Associate Degree

Associate Degree in Computer Engineering

The Associate Degree in Computer Engineering teaches foundational skills in hardware and software, preparing students for technical roles in computing and engineering fields.

2 years
Length
Associate
Level
After high school
Entry level
29
Schools
00
Exit level
Associate
Length
2 years
Work-study
Uncommon
Selectivity
Open admission
Direct careers
1 métier
Where to study
29 établissements

About

The Associate Degree in Computer Engineering is a two-year program in the United States designed for students interested in the technical aspects of computing and electronics. It is aimed at those who want to develop practical skills in computer hardware, software, and systems engineering. This diploma prepares students for entry-level positions in technology companies or for further studies in engineering or computer science. The program focuses on building a solid base in both theory and practice, making it suitable for learners who enjoy problem-solving and working with technology.

  • The degree covers essential topics in computer hardware and software development.
  • It is intended for students who have completed high school or equivalent education.
  • Graduates can work in technical support, system maintenance, or as junior engineers.
  • The program balances theoretical knowledge with hands-on experience.
  • It provides a pathway to further education or direct employment in tech industries.

What you study

The curriculum of the Associate Degree in Computer Engineering is structured over two years, combining foundational courses with practical labs and projects. In the first year, students typically study the basics of programming languages, digital logic, and circuit design. The second year builds on this with more advanced topics like microprocessors, networking, and embedded systems. Practical work is an important part of the program, with labs and projects designed to apply theoretical concepts to real-world problems. Students learn to design and troubleshoot hardware components as well as write software to control these systems. The program often includes teamwork on projects to simulate professional environments.

  • Courses include programming, electronics, and systems engineering.
  • Students progress from basic concepts to more complex systems over two years.
  • Hands-on labs and projects are integrated throughout the curriculum.
  • Practical exercises help develop skills in hardware assembly and software coding.
  • Team projects encourage collaboration and problem-solving abilities.

How to get in

To enroll in an Associate Degree in Computer Engineering in the US, students generally need a high school diploma or equivalent qualification. Admissions are usually open to anyone meeting this requirement, making the program accessible to a broad range of students. Some colleges may require placement tests or proof of basic math and English skills. The application process involves submitting transcripts and sometimes letters of motivation or recommendation. The program suits students who have an interest in technology and enjoy working with computers and electronics.

  • Admission requires a high school diploma or equivalent.
  • Some institutions may ask for placement tests in math and English.
  • Applications typically include academic transcripts and personal statements.
  • The program is open to students with a technical or scientific interest.
  • It is suitable for learners who want practical and theoretical knowledge.

Day to day

A typical academic year in this program includes a mix of lectures, laboratory sessions, and project work. Students attend classes several times a week, with labs providing hands-on experience in building and testing circuits or writing code. Many programs encourage or require internships or cooperative education placements to gain real-world experience. Students often work on group projects that simulate workplace challenges, helping them develop teamwork and communication skills. The schedule is generally full-time, but some colleges may offer part-time options or evening classes.

  • Students attend lectures and labs regularly throughout the year.
  • Projects involve designing and testing hardware and software.
  • Internships or work placements may be part of the curriculum.
  • Group work helps develop collaboration and communication skills.
  • The pace is typically full-time with a structured weekly schedule.

Careers this degree leads to

Graduates with an Associate Degree in Computer Engineering can find employment in various technical roles within the technology sector. Common job titles include computer technician, hardware support specialist, or junior systems engineer. Employers range from electronics manufacturers to IT service companies and research labs. The demand for skilled technicians who understand both hardware and software is steady, and many graduates find work soon after completing their studies. The degree also provides a foundation to advance into more specialized or senior positions with experience or further education.

  • Jobs include computer technician, hardware support, and systems assistant.
  • Employers are found in technology companies and manufacturing.
  • The degree prepares for roles involving hardware maintenance and software troubleshooting.
  • Entry-level positions are accessible with this diploma.
  • Graduates often experience a steady job market for technical roles.

Careers after further study

Continuing your studies

After earning the Associate Degree, students may choose to continue their studies to deepen their knowledge or specialize. Common next steps include enrolling in a Bachelor's degree in Computer Engineering, Electrical Engineering, or Computer Science. Many institutions offer transfer agreements that allow credits from the Associate Degree to count towards a four-year degree. This pathway can lead to more advanced careers in engineering, software development, or research. Alternatively, some graduates may decide to enter the workforce directly and pursue certifications or training alongside their job.

