By: The Capella University Editorial Team with Bradly E. Roh, PhD, DBA and Interim Dean and Vice President for the School of Business, Technology and Health Care Administration
Reading Time: 14 minutes
It’s an exciting time to pivot into tech.
Across industries, organizations are investing in software, data and cybersecurity to support the next generation of digital tools and services. That demand has created a wide range of career opportunities for professionals with strong computing skills.
You might be working full time and want to switch to a field with greater potential, or you’re already in IT and looking to specialize in areas like software engineering, data analytics or cybersecurity.
Pursuing a computer science degree may be the first step toward achieving your professional goals. You can build practical skills in programming, data structures, artificial intelligence (AI) and cybersecurity while gaining hands-on experience with industry tools used to support modern organizations and their systems.
Find out what a computer science degree involves, the types of careers it can support and how you can pursue an online computer science degree in a way that fits your schedule and lifestyle.
Note that neither Strategic Education, Inc., Capella University, nor any of their affiliates promotes, endorses or has any business relationship with the products or platforms listed herein.
A computer science degree is an academic qualification that covers the theory and practical applications of computer technology, software development and the algorithms that power them.
Computer science degrees vary by level of study and university.
Bachelor’s degree programs could be a good option if you’d like to pursue foundational roles in computing, while a master’s degree may help professionals specialize or prepare for leadership roles in the future. In addition, certifications and stackable skills courses can help computer science and IT professionals build new capabilities while working in the field.
Whether at a foundational level or an advanced level, most computer science programs emphasize core areas such as:
By developing knowledge in these areas, computer science students build critical skills such as debugging and systems design. They also develop transferable skills such as analytical thinking, collaboration and technical communication that can support success across many professions.
For example, Capella University’s computer science and IT degree programs use a competency-based curriculum that prioritizes hands-on learning. As a student at Capella, you build your technical proficiency in a virtual learning environment, helping ensure you graduate with real experience in programming, web design and modern development frameworks.
A degree in computer science or a related area of information technology can help you build foundational skills used across the tech field. These skills may be applied in areas such as building technology, analyzing data and protecting systems, each of which includes a range of potential career paths.
Just remember that all job titles mentioned in this blog are only examples to get you started in your search. Some roles may require additional experience, certifications or licensure. Be sure to conduct your own research to find out what it takes to pursue a specific role in this field.
Build-focused careers in computer science are based on designing and developing the software and systems that organizations rely on every day. This might be a career space worth looking into if you’re someone who likes problem-solving and creating solutions from the ground up.
Software engineers are responsible for designing, building and maintaining software systems and software applications. It’s their job to ensure the programs and apps companies rely on function efficiently and work at scale. You may want to consider becoming a software engineer if you’re a critical thinker who likes to turn problems into tangible solutions.
Software engineers may hold a Bachelor of Science (BS) in Computer Science. This will give you the foundational skills it takes to support application development and web development. You may also be expected to have an existing proficiency in important coding languages like Java, Python or C++.
Solutions architects design and oversee enterprise-level technology systems, ensuring they meet business goals and technical requirements. This role is ideal for problem-solvers who enjoy bridging business needs with IT strategy and translating complex requirements into scalable and efficient solutions.
Many solutions architects may hold a BS in computer science, information technology or a related field. Experience with cloud platforms, system integration and architecture frameworks is highly valuable, as is proficiency in programming and database management to guide implementation effectively.
Network engineers design and implement the networks that organizations rely on to securely connect systems and users. This field is worth exploring if you’re a technically minded problem-solver who likes systems architecture and troubleshooting.
The journey to pursue becoming an engineer may start with a BS in Computer Science or related degree and experience using tools like Wireshark, Cisco Packet Tracer, Python, Ansible, PuTTY or SecureCRT.
Capella’s Bachelor of Science (BS) in Information Technology gives you the chance to specialize in areas like Software Development in an Internet of Things (IoT) Space.
This degree teaches you the skills to create networks that allow devices to communicate, interact and perform tasks using agile methods and principles from the Software Engineering Body of Knowledge (SWEBOK).
A systems engineer focuses on integrating hardware, software and infrastructure systems. This role could be a good fit for systems-minded professionals who like architecture and optimizing performance.
Engineering roles will typically require a BS in Computer Science. You may need to know the ins and outs of AWS, Azure or Google Cloud.
However, more advanced roles may require additional expertise gained through graduate study. Capella’s MS in IT, Enterprise Networks and Cloud Computing is designed to sharpen your expertise in secure enterprise and cloud infrastructures.
Organizations are starting to rely more and more on data-driven decision-making and professionals with skills in analytics, AI and emerging technologies. Analysis-focused careers turn data into insight and power technologies like AI and machine learning.
