A bachelor’s degree in computer science is the most common path to becoming a software engineer, but it’s not the only option. Degrees in software engineering, information technology, mathematics, and even unrelated fields can land you the job, depending on how you build your skills. Here’s what actually matters when choosing a degree for this career.
Computer Science: The Default Choice
Computer science is the degree most software engineers hold, and it’s the one most hiring managers recognize immediately. The curriculum covers a broad foundation: data structures, algorithms, operating systems, computer architecture, and programming in multiple languages like Python, Java, and others. You’ll also take advanced mathematics, including calculus, linear algebra, and statistics, which support the problem-solving and data analysis work that software roles demand.
The strength of a CS degree is its breadth. You graduate understanding not just how to write code but why systems work the way they do. That theoretical depth makes it easier to pick up new languages, adapt to different tech stacks, and move between specializations over the course of your career. If you’re unsure exactly what kind of software work you want to do, computer science gives you the most flexibility.
Software Engineering: A More Applied Focus
Some universities offer a dedicated software engineering major, which overlaps heavily with computer science but shifts the emphasis. Where CS programs spend more time on theory and mathematics, software engineering programs focus on designing large-scale systems, prototyping, iterative testing, and delivering software products that solve real user problems. You’ll still learn data structures and algorithms, but you’ll spend more time on project management, software architecture, quality assurance, and the full development lifecycle.
In practice, employers treat computer science and software engineering degrees as interchangeable for most roles. The distinction matters more for your day-to-day coursework experience than for your job prospects. If you already know you want to build products and work on teams shipping software, a software engineering degree aligns closely with what your actual job will look like. If you want to keep options open for research, systems work, or fields like AI, the broader CS curriculum may serve you better.
Other Degrees That Work
Plenty of working software engineers hold degrees in adjacent technical fields. Information technology, electrical engineering, mathematics, and data science programs all teach skills that transfer directly into software roles. A math major with strong programming skills, for instance, is well-prepared for data-heavy engineering work. An electrical engineering graduate already understands low-level computing concepts that many CS students only encounter briefly.
Some software engineers come from entirely non-technical backgrounds, pairing a degree in business, economics, or the humanities with self-taught programming skills or a coding bootcamp. This path is harder and typically requires a strong portfolio of personal projects or open-source contributions to demonstrate competence. But it’s a real path, and companies increasingly evaluate candidates on demonstrated ability rather than diploma alone. A four-year degree in any field can satisfy the “bachelor’s required” checkbox on a job posting, while your technical skills get you through the interview.
When a Master’s Degree Matters
For most entry-level and mid-career software engineering positions, a bachelor’s degree is sufficient. But certain specializations are pushing the bar higher. Roles in artificial intelligence, machine learning, cloud architecture, quantum computing, and blockchain development increasingly prefer or require graduate-level education. If you want to become an AI/ML engineering director or a cloud solutions architect, a master’s degree gives you both the depth of knowledge and the credential that hiring managers in those fields expect.
Technical product management and cybersecurity leadership roles also tend to favor candidates with graduate degrees, since these positions require broad expertise across multiple technical domains. A master’s in software engineering or computer science typically takes one to two years beyond your bachelor’s and can be completed online through many accredited programs.
A PhD is rarely necessary unless you’re pursuing academic research or a role at a research lab. For the vast majority of software engineering careers, the return on investment drops off sharply beyond a master’s degree.
What Matters Beyond the Degree Name
Your specific major matters less than what you can actually do. Hiring processes for software engineers almost always include technical interviews where you solve coding problems, discuss system design, and demonstrate your understanding of core concepts like data structures, algorithms, and object-oriented programming. No degree exempts you from this process, and no degree guarantees you’ll pass it.
While you’re in school, the things that set you apart are internships, personal projects, contributions to open-source software, and familiarity with real-world tools like version control systems, cloud platforms, and modern frameworks. A computer science student who only does coursework and a philosophy major who ships side projects and completes two internships will often compete on equal footing.
If you’re choosing between programs right now, prioritize a computer science or software engineering degree at a school with strong career services and internship pipelines. The curriculum gives you a structured foundation, and the degree satisfies the formal requirements that many large employers still enforce. But treat the degree as a starting point, not the finish line. The skills you build outside the classroom will shape your career just as much as the name on your diploma.