If you're excited about the world of technology and want to gain practical skills in programming, software development, and computer systems, an Associate's in Computer Science could be the perfect stepping stone to a rewarding career. As you begin researching computer science programs, you'll quickly discover there are a variety of options available both online and through local community colleges near you.

At Dreambound, we aim to provide objective information that will help you come to a decision. In this post, here's what we'll cover:

• Online vs on-campus Associate's in Computer Science programs
• What you can do with an Associate's in Computer Science
• Is an Associate's in Computer Science worth it
• Associate of Science (AS) vs Associate of Applied Science (AAS) in Computer Science

Online vs on-campus Associate's in Computer Science programs

Online programs

More and more accredited colleges are offering fully online Associate's in Computer Science, making it very feasible to earn this degree while balancing work or family commitments.

Here are some pros of the online format:

• Flexibility: Login and complete coursework on your schedule, as long as you meet deadlines. A lot of people are unavailable during class times offered by the closest in-person school to them, so this provides another option
• Accelerated: Online programs are often accelerated. If you're trying to get your degree as fast as possible, online degrees are likely the way to go
• Variety & shopping: Many online colleges offer an Associate's in Computer Science now. You can choose between them and explore programs from colleges across the country without relocating
• Many are designed for adults: Since adults require more flexibility than recent high school graduates looking for the traditional college experience, many online Associate's programs are designed for adults. That usually means more flexibility and that the college takes more credit transfers if you've done some education in the past

While curriculum and graduation requirements align with on-campus versions, the online experience does involve more self-directed learning via recorded lectures, virtual labs, discussion forums, and independent studies.

A few examples of online Associate's in Computer Science programs:

Southern New Hampshire University

• Length: 60 credits (2 years if you do 5 classes a semester)
• Cost: US College Scorecard reports average cost of $19,928/year.
• Outcomes: US College Scorecard reports $45,717 median earnings.

Jamestown Community College

• Length: 60 credits (can finish with one semester)
• Cost: US College Scorecard reports average cost of $9,384/year
• Outcomes: US College Scorecard reports $37,700/year median earnings

In-Person or Hybrid Associate's in Computer Science Programs

The traditional on-campus route is a good fit for those who want a more conventional college experience with face-to-face classes, campus facilities and resources, and close interaction with professors and classmates.

Location is key since you'll be attending in-person. Check which community colleges or technical schools offer affordable Associate's programs nearby. Tuition costs can vary widely depending on the specific institution and location. On average, tuition for an associate's degree in computer science at public in-state schools ranges from around $3,000 to $10,000 per year, while at private colleges, it can range from around $10,000 to $30,000 per year. It's important to note that these figures are rough estimates and that actual tuition costs can vary widely depending on factors such as location, institution reputation, financial aid availability, and whether the student qualifies for any scholarships or grants.

Here are some of the advantages of attending classes on campus:

• Regular class schedules and face-to-face meetings: If you struggle with online learning, the structured nature of in-person classes can be beneficial, providing a consistent routine and opportunities for direct interaction.
• Practical, interactive learning experiences: On-campus education often includes hands-on instruction, access to computer labs, and collaborative projects that allow you to apply your knowledge and work closely with peers.
• Networking and professional development chances: Colleges frequently have connections with local tech companies, which may lead to internship opportunities and the ability to expand your professional network.
• Use of on-campus resources: As a student, you'll have access to campus facilities such as computer labs, libraries, and various student services that can support your learning and overall college experience.

A few examples of well-regarded local Associate's in Computer Science programs:

Norwalk Community College

• Length: 2-year program
• Cost: US College Scorecard reports $6,443 average annual cost per year
• Outcomes: The median earnings is $37,554, according to the US College Scorecard

CUNY Borough of Manhattan Community College

• Length: 60 credits (2-year program if full-time)
• Cost: US College Scorecard reports $5,065 average annual cost
• Outcomes: US College Scorecard reports $41,579 median earnings

How to Choose: Online vs Local

When deciding between an online or local Associate's in Computer Science program, there are several key factors to take into account:

• Learning preferences: Online learning demands a high level of self-discipline and motivation, while on-campus learning is better suited for those who prefer hands-on instruction and face-to-face interaction.
• Financial considerations: The costs of online and on-campus programs can differ. Although online programs offer the flexibility to compare prices from various institutions, there might be an affordable local program available in your area.
• Time management: Online courses provide greater scheduling flexibility, allowing you to learn at your own pace. On the other hand, on-campus programs have fixed class schedules each semester, which may be more structured and easier to follow for some students.
• Professional aspirations: On-campus programs may offer more opportunities for practical, hands-on experience and the chance to build connections with local industry professionals, which can be beneficial for your future career prospects.