A data analyst collects and interprets data to identify trends and generate insights for their organization. Those insights are then used to support data-driven decision-making, which makes this a business-critical role.
Detail-oriented thinkers who like working with numbers and translating data into actionable recommendations could find this type of role exciting. Data analysts may hold a BS in Computer Science or a related field, as well as proficiency in SQL and Excel. Some employers may also want analysts who know Python or R.
More advanced roles may require a master’s degree, such as Capella’s Master of Science in Analytics. This degree focuses on teaching you to support decision-making and help solve organizational problems using advanced applied analytics, AI and modeling techniques.
Principal scientists are responsible for leading advanced research and innovation initiatives that explore new technologies and algorithms or computing methods. As a result, this role can be a good fit for highly analytical professionals with experience in research and emerging technologies like AI, data science and quantum computing.
Just like many of the other computer science pathways we’ve covered, data scientists may begin their journey with a BS in Computer Science or related degree before progressing on to graduate-level study like Capella’s Master of Science in Analytics. If you want to go into this area, you’ll also likely need strong Python skills and knowledge of machine learning frameworks.
Business systems analysts transform complex datasets into dashboards and reports that guide strategic business decisions. It may be a good fit if you’re an analytical communicator who can connect technical insights with real-world outcomes.
Educational paths such as Capella’s Bachelor of Science in Information Technology, including a Software Development focus, or a Master of Science in Information Technology with a focus on Enterprise Networks, may help you build relevant technical and analytical skills. You may also need to develop experience with business intelligence (BI) tools like Power BI or Tableau, along with proficiency in SQL.
This is an advanced role responsible for leading the strategy and oversight of technology systems that support business operations. This includes everything from IT infrastructure and software platforms to new digital initiatives.
To become a successful director of business technology, you’ll likely need to be a strategic thinker who likes combining technical knowledge with leadership and business decision-making.
Some journeys to becoming a director start with a BS in Computer Science or a related field like information technology. However, many roles will likely require leadership experience and a strong understanding of enterprise systems and technology operations.
A graduate-level credential like Capella’s Master of Science in IT Analytics program utilizes experiential learning so you can gain valuable experience by focusing on a project in your workplace or a Capella partner organization.
Decision science analysts support organizational decision-making through data modeling, predictive analytics and decision support systems. This role is normally right for strategic thinkers who can balance technical knowledge with business decision-making.
Most journeys to becoming a decision science analyst begin with a BS in Computer Science or a BS in IT. You’ll also need to develop a good working knowledge of cybersecurity frameworks and risk assessment models. More advanced roles may require master’s-level study like Capella’s MS in Information Technology.
As digital risks increase and regulations tighten, cybersecurity skills are becoming increasingly important. That’s where protect-focused careers come in – focusing on securing systems, data and networks from growing cyber threats.
Cybersecurity analysts monitor networks and systems for security threats. They’re also responsible for investigating incidents and helping protect organizations from cyberattacks. This role is often worth exploring if you’re a detail-oriented problem-solver who can identify vulnerabilities and respond quickly under pressure.
Cybersecurity analysts may hold a BS in IT or a related field. They may also go on to pursue additional certifications like Security+.
To gain more experience in this field and develop additional skills, you could explore a graduate-level degree like Capella’s Master of Science in Cybersecurity and Applied AI. This program’s competency-based curriculum builds the foundational knowledge you need to prepare for the Certified Information Systems Security Professional (CISSP®) exam, which is a certification employers value.
The role of a cybersecurity engineer focuses on designing and implementing secure systems and building defensive architectures. A cybersecurity engineer’s main goal is to protect against evolving threats, so it’s worth looking into if you’re a technically advanced professional who understands system design and proactive risk mitigation.
Cybersecurity engineers may pursue a Bachelor of Science in IT, Information Assurance and Cybersecurity, or a related field to pursue roles in the industry. But a master’s degree may be required for more advanced software engineering roles or leadership positions. Additionally, it’s also important to develop experience with encryption, firewalls and secure coding.
Cyber network analysts investigate cyber incidents at the network level, collecting and analyzing digital risk. This job could be a good fit if you’re an analytical thinker who likes investigative work and uncovering technical details.
To become a defense analyst, you may need a bachelor’s degree in a field like computer science or cybersecurity. For example, at Capella, you can specialize in a BSIT, Information Assurance and Cybersecurity. This course focuses on giving you the skills it takes to respond effectively to a malware attack, data breach or similar security incident.
