If you're fascinated by technology and how computers work, a Bachelor's in Computer Science could be the perfect stepping stone to an exciting and in-demand career. As you begin researching computer science programs, you'll quickly discover there are a variety of options available both online and through local universities 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 Computer Science Bachelor's programs
• What you can do with a Computer Science degree
• Is a BS in Computer Science worth it
• Specializations within Computer Science (e.g. AI, Cybersecurity, Software Engineering)

Online vs on-campus Computer Science Bachelor's programs

Online programs

An increasing number of accredited universities now provide fully online Bachelor's degrees in Computer Science, facilitating the attainment of this qualification alongside managing work or family obligations.

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

• Subspecialties: Many online Bachelor's in Computer Science programs have subspecialties, if you have a specific interest. For example, we've seen online Bachelor's in Computer Science programs with concentrations in artificial intelligence, cybersecurity, software engineering, and more. In-person programs may have fewer options for specialization

• Variety & shopping: Many online universities now offer a Bachelor's in Computer Science. You can choose between them and explore programs from universities across the country without relocating

• Designed for working adults: Since working adults require more flexibility than recent high school graduates looking for the traditional 4-year college experience, many online bachelor's programs are designed with adults in mind. That usually means more flexibility and that the college accepts more transfer credits 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 coding projects.

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

Arizona State University Campus Immersion

• Length: 120 credits (typically takes about 4 years to complete if studying full-time, which is 12 or more credit hours per semester).
• Cost: US Department of Education College Scorecard reports average cost of $12,814.
• Outcomes: Arizona State University reports that the overall median annual earnings for immersion campus graduates are approximately $50,425. However, according to the US College Scorecard, the median earnings for the same group are $58,967.

Appalachian State University

• Length: The course designed to be completed in four years (or eight semesters) for full-time students.
• Cost: US College Scorecard reports average cost of $13,897.
• Outcomes: The annual median earnings for App State is $48,352, according to the US College Scorecard.

In-Person or Hybrid Computer Science Bachelor's Programs

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

Location is crucial as you'll be attending classes in person. Check nearby state universities or private colleges to find affordable bachelor's programs. The average tuition for a Bachelor of Science in Computer Science can vary depending on whether you attend a public in-state school or a private university. On average, tuition for in-state students pursuing this degree can range from approximately $7,000 to $15,000 per year, whereas at a private university, it can range from approximately $30,000 to $50,000 or more.

Here are some of the pros:

• You have a fixed schedule for classes and meetings every week. Some people find it hard to learn online, so having a set schedule can be helpful.
• You get hands-on teaching, like doing experiments and coding projects.
• You can take part in extra activities like research, internships, and helping the community. Your college may have connections with nearby tech companies that offer jobs.
• You can use campus housing, libraries, and dining areas, and enjoy student activities.

A few examples of well-regarded local computer science bachelor's programs:

Stanford University

• Length: 4-year program (if you take a full course load, which is usually 15 credit hours per quarter)
• Cost: US College Scorecard reports average cost of $7,200
• Outcomes: US College Scorecard reports $106,987/year median earnings

University of Washington

• Length: 4-year program (if you take a full course load, typically 15 credit hours per quarter, you can complete the program in 2-3 years after being admitted to the major).
• Cost: US College Scorecard reports average cost of $10,933
• Outcomes: US College Scorecard reports $74,063/year median earnings

How to Choose: Online vs Local

To pick between an online or local computer science bachelor's program, consider factors like:

• Learning Style: Online requires strong self-motivation; on-campus is ideal for face-to-face learners
• Cost: Costs can vary significantly. Online allows you to shop between options for the cheapest, but there may be a cheap in-person program near you as well
• Schedule: Online is flexible, while on-campus requires set class times each term
• Career Goals: An on-campus program may provide more research, hands-on, and networking opportunities related to your specific interests

How to Choose: BA vs BS

When considering a bachelor's degree in computer science, one of the main decisions is whether to pursue a Bachelor of Arts (B.A.) or a Bachelor of Science (B.S.) in Computer Science. Here are some key differences between the two:

Bachelor of Arts (B.A.) in Computer Science

• Typically has more liberal arts requirements like foreign languages, humanities, arts and literature courses
• Leaves more room for electives outside of the computer science major
• The curriculum focuses more on the theory, applications, and interdisciplinary aspects of computing
• Concentrations may include areas such as human-computer interaction, computational biology, and digital media
• Provides a broad-based education combining computing with other disciplines
• Suitable for roles such as product management, UX design, and technical writing, where computer science skills are applied to various domains

Bachelor of Science (B.S.) in Computer Science

• Features extensive requirements in mathematics, algorithms, programming, and computer systems
• Emphasizes the mathematical and technical foundations of computing
• Offers possible concentrations in areas such as artificial intelligence, cybersecurity, and software engineering
• Provides a deeper and more specialized education focused on advanced computing topics
• Often preferred for roles in software development and other technical positions.

Admissions requirements, curriculum, and costs are generally similar for B.A. or B.S. computer science programs at the same institution. The main differentiator is the blend of liberal arts versus math, science, and advanced CS courses.

So, should you pick a BA vs BS? A BS is generally the better choice if you want to be a software engineer or do highly technical work. A BA can be a good fit if you want to combine CS with another field. But overall, a BS is the most common and preferred degree in this field.

What Can You Do With a Computer Science Bachelor's?

Graduates of Bachelor's in computer science often join industries such as:

• Software development (software engineer, web developer, mobile app developer)
• Data science and analytics
• Cybersecurity and information security
• Artificial intelligence and machine learning
• Cloud computing and infrastructure
• IT consulting and project management

Most well-paying jobs in computer science (e.g., software engineer, data scientist, security analyst) are accessible with a bachelor's degree. However, some advanced roles like research scientist or specialized AI/ML engineer may require a graduate degree.

There are also many less traditional paths such as product management, technical writing, sales engineering, and entrepreneurship. Whatever job you end up wanting to do, it's extremely important to develop practical skills and get as much hands-on experience (via internships, projects, open-source contributions, etc.) as possible. Having a strong portfolio of projects is crucial for landing the best jobs.

During Your Computer Science Program

In your computer science coursework, you'll develop a strong foundation in programming, algorithms, data structures, computer systems, software engineering, and mathematics. You'll learn to think logically, solve complex problems, design efficient algorithms, and build robust software systems.

Common required courses include:

• Introduction to Programming
• Data Structures and Algorithms
• Computer Architecture
• Operating Systems
• Database Systems
• Software Engineering
• Discrete Mathematics

Many programs allow concentrations or electives in specialty areas like artificial intelligence, cybersecurity, human-computer interaction, computer graphics, and beyond.

Related Alternative Programs

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

• Software Engineering
• Information Technology
• Data Science
• Computer Engineering
• Cybersecurity
• Information Systems

Interested in pursuing a degree? Dive into Dreambound's Software Development, Cybersecurity, and Technical Project Management training programs near you!

While computer science provides a broad foundation in computing theory and practice, these alternative majors put more emphasis on specific applications - building software systems, managing IT infrastructure, analyzing data, designing hardware, securing information, and implementing business technologies.

Whichever path you choose, know that studying computer science lends itself to solving important problems and building innovative technologies that impact countless aspects of modern life.