How to Choose: AS vs AAS

When considering an Associate's degree in Computer Science, one of the main decisions is whether to pursue an Associate of Science (A.S.) or an Associate of Applied Science (A.A.S). Here are some key differences between the two:

Associate of Science (A.S.) in Computer Science

• Includes more general education courses in math, science, and liberal arts
• Designed to prepare students to transfer to a Bachelor's in Computer Science program
• Curriculum focuses more on theory and fundamentals of computer science
• An A.S. provides a foundation for continued study in computer science at the Bachelor's level and beyond.

Associate of Applied Science (A.A.S) in Computer Science

• Has more extensive requirements in applied tech skills and programming
• Curriculum emphasizes hands-on projects and practical coding languages and frameworks
• Designed for students who want to directly enter the workforce in roles like software developer, web developer, programmer, etc.

The admission criteria, course content, and tuition for Associate of Science (A.S.) and Associate of Applied Science (A.A.S.) programs in computer science at the same college or university are typically comparable. The primary distinction lies in the emphasis placed on general education courses versus practical technical skills.

So, how do you choose between an A.S. and an A.A.S.? If your ultimate goal is to pursue a bachelor's degree, the A.S. is the better option, as it is designed to facilitate a smooth transition to a four-year program. On the other hand, if you're eager to acquire hands-on skills and enter the workforce as quickly as possible, the A.A.S. is the way to go, as it focuses more on applied knowledge and technical expertise.

Regardless of your choice, both the A.S. and A.A.S. degrees provide a strong foundation in computer science, equipping you with the necessary knowledge and skills to either continue your education or embark on your professional journey.

What Can You Do With an Associate's in Computer Science?

Graduates of Associate's in Computer Science programs often join industries such as:

• Software development (software developer, programmer, web developer)
• Information technology (IT support specialist, network administrator, systems analyst)
• Cybersecurity (security analyst, penetration tester)
• Database administration (database administrator, data analyst)
• Quality assurance (QA tester, automation engineer)
• Technical support (help desk technician, technical support specialist)

While an Associate's degree can open doors to entry-level positions, many higher-paying jobs in computer science (e.g., software engineer, data scientist, cybersecurity analyst) require a Bachelor's degree or higher. Consider planning for further education if you aspire to such roles.

There are also many less traditional paths, such as game development, mobile app development, and digital marketing. Whatever job you end up wanting to do, it's extremely important to develop a strong portfolio of projects and gain practical experience through internships, freelance work, or open-source contributions. Hands-on experience is crucial for landing jobs in the competitive tech industry.

During Your Computer Science Program

In your computer science coursework, you'll develop a foundation in programming languages, algorithms, data structures, computer architecture, and software development. You'll learn to think logically, solve complex problems, write efficient code, and collaborate on software projects.

Common required courses include:

• Introduction to Computer Science
• Programming Fundamentals (Java, Python, C++, etc.)
• Data Structures and Algorithms
• Database Management Systems
• Web Development
• Computer Networks
• Operating Systems

Some programs offer electives or concentrations in areas like mobile app development, game development, cybersecurity, or artificial intelligence.

Related Alternative Programs

If you have different interests, other Associate's program options to consider include:

• Information Technology
• Cybersecurity
• Web Development
• Database Administration
• Network Administration
• Computer Information Systems

While computer science focuses on the theoretical foundations of computing, these alternative majors put more emphasis on practical applications—maintaining IT infrastructure, securing networks, building websites, managing databases, and supporting business operations with technology. You can also consider Dreambound's Network Administrator, and Technical Project Management training programs near you!

No matter which educational route you decide to take, pursuing studies in computer science and technology will unlock a wide array of thrilling and well-paying job opportunities in today's rapidly growing digital landscape. As our world becomes increasingly reliant on technology, the skills and knowledge you gain through your studies will be highly sought after, positioning you for success in a dynamic and rewarding field.