Just remember that more advanced roles may require a master’s degree, such as an MS in Cybersecurity and Applied AI. Some employers also value certifications like a Certified Ethical Hacker (CEH) or a GIAC Certified Forensic Analyst (GCFA).
Information systems security roles focus on securing cloud-based systems and infrastructure to protect data and maintain compliance. This role may be the right fit if you’re a professional who’s interested in cloud platforms and large-scale infrastructure security.
Security officers may hold a BSIT, Information Assurance and Cybersecurity, and possess a firm understanding of AWS, Azure or Google Cloud security tools. As with many of the other roles we’ve covered, master’s-level specialization could strengthen your advancement potential.
Remember that the roles listed here are only meant as examples of roles you could explore with a computer science degree. Some roles may require additional experience, certifications or licensure. Do your own research to find out what it takes to pursue a specific role in this field.
As well as helping you prepare to pursue specific roles in tech, a computer science degree allows you to build skills that could support long-term career growth across many industries.
Computer science is embedded in many industries. Healthcare, finance, retail, education and government organizations all rely on technology. Computer science supports organizational operations, competitiveness and growth.
As a result, organizations need skilled professionals who know how to build and manage the digital systems that keep things running. As industries continue to digitize operations, organizations increasingly rely on professionals who understand how to design, manage and improve technology systems.
A computer science degree helps you build skills you can apply across roles and industries.
Graduates develop strong problem-solving skills by learning to break complex tech challenges into manageable parts and design effective solutions. Meanwhile, skills like systems thinking and data literacy teach computer science students how to interpret and analyze data to support decision-making.
Today, these skills aren’t limited to technical roles. They’re also becoming valuable in business operations and strategy-focused positions where working with data is crucial.
Computer science degrees are designed to create potential opportunities for long-term career growth rather than for a single role. Some organizations build clear career pathways from developer or analyst roles into positions such as software architect or leadership roles overseeing entire teams and strategy.
This field also gives you a foundation to specialize as your professional goals evolve.
A strong grounding in computer science supports exploration into areas like data analytics, cybersecurity or AI. Graduate-level study can often deepen that expertise, with programs like Capella’s master’s programs in Analytics or Cybersecurity and Applied AI giving you the time and space to develop specialist skills to pursue your professional goals.
It’s important to remember that not all computer science degrees are the same. You can choose between different levels of study and specializations that will ultimately shape the skills you build and the career pathways that may be available to you.
A BS in Computer Science is a foundational degree in programming, algorithms, systems, cloud and software development. Because this program covers the core foundations of computer science, it can be a strong starting point for career starters, career changers or IT professionals who are ready to formalize their credentials.
That’s why Capella’s BS in Computer Science emphasizes hands-on skills to develop your core competencies.
Our program helps you build technical proficiency with our virtual learning environment, where you’ll have access to virtual Windows servers and practice hands-on skill-building through MS Azure Labs. Meanwhile, AI integration across the program teaches you to solve problems and troubleshoot while also learning to design and develop AI and machine learning systems.
At Capella, this program is available across two online learning formats to align with your lifestyle and existing commitments. Our GuidedPath format enables you to access course materials 24/7 while adhering to set coursework deadlines, while FlexPath gives you the freedom to finish projects at your own pace.
A master’s degree allows you to move beyond foundational computer science knowledge and develop advanced, career-focused expertise. This level of study is usually ideal for early and mid-career professionals who want to deepen their technical expertise, specialize or position themselves for leadership roles.
Popular master’s specializations in this area include IT leadership, cybersecurity and data analytics.
At Capella, we offer computing degrees that focus on analytics, cybersecurity and applied AI. Meanwhile, our MS in Information Technology degree supports specialization pathways like Enterprise Networks and Cloud Computing or Project Management.
We also offer eligible students certification exam vouchers from CompTIA®, Cisco® and SAS®.
Computer science is an incredibly varied field, with career pathways spanning fast-moving specializations like software and systems, data analytics and cybersecurity. Yet regardless of your career goals and how you’d like to specialize, building a strong technical foundation is essential for working in the rapidly evolving world of technology.
It’s important to choose a computer science program that fits alongside your professional goals, existing job and family responsibilities. With the right program, you can build hands-on experience and develop new technical skills without pressing pause on your career.
At Capella, our range of bachelor’s and graduate-level programs are designed to help you gain the knowledge and support you need to pursue those goals.
Computer science graduates often pursue job areas like software development, data analysis, cybersecurity, IT support or systems engineering.
Graduates who major in computer science may pursue various roles. Popular choices include web developers, analysts, engineers, cybersecurity specialists or consultants.
A computer science degree can be a smart option if you’re looking to build in-demand technical and analytical skills that support strong career flexibility and growth potential.
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