  • Students can pursue a Bachelor's degree in related fields.
  • Transfer agreements often allow credit recognition.
  • Further studies enable specialization in software or hardware engineering.
  • Some choose to work and obtain professional certifications.

Where to study this degree (29)

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Mississippi Gulf Coast Community College
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Mississippi Gulf Coast Community College
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📍Perkinston, 🇺🇸 United States
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Thaddeus Stevens College of Technology
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Thaddeus Stevens College of Technology
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📍Lancaster, 🇺🇸 United States
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Full Sail University
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Full Sail University
University
📍Winter Park, 🇺🇸 United States
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Capital Community College
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Capital Community College
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📍Hartford, 🇺🇸 United States
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Rasmussen University-Florida
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Rasmussen University-Florida
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📍Ocala, 🇺🇸 United States
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Rasmussen University-Minnesota
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Rasmussen University-Minnesota
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📍St. Cloud, 🇺🇸 United States
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Salt Lake Community College
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Salt Lake Community College
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📍Salt Lake City, 🇺🇸 United States
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Amarillo College
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Amarillo College
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📍Amarillo, 🇺🇸 United States
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Rasmussen University-North Dakota
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Rasmussen University-North Dakota
college
📍Fargo, 🇺🇸 United States
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Vermont Technical College
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Vermont Technical College
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📍Randolph, 🇺🇸 United States
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Itawamba Community College
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Itawamba Community College
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📍Fulton, 🇺🇸 United States
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College of Southern Maryland
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College of Southern Maryland
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📍La Plata, 🇺🇸 United States
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Rasmussen University-Illinois
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Rasmussen University-Illinois
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📍Rockford, 🇺🇸 United States
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Snow College
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Snow College
School
📍Ephraim, 🇺🇸 United States
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Community College of Baltimore County
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Community College of Baltimore County
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📍Baltimore, 🇺🇸 United States
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University of Hartford
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University of Hartford
University
📍West Hartford, 🇺🇸 United States
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Community College of Rhode Island
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Community College of Rhode Island
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📍Warwick, 🇺🇸 United States
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Howard Community College
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Howard Community College
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📍Columbia, 🇺🇸 United States
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Rogue Community College
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Rogue Community College
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📍Grants Pass, 🇺🇸 United States
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Rasmussen University-Kansas
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Rasmussen University-Kansas
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📍Topeka, 🇺🇸 United States
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Florida Polytechnic University
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Florida Polytechnic University
University
📍Lakeland, 🇺🇸 United States
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University of Scranton
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University of Scranton
University
📍Scranton, 🇺🇸 United States
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Southern Adventist University
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Southern Adventist University
University
📍Collegedale, 🇺🇸 United States
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Northwest State Community College
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Northwest State Community College
School
📍Archbold, 🇺🇸 United States
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Holmes Community College
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Holmes Community College
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📍Goodman, 🇺🇸 United States
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Northern New Mexico College
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Northern New Mexico College
School
📍Espanola, 🇺🇸 United States
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Saint Francis University
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Saint Francis University
University
📍Loretto, 🇺🇸 United States
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Rasmussen University-Wisconsin
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Rasmussen University-Wisconsin
college
📍Green Bay, 🇺🇸 United States
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Henry Ford College
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Henry Ford College
School
📍Dearborn, 🇺🇸 United States
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Liste des 29 établissements

Frequently asked questions

What prior knowledge do I need to start this degree?

You should have a high school diploma with a basic understanding of math and science. No advanced technical skills are required before starting.

Is this degree more theoretical or practical?

The program balances theory with practical labs and projects to help you apply what you learn in real situations.

Can I work while studying this degree?

Most programs are full-time, but some colleges offer part-time or evening classes to accommodate work schedules.

Does this degree guarantee a job after graduation?

While many graduates find work quickly, employment depends on the job market and your efforts in gaining experience.

Can I transfer credits to a Bachelor's degree later?

Yes, many institutions have agreements that recognize credits from this degree toward a four-year program.

Are internships part of the program?

Some programs include or encourage internships to provide real-world experience, but this varies by college.

Is this degree suitable if I want to become a software developer?

It provides a foundation in programming, but further study or specialization may be needed for advanced software development roles.

What kind of projects will I work on?

Projects often involve building and programming circuits, designing small systems, and teamwork to solve technical problems.