Explore community college electrical engineering pathways with San Juan College. Compare transfer degree benefits and plan your engineering career.
Key takeaway: You can start your electrical engineering education at a community college by enrolling in an Associate of Science (AS) in Engineering program. Earning an AS degree positions you to transfer into an ABET-accredited program at a four-year university as a junior to complete your Bachelor of Science in Electrical Engineering (BSEE).
Why Choose Community College for Electrical Engineering?
Enrolling in a community college is one of the most efficient pathways to preparing for a career as an electrical engineer. Many students assume that becoming an engineer requires spending all four years at a university, but community colleges offer structured trade career training designed specifically to transfer to university engineering programs.
At community colleges, you will encounter two primary degree paths:
- Associate of Science (AS) in Engineering: A university-transfer degree. This track covers foundational engineering and related STEM principles. It aligns with the typical entry-level courses of a Bachelor of Science in Electrical Engineering degree.
- Associate of Applied Science (AAS) in Electrical/Instrumentation Technology: A workforce-entry degree. This track focuses on applied technician training, hands-on maintenance, and immediate employment after graduation rather than university transfer.
Benefits of Community College
Studying electrical engineering at a community college offers distinct educational advantages:
- Smaller class sizes eliminate the massive 200-student university lecture halls typical of freshman calculus and physics courses.
- You receive direct instruction from dedicated professors focused entirely on teaching rather than graduate research assistants.
- Community college tuition is significantly lower than university tuition, allowing you to complete lower-level coursework at a better price point.
- Resident students in New Mexico can take advantage of state funding initiatives that cover up to 100% of tuition and fees for qualifying students pursuing associate degrees.
How the Community College Pathway Works
The transfer pathway to an electrical engineering degree follows a clear 2+2 academic model: two years completing foundational coursework at a community college, followed by two years completing specialized upper-division coursework at a four-year university.
This sequence keeps your degree timeline on schedule while significantly reducing overall educational expenses:
| Step 1: Years 1–2 (Community College) | You enroll in an Associate of Science in Engineering program. You complete core mathematics through differential equations, two semesters of calculus-based physics, general chemistry, and introductory engineering analysis. |
| Step 2: Articulation & Credit Mapping | State universities and community colleges establish formal articulation agreements. These legal agreements guarantee that specific community college courses fulfill exact course equivalents within university engineering departments. |
| Step 3: Years 3–4 (Four-Year University) | Upon earning your AS degree, you transfer to a four-year university as an academic junior. You dive immediately into upper-division electrical engineering subjects, including microcontrollers, semiconductor physics, signal processing, and electromagnetic fields. |
| Step 4: Graduation & Entry-Level Career | You graduate with a Bachelor of Science in Electrical Engineering, fully prepared for entry-level engineering positions or graduate school. |
For comprehensive insights on how two-year institutions operate, read our FAQs About Community Colleges.
Electrical Engineer vs. Electrical Technician: Choosing the Right Path
If your dream is electrical engineering, it may help to distinguish between engineering pathways and technician pathways. Both fields involve electrical systems, but their educational requirements differ significantly.
Working as an electrical technician after an associate degree allows you to earn an income while completing your bachelor’s degree through evening or online courses—often with employer tuition assistance.
| Career Metric | Electrical Engineer | Electrical/Instrumentation Technician |
| Primary Focus | System design, mathematical modeling, testing, research and development | System installation, calibration, repair, maintenance |
| Education Required | Bachelor of Science (BS) in Electrical Engineering | Associate of Applied Science (AAS) or Certificate |
| Program Duration | 4 years (2 years community college + 2 years university) | 1 to 2 years |
| Work Environment | Office, design lab, manufacturing facilities | Field sites, industrial plants, maintenance shops |
| Theoretical Depth | High (calculus, differential equations, electromagnetic theory) | Practical (schematic reading, equipment testing, wiring) |
| Median Annual Wage | $125,040 per year (U.S. Bureau of Labor Statistics) | $78,190 per year (U.S. Bureau of Labor Statistics) |
| Licensure Potential | Eligible for Professional Engineer (PE) Licensure | Industry Certifications (NICET, ISA) |
If you prefer immediate hands-on technical work without taking four semesters of advanced calculus, an associate degree in technical instrumentation offers a direct route into the workforce in under two years.
Why Start Your Electrical Engineering Degree at San Juan College?
San Juan College provides high-quality academic pathways for students pursuing STEM degrees. Located in Farmington, New Mexico, SJC combines rigorous instruction with comprehensive student support services.
When you pursue your engineering prerequisites at SJC, you benefit from:
- Established University Transfer Agreements: SJC maintains articulated transfer pathways with major four-year institutions, including New Mexico State University (NMSU), the University of New Mexico (UNM), New Mexico Tech, and Fort Lewis College.
- Modern Equipment and Facilities: Students gain hands-on experience with industry-standard equipment and computer-aided design software.
- Dedicated STEM Advising: Academic advisors work directly with students to map out semester schedules, ensuring every class satisfies their target university's transfer requirements.
- Flexible Learning Formats: SJC offers flexible class schedules to support working adults and non-traditional students.
If you are ready to begin, our step-by-step guide on How to Apply to Community College breaks down the admissions process. After that, view our Admissions page to learn more and start our online application.
Frequently Asked Questions About Electrical Engineering at Community College
Engineering credits earned through an Associate of Science degree track transfer directly to four-year universities when structured under formal articulation agreements. Lower-division courses in calculus, differential equations, physics, chemistry, and circuit analysis transfer smoothly, provided you maintain a grade of "C" or better. Working with an academic advisor ensures that your specific course selections align with your target university's degree plan.
Completing a Bachelor of Science in Electrical Engineering by starting at a community college typically takes four to four and a half years of full-time study. Students spend two years completing an Associate of Science in Engineering, followed by two to two and a half years completing upper-division university coursework. Students who begin with foundational math courses prior to Calculus I may need an additional semester to complete all prerequisites.
Official positions labeled "Electrical Engineer" generally require a four-year Bachelor of Science in Engineering degree. However, an Associate of Science or Associate of Applied Science degree qualifies you for technical roles such as electrical engineering technician, instrumentation specialist, controls technician, or field service technician. Many employers hire associate degree graduates into technician positions and provide tuition assistance to help them finish their bachelor's degree.
Take the First Step Toward Your Electrical Engineering Degree
Starting your electrical engineering education at a community college offers a clear academic pathway to earning a respected bachelor’s degree while avoiding unnecessary student debt. You receive small-class instruction, master essential principles, and position yourself for a smooth transition into an ABET-accredited engineering program at a four-year university.
Take action today to build your future in engineering.
