What Can You Do With a Degree in Applied Computer Science?

A Bachelor of Science in Applied Computer Science from Immaculata University can give you a foundation in programming, software development, databases and other computing skills while allowing you to explore areas of technology that interest you.

Building software and web applications, exploring cybersecurity and digital forensics, working with data or developing the skills you need to pursue other areas of computing are possibilities within the Immaculata Bachelor of Science in Applied Computer Science program.

The key is that you’re not learning technology simply for the sake of learning technology. You’re learning how to use computing to solve problems—and those skills can be applied across industries.

Build Software and Applications

If you enjoy creating things and solving problems with code, software development could be a natural career path.

Software developers design, build, test and maintain applications and systems. Depending on your interests and experience, that could include web applications, mobile applications, databases or other types of software.

You might work as part of a development team, contributing to a project from the first stages of planning through testing and deployment. You could also continue building your skills in a particular area, such as web or application development.

At Immaculata, students gain hands-on experience with technologies including HTML, CSS, React and relational databases. You’ll also learn how development teams collaborate, track changes and turn an initial idea into working software.

If you’re interested in game development, the programming skills you develop through computer science can also provide a foundation for exploring interactive applications and games. Building those experiences can bring together programming, graphics, physics and other areas of computing.

Protect Systems and Investigate Cybercrime

Not everyone who studies computer science wants to build applications. If you’re more interested in finding vulnerabilities, protecting systems or investigating after the cause and effect of a security incident, cybersecurity could be a better fit.

Cybersecurity professionals help organizations protect networks, systems and data from threats. Depending on their role, they may identify vulnerabilities, monitor systems, develop security measures or respond to incidents.

Students at Immaculata can explore cybersecurity through an 18-credit cybersecurity minor that complements the computer science degree. The minor can help students build knowledge relevant to areas such as information security and cloud security.

Digital forensics offers another way to apply computing skills to security and investigations. Digital forensics professionals collect, preserve and analyze digital evidence that may be relevant to cybercrime, data breaches and other security incidents.

For students who enjoy technology but are also drawn to investigation and problem-solving, digital forensics can offer a different way to apply what they learn in computer science. Immaculata’s digital forensics minor gives students an opportunity to explore this area alongside their computer science studies.

Work With Data and Technology

Computers don’t just run applications—they generate enormous amounts of information. Organizations need people who can work with that data and understand the technology behind it.

An applied computer science background can provide a foundation for exploring careers in areas such as data analytics, systems analysis, database management and information technology.

For example, a data analyst uses data to identify patterns, answer questions and support organizational decisions. A systems analyst looks at how organizations use technology and helps identify ways systems and processes can work more effectively.

These careers can be found in many industries because organizations across health care, business, education, finance, government and other fields rely on technology and data.

Explore AI and Other Emerging Technologies

Artificial intelligence and machine learning are changing how organizations approach everything from data analysis to customer service and automation. An applied computer science degree can provide some of the underlying technical skills—such as programming, problem-solving and working with data—that students may build on as they explore these technologies.

It’s important to distinguish between having a computer science foundation and being prepared for every specialized AI career. Roles such as machine learning engineer or AI researcher often require deeper study in areas such as advanced mathematics, statistics, machine learning and specialized computing.

For students interested in AI, an applied computer science degree can therefore be a starting point to help you develop the technical foundation you need to continue building expertise in an area that interests you.

The same idea applies to other emerging areas of technology: your first job doesn’t have to determine the rest of your career.

Why Study Applied Computer Science at Immaculata?

A computer science education isn’t only about what you learn in a classroom. Experience applying those skills can be just as important when you’re preparing for a career.

At Immaculata, students can participate in faculty-mentored research, attend seminars led by IT professionals, join the Sigma Zeta Honor Society and take part in student organizations and professional activities.

Students also have access to an applied technology lab, a secure facility where they can learn and experiment without affecting the university’s campus network. The lab provides opportunities to work with technology in a practical environment, including developing websites and web applications with tools such as HTML, CSS, React and relational databases.

The university’s 12-to-1 student-to-faculty ratio also gives students opportunities to work closely with professors, ask questions and receive individual guidance.

For students interested in data analytics and information technology, faculty-mentored research can provide another opportunity to apply classroom knowledge to real questions and projects.

As William Wagner, Ph.D., professor of applied technology and chair of the Computer Science and Math Department at Immaculata University, explains:

“Today’s computer science graduates have never had such vast opportunities to specialize in a field that is in such demand. As faculty, we strive to prepare our applied computer science students through academic and professional development activities and by investing in resources, such as our new applied computer lab, that give students hands-on experience.”

Where Could an Applied Computer Science Degree Take You?

There isn’t one answer to the question, “What can you do with an applied computer science degree?”

You could pursue software development and build applications. You could explore cybersecurity or digital forensics. You could work with data, databases or information systems. You could use your computing foundation as a starting point for further study in areas such as artificial intelligence.

Your interests may change as you gain experience—and that’s one of the advantages of developing a broad foundation in computer science.

Alumna Marina Stolarczyk is a perfect example. “Immaculata has provided the building blocks for me to land my dream job at Vanguard. Through hard work, I was offered a job in Vanguard’s Technology Leadership Program,” she says. Stolarczyk earned a degree in Information Systems, which Immaculata updated with the Applied Computer Science program to meet today’s demands.

At Immaculata University, you can build that foundation through hands-on learning, faculty mentorship, research opportunities and the chance to explore areas of technology that interest you. The goal isn’t to lock you into one career. It’s to give you the skills and experience to keep learning, solving problems and growing as technology changes.