four-year school’s math, science, or general education requirements. Before enrolling, ask the target university for a course-by-course review in writing. Recheck the plan if you change schools or majors.
Next step: Compare the full course sequence with the bachelor’s program you may want, not just the total number of credits.
Academic Success, Labs, Advising, and Student Experience
Hands-on learning means using course ideas in a lab or project, rather than only reading or solving problems on paper. In this field, lab access, equipment, course scheduling, and steady math progress can affect how well you learn and how quickly you finish. Ask what support the college provides before you commit.
Labs may involve measuring electrical values, building or testing circuits, and documenting results. Follow safety rules and course instructions; do not assume that a lab course includes every tool or material at no extra cost. Ask whether students can access equipment outside scheduled class hours and what happens if a lab section fills.
I often see students focus on the degree name and overlook course sequencing. A student who begins below the required math level may need additional classes before reaching core technical courses. That does not mean the degree is out of reach; it means a realistic course map and regular advising matter.
To protect your progress:
- Meet with an advisor before each term and confirm prerequisites.
- Ask how dropping or repeating a course affects your timeline and financial aid.
- Check whether required courses are offered every term or only once a year.
- Use tutoring, office hours, and lab support early, especially in math and circuit courses.
- Compare the college’s net price calculator estimate with tuition, fees, books, and transportation costs.
If you will use financial aid, complete the FAFSA and any required college forms by their stated deadlines. Review aid renewal rules, since grants or scholarships may depend on academic progress or other conditions. Compare total net cost, not only the published tuition rate.
Next step: Build a term-by-term plan with an advisor and include time for prerequisites, labs, and any work or family obligations.
Career Pathways, Job Outlook, and Salary Benchmarks
Electrical and electronic engineering technologists and technicians help support work involving electrical and electronic equipment. Tasks can include testing, evaluation, setup, or troubleshooting, depending on the employer and role. An associate degree may be relevant preparation, but employers set their own requirements and the degree does not guarantee a job or a particular salary.
The U.S. Bureau of Labor Statistics reported a May 2023 median annual wage of $70,410 for electrical and electronic engineering technologists and technicians. The median is the midpoint: half of workers in the occupation earned more and half earned less. It is not a starting salary, a graduate salary, or a promise of what you will earn.
BLS projected 1% employment growth from 2023 to 2033 for this occupation. That is a national projection for the occupation, not a forecast for graduates of a specific college. Local demand, industry, experience, and job duties can affect opportunities and pay. Check current BLS figures and local job postings before making a decision.
| Question | What the evidence can tell you | What it cannot tell you |
|---|---|---|
| What is the national wage benchmark? | The May 2023 occupation median was $70,410 | Your starting pay or likely local wage |
| What is the projected outlook? | BLS projected 1% growth from 2023 to 2033 | Whether a particular area or employer is hiring |
| Does an associate degree qualify me? | It can be relevant to technician-level preparation | That every employer will accept it |
| Does the degree make me an engineer? | It can provide a foundation for technical work or further study | That it qualifies you as a licensed professional engineer |
A typical work scenario could involve helping test electronic equipment or recording results under an employer’s procedures. The exact duties depend on the job. Review local job listings for required education, software, tools, and experience; that gives you a more useful picture than a national median alone.
If your goal is to become a professional engineer, plan for further education and review the licensing rules where you intend to work. An associate degree alone does not qualify you as a licensed professional engineer.
Next step: Search local technician openings, note the education and skills employers request, and compare those needs with the program’s course list.
Conclusion: How to Choose Your Next Step
The best associate program is the one whose courses, cost, and pathway fit your goal. A transfer-focused AS and a career-oriented AAS can serve different purposes, so verify the details rather than relying on the credential label. Check accreditation, course sequence, local job needs, and written transfer decisions before you enroll.
For transfer, confirm credit acceptance with the receiving college. For immediate employment, compare the curriculum with local technician job postings and ask the college for clear outcome data. In either case, use a net price estimate and plan for the full time and cost needed to complete the degree.
Frequently Asked Questions
Is an EE associate degree usually two years?
Many require about 60 semester credits and take roughly two years full time. Prerequisites, course availability, and part-time study can change the timeline.
What is the difference between an AS and an AAS in electrical engineering?
An AS is often designed with transfer in mind, while an AAS is often career-focused. Confirm the specific college’s stated pathway and course plan.
What jobs can I pursue with an electrical engineering associate degree?
It may prepare you to apply for technician-level roles related to electrical or electronic equipment. Employers set their own education and experience requirements.
What is the salary for electrical and electronic engineering technicians?
BLS reported a May 2023 median annual wage of $70,410 for the occupation. That figure is not a starting salary or a degree-specific outcome.
What is the job outlook for electrical and electronic engineering technicians?
BLS projected 1% employment growth from 2023 to 2033 for the occupation. Local openings and employer needs may differ from the national projection.
Does ABET accredit every EE associate degree?
No. ABET accreditation applies to specific programs, and its Engineering Technology Accreditation Commission accredits engineering technology programs. Verify the exact program in ABET’s directory.
Will all of my associate credits transfer to a bachelor’s program?
No. The receiving college decides which credits it accepts and how they apply. Request a course-by-course review in writing before you enroll.
Can an associate degree make me a licensed professional engineer?
No. An associate degree alone does not qualify you as a licensed professional engineer. Check the education and licensing rules for the state where you plan to work.
(This article was written by one of our staff writers, Matthew Ellison. Visit our Meet the Team page